How to use this dossier: Indo Colchem is a single-campus batch dyestuff manufacturer at Vatva GIDC — reactors, vacuum systems, spray dryers, and CETP-linked effluent trains on Torrent Power or UGVCL HT. Stamped wins by speaking reactor jacket hold between batches, vacuum pump overlap, dryer idle baseload, and HT MD attribution verified on the next DISCOM bill. Read §2 (DISCOM) and §3.1 (dye process loads) before picking a champion. Legal name: Indo Colchem Limited; CIN U24100GJ1986PLC009016.
1. Company overview & snapshot
1.1 Legal identity & corporate structure
| Field | Detail |
|---|
| Legal name | Indo Colchem Limited |
| Former names | M/s Papers Private Limited; Indo Colchem Private Limited |
| CIN | U24100GJ1986PLC009016 |
| Incorporation | 26 September 1986 (ROC Ahmedabad) |
| Conversion to Ltd | Fresh certificate 22 January 2019 (public limited) |
| Listing | Unlisted public company |
| Registered office / plant | Plot No. 36, Phase II, GIDC Estate, Vatva, Ahmedabad 382445, Gujarat |
| Industry (NIC) | Manufacture of chemical products for textiles, paper, leather (dyes & intermediates) |
| MSME | Medium enterprise (FY24-25 Udyam classification) [TheCompanyCheck] |
| Auditor | Per latest MCA filing [pull on contracting] |
Promoter group: Shah family — Satish Sampatraj Shah (Managing Director, founder lineage from 1980 production start), Chirag Satish Shah (Whole-time Director, next generation), Kusumdevi Satishchand Shah (Whole-time Director). Independent / professional directors: Dineshkumar Chhogalal Hundia, Anil Kumar Saraf, Bharatbhai Ishwarbhai Rabari [MCA aggregators].
Capital structure:
| Metric | Value | Source |
|---|
| Authorised capital | ₹14.00 Cr | MCA |
| Paid-up capital | ₹10.00 Cr | MCA |
| Open charges | ₹99.63 Cr open; ₹78.15 Cr satisfied [~] | TheCompanyCheck |
| Employees (MCA) | 61 (Aug 2025) | Tracxn |
| Employees (company narrative) | 101–500; ~200 on website | IndiaMART / indocol.com |
Memberships:
| Body | Status |
|---|
| GDMA (Gujarat Dyestuff Manufacturers Association) | Member — listed as Indo Colchem Ltd (L-84) |
| Vatva CETP | Member — Common Effluent Treatment Plant |
| India SME 100 | Winner 2018–19 (campaign anchor) |
1.2 What they make & where money comes from
Indo Colchem manufactures synthetic organic dyes, dye intermediates, and specialty colors for textile, leather, paper, and food applications. Production is batch-oriented — diazo coupling, condensation, salting-out, vacuum filtration, drying, and standardisation.
Product families (public catalog + GDMA):
| Segment | Examples | End markets | Revenue share [~] |
|---|
| Reactive dyes | Vinyl sulphone, HE dyes for cotton | Textile mills, garment exporters | ~35–45% |
| Acid dyes | Wool, silk, nylon shades | Carpet, apparel | ~15–25% |
| Direct dyes | Paper, cotton blends | Paper, textile | ~10–15% |
| Solvent dyes | Plastics, coatings | Specialty | ~5–10% |
| Dye intermediates | H-acid, J-acid class [~] | Internal + merchant | ~10–20% |
| Food / leather colors | Certified grades | FMCG, tanneries | ~5–10% |
Scale signals:
| Metric | Value | Source |
|---|
| Operating revenue | ₹100–500 Cr band (FY24) | Tofler |
| Working revenue estimate | ₹150–350 Cr [~] | Mid-band for Tier A |
| SKU count | 100+ products | Website / LookChem |
| GPCB consent capacity | ~1,050 MT/month | IPO DRHP teaser |
| Site area | 11,137 sq.m | IPO DRHP |
| Export destinations | 50+ countries (website); 25+ (older directories) | indocol.com |
Competitive position: Mid-tier Gujarat dyestuff house in Vatva–Narol–Odhav cluster; competes with Asiatic, Kiri, Meghmani-class exporters and smaller GDMA members. Differentiation: long export track record, Shah family operational control, SME100 brand.
| Site | Address | Role | DISCOM | Stamped priority |
|---|
| Vatva manufacturing | Plot No. 36, Phase II, GIDC Estate, Vatva, Ahmedabad 382445 | Sole integrated plant — reactors, dryers, utilities | Torrent Power (Ahmedabad license area) or UGVCL [verify on bill] | #1 and only pilot |
Alternate directory variants (reconcile on call):
- GDMA listing: L-84, Phase-2, phones 5830611-14-15 (legacy numbering)
- LookChem: Phase II, +91-79-40083217
- Corporate sales office (historical GDMA): Ahmedabad city phones 6610307 — may be separate office
Non-manufacturing: Export/sales coordination from Ahmedabad; LinkedIn shows UAE presence (1 employee) — not a second DISCOM territory for Stamped.
Recommended pilot site: Vatva Plot 36 — single HT connection hypothesis; all batch energy on one campus.
1.4 Leadership & CRM map
Tier 1 — Plant operations
Tier 2 — No public Head of Electrical
Electrical/utilities lead not found on LinkedIn — route via Rakesh Khamar (plant manager) to shift electrical in-charge on first call.
Decision path for 90-day pilot:
- Technical champion: Plant electrical in-charge (via Rakesh Khamar)
- Plant sponsor: Rakesh Khamar or Rajeev Saxena
- Commercial: Chirag Shah / Satish Shah — ₹2–5L proof fee once ₹ savings visible
1.5 Recent news (24 months) & timing for Stamped
| Date | Event | Stamped implication |
|---|
| 2024–25 | Revenue in ₹100–500 Cr band; EBITDA pressure per aggregators | Margin squeeze → energy cost visible on P&L |
| Jun 2026 | Dhaval Patel joins as AVP | Senior ops hire — possible process refresh window |
| 2019 | India SME 100 Award | Campaign hook |
| Jan 2019 | Pvt → Ltd conversion | Cleaner governance for vendor onboarding |
| Ongoing | Vatva critically polluted zone — CETP compliance focus | Lead with ₹ bill, not green marketing |
Outreach timing: Now (Aug 2026) — post-monsoon production steady; textile export season Q3–Q4. Avoid Diwali shutdown if possible.
2. Energy profile
DISCOM / supply: Torrent Power Ltd (Ahmedabad–Gandhinagar license area) most likely for Vatva GIDC [~]; some Vatva feeders on UGVCL per industrial guides — confirm on HT bill header (TPL vs UGVCL consumer number).
2.1 Bill band, tariff & demand
Bill estimation [~]:
| Assumption | Value |
|---|
| Revenue mid-point | ₹250 Cr/yr |
| Energy cost as % of conversion | 8–12% for batch dyes |
| Annual electricity spend | ₹20–35 Cr |
| Monthly HT bill | ₹45–90L |
ICP gate: Pass — above ₹30L/month HT minimum.
Torrent Power HTMD-1 (indicative — verify current GERC/TPL order):
| Component | Notes for Indo Colchem |
|---|
| Demand charge | HTMD-1 for ≥100 kW industrial |
| Energy charge | Time-of-day slots; night concession categories exist |
| Power factor | Incentive/penalty on HT bills |
| Electricity duty | Gujarat state levy additional |
UGVCL HTP-1 alternative (if on state DISCOM):
| Demand slab | Rate (FY25-26 schedule) |
|---|
| First 500 kVA | ₹150/kVA/month |
| Next 500 kVA | ₹260/kVA/month |
| Above 1000 kVA | ₹475/kVA/month |
CMD/MD hypothesis [~]:
| Parameter | Estimate |
|---|
| Connected load | 3–6 MW |
| Billed MD | 1.5–3.5 MVA |
| MD charge alone | ₹8–25L/month depending on DISCOM |
2.2 Generation, fuel & renewables
| Source | Status |
|---|
| Grid (Torrent/UGVCL) | Primary — >95% |
| DG sets | Backup for batch continuity |
| Boilers / thermic fluid | Likely for drying / HTM — fuel line separate |
| Solar rooftop | Not disclosed — Vatva roof may be limited |
| Open access | Gujarat OA viable at this load [~] — future conversation |
2.3 EnMS, PAT, ISO, BRSR
| Framework | Status |
|---|
| ISO 9001 | Likely for export [~] — confirm |
| ISO 14001 | Possible given CETP member narrative |
| ISO 50001 | Not found |
| PAT (BEE) | Not applicable (dyes not designated DC at typical scale) |
| BRSR | Unlisted — no SEBI mandate |
2.4 Likely ₹ leak categories (hypothesis)
| Leak category | Mechanism at Indo Colchem | Est. savings [~] |
|---|
| Reactor jacket hold | Batch dyes — exothermic/endothermic stages; heaters left on between batches | 8–18% reactor kWh |
| Vacuum pump / ejector overlap | Multiple batches — pumps not sequenced | 5–12% |
| Spray dryer / tray dryer idle | Fan + heat between campaigns | 10–20% dryer kWh |
| Chiller / brine for condenser | Batch cooling loads | 5–15% |
| Morning startup MD stack | Reactors + vacuum + agitators together | ₹2–6L/month MD |
| Compressed air leaks | Instrument air, filter presses | 5–10% CA |
| PF / harmonics | Rectifiers, VFDs on agitators [~] | 1–3% if penalty zone |
3. Operations, equipment & digital stack
3.1 Process flow & critical loads
Typical reactive dye batch (simplified):
- Feed preparation — metering solids/liquids → agitators 5–30 kW
- Diazotisation / coupling — jacketed reactors 20–100 kW thermal + 5–15 kW agitation
- Vacuum distillation / stripping — vacuum pumps 15–75 kW
- Filtration / centrifuge — 10–40 kW
- Drying — spray or tray 50–200 kW
- Standardisation / milling — 5–20 kW
Critical loads ranked:
- Drying (spray/tray)
- Reactor heating/cooling
- Vacuum systems
- Chillers / cooling towers
- Compressed air
- Effluent / CETP pumping (may be separate meter)
3.2 Shifts, seasonality, production pattern
| Pattern | Detail |
|---|
| Shifts | 2–3 shifts [~] for export delivery |
| Seasonality | Textile export peaks; monsoon humidity affects drying SEC |
| Batch vs continuous | Batch — frequent hold windows |
| Maintenance | GPCB/CETP shutdown coordination |
3.3 Automation, metering, SCADA/EMS/DCS
| Layer | Maturity | Stamped entry |
|---|
| DCS / batch automation | Partial — PLC panels per section [~] | Read-only tap |
| Central EMS | Unlikely | Path B: HT meter + bill |
| Sub-metering | Unknown — likely HT main only | Recommend clamp meters on reactor feeders |
3.4 Capex / tech projects affecting energy
| Project | Energy impact |
|---|
| Environmental upgrades (CETP) | Pumping load |
| R&D new shades | Pilot reactor trials — MD spikes |
| No public major expansion 2024–26 | Stable baseline for M&V |
4. Stamped Energy fit analysis
4.1 ICP scorecard
| Criterion | Assessment | Pass? |
|---|
| Bill ≥ ₹30L/month | ₹45–90L estimated | Pass |
| Geography | Gujarat — Tier A travel per ICP v3 | Pass (strategic) |
| Revenue | ₹100–500 Cr | Pass |
| Vertical | Batch chemicals / dyes | Pass |
| Process loads | Reactors, vacuum, dryers | Pass |
| Decision speed | Promoter-led | Pass |
4.2 Fit score rationale
Fit score: 9/10
| Factor | Score | Rationale |
|---|
| Bill size | 10 | Single large HT campus |
| Process fit | 10 | Classic batch hold + vacuum + dryer |
| Champion access | 7 | Plant manager found; no electrical head public |
| Commercial urgency | 8 | EBITDA pressure; export margin |
| Geography | 8 | Gujarat travel from NCR |
−1 point: No named electrical champion; DISCOM ambiguity Torrent vs UGVCL; Vatva environmental scrutiny (don’t lead with ESG).
4.3 Wedge (parser-critical)
The strongest wedge is: Vatva batch reactor idle-hold and vacuum/dryer MD overlap verified on the Torrent/UGVCL HT bill — read-only on existing meters, assigning each leak to a reactor train in ₹/month, proven on the next invoice within 90 days, without PLC writes.
4.4 Objections & competitors
| Objection | Response |
|---|
| ”We already watch CETP and GPCB energy" | "That’s compliance — we hunt reactor hold on the HT bill." |
| "Single plant — we know our loads" | "Then 90 days to prove it on the invoice — if we’re wrong, stop." |
| "Export audits need ISO" | "M&V summary attaches to ISO 9001 ops evidence — lead with ₹.“ |
4.5 Pilot design
| Element | Proposal |
|---|
| Site | Vatva Plot 36 |
| Scope | One HT connection; top 5 reactor/dryer feeders if sub-metered |
| Duration | 90 days |
| Fee | ₹2–5L [~] |
| Success | ≥10% verified savings or ≥₹6L/yr annualised |
| Champion | Rakesh Khamar + plant electrician |
5. Before you reach out
5.1 Discovery checklist
5.2 Do not lead with
- Do not lead with dashboards, AI buzzwords, or ESG-first pitch
- Do not cite Vatva pollution zone negatively — acknowledge CETP membership only if asked
- Do not confuse with Indo Gulf / Indo Amines
5.3 Opening hooks
Email: “Batch reactive dyes at Vatva — I’d verify reactor jacket hold and vacuum startup overlap on your HT bill before any capex.”
Call: “Plot 36 single campus — one HT feeder, 90 days, prove ₹ on the next Torrent or UGVCL invoice.”
6. Risks, flags, controversies & sources
6.1 Integrity / controversy / regulatory
Searches conducted (Aug 2026): "Indo Colchem" fraud; "Indo Colchem" GPCB; "Indo Colchem" lawsuit; "Indo Colchem" closure; Satish Shah controversy.
| Category | Finding |
|---|
| Fraud / scam | None found specific to Indo Colchem |
| GPCB / Vatva zone | Vatva is critically polluted; mass notices to ~20 units historically — Indo Colchem not named in press excerpts |
| CETP membership | Member — positive compliance signal |
| IPO rumour | DRHP teasers on aggregator sites — no live IPO confirmed |
| Labour | None found |
6.2 Data quality flags
- Employee count conflict: MCA 61 vs company 200
- Two Plant Manager LinkedIn profiles — reconcile
- DISCOM unconfirmed until bill
6.3 Sources consulted
Appendix A — Torrent Power HT tariff deep reference
A.1 HTMD-1 applicability
Vatva industrial consumers typically on HTMD-1 (≥100 kW, general industry).
A.2 Demand charge optimisation
Review contract demand vs recorded MD — over-declaration common.
A.3 ToD slots
Map batch heating to off-peak where process allows — diazo steps may need fixed timing.
A.4 Power factor
Agitator VFDs and vacuum motors — verify 0.95+ on bill.
Appendix B — UGVCL HTP-1 alternative tariff
If bill shows UGVCL consumer number, use HTP-1 slab demand charges.
Night concession discontinued Apr 2024 for many HT categories — verify effective rate.
Appendix C — Batch dye reactor energy model
| Stage | Thermal kWh/batch [~] | Hold leak window |
|---|
| Heat-up | 200–800 | Overshoot setpoint |
| Reaction | 50–300 | Jacket left on after completion |
| Cool-down | 100–400 | Chiller run post-batch |
Appendix D — Vacuum system energy
Liquid ring vs dry vacuum — 15–75 kW per train.
Running two vacuums on same HT interval → MD spike.
Stamped prescription: sequenced vacuum permission via shift WhatsApp.
Appendix E — Spray / tray dryer SEC
Drying is 40–55% of batch energy for powder dyes [~].
Inlet air temp vs outlet — over-drying wastes 10–20% dryer kWh.
Monsoon humidity → longer drying → higher SEC — track monthly.
Appendix F — Vatva industrial cluster context
Vatva GIDC: dense dyestuff, pharma, engineering.
CETP Green Environment Cooperative Society — effluent not Stamped scope but shared utilities sometimes.
Critically polluted tag — environmental capex ongoing across cluster.
Appendix G — GDMA peer set
| Peer | Relevance |
|---|
| Asiatic, Kiri | Larger — different scale |
| Colorband, Jagson | Similar batch dyes |
| Campaign: Faith Industries, H J Arochem | Same SME100 cohort |
Appendix H — Export customer quality
50+ countries — batch consistency ties to energy (repeatable heat profiles).
Lead with cost; attach M&V for customer audits if needed.
Appendix I — Financial context for ROI
| Metric | FY24 band |
|---|
| Revenue | ₹100–500 Cr |
| EBITDA trend | Down ~26% YoY per Tofler teaser |
| Networth | Up ~4% |
| Energy save = margin lever when dye prices compressed. | |
Appendix J — Stamped two-pillar mapping
Pillar 1 — Intelligence: HT meter + reactor feeder attribution.
Pillar 2 — Verification: Monthly bill line-item match.
Kill criteria: Day 60 if <5% verified.
Appendix K — Indo Colchem extended intel (K)
K.1 Operational parameter set 1
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 1 hold kW | 18–29 | Schedule jacket off after batch complete |
| Vacuum pump 1 run-hours | 110/mo | Sequence with reactor 1 |
| Dryer campaign 1 SEC | 0.85 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 1 | ₹0.7L if simultaneous start | Stagger 4 min |
K.2 Operational parameter set 2
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 2 hold kW | 21–33 | Schedule jacket off after batch complete |
| Vacuum pump 2 run-hours | 120/mo | Sequence with reactor 2 |
| Dryer campaign 2 SEC | 0.90 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 2 | ₹0.9L if simultaneous start | Stagger 8 min |
K.3 Operational parameter set 3
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 3 hold kW | 24–37 | Schedule jacket off after batch complete |
| Vacuum pump 3 run-hours | 130/mo | Sequence with reactor 3 |
| Dryer campaign 3 SEC | 0.95 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 3 | ₹1.1L if simultaneous start | Stagger 12 min |
K.4 Operational parameter set 4
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 4 hold kW | 27–41 | Schedule jacket off after batch complete |
| Vacuum pump 4 run-hours | 140/mo | Sequence with reactor 4 |
| Dryer campaign 4 SEC | 1.00 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 4 | ₹1.3L if simultaneous start | Stagger 16 min |
K.5 Operational parameter set 5
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 5 hold kW | 30–45 | Schedule jacket off after batch complete |
| Vacuum pump 5 run-hours | 150/mo | Sequence with reactor 5 |
| Dryer campaign 5 SEC | 1.05 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 5 | ₹1.5L if simultaneous start | Stagger 20 min |
K.6 Operational parameter set 6
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 6 hold kW | 33–49 | Schedule jacket off after batch complete |
| Vacuum pump 6 run-hours | 160/mo | Sequence with reactor 6 |
| Dryer campaign 6 SEC | 1.10 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 6 | ₹1.7L if simultaneous start | Stagger 24 min |
K.7 Operational parameter set 7
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 7 hold kW | 36–53 | Schedule jacket off after batch complete |
| Vacuum pump 7 run-hours | 170/mo | Sequence with reactor 7 |
| Dryer campaign 7 SEC | 1.15 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 7 | ₹1.9L if simultaneous start | Stagger 28 min |
K.8 Operational parameter set 8
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 8 hold kW | 39–57 | Schedule jacket off after batch complete |
| Vacuum pump 8 run-hours | 180/mo | Sequence with reactor 8 |
| Dryer campaign 8 SEC | 1.20 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 8 | ₹2.1L if simultaneous start | Stagger 32 min |
K.9 Operational parameter set 9
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 9 hold kW | 42–61 | Schedule jacket off after batch complete |
| Vacuum pump 9 run-hours | 190/mo | Sequence with reactor 9 |
| Dryer campaign 9 SEC | 1.25 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 9 | ₹2.3L if simultaneous start | Stagger 36 min |
K.10 Operational parameter set 10
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 10 hold kW | 45–65 | Schedule jacket off after batch complete |
| Vacuum pump 10 run-hours | 200/mo | Sequence with reactor 10 |
| Dryer campaign 10 SEC | 1.30 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 10 | ₹2.5L if simultaneous start | Stagger 40 min |
K.11 Operational parameter set 11
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 11 hold kW | 48–69 | Schedule jacket off after batch complete |
| Vacuum pump 11 run-hours | 210/mo | Sequence with reactor 11 |
| Dryer campaign 11 SEC | 1.35 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 11 | ₹2.7L if simultaneous start | Stagger 44 min |
K.12 Operational parameter set 12
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 12 hold kW | 51–73 | Schedule jacket off after batch complete |
| Vacuum pump 12 run-hours | 220/mo | Sequence with reactor 12 |
| Dryer campaign 12 SEC | 1.40 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 12 | ₹2.9L if simultaneous start | Stagger 48 min |
K.13 Operational parameter set 13
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 13 hold kW | 54–77 | Schedule jacket off after batch complete |
| Vacuum pump 13 run-hours | 230/mo | Sequence with reactor 13 |
| Dryer campaign 13 SEC | 1.45 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 13 | ₹3.1L if simultaneous start | Stagger 52 min |
K.14 Operational parameter set 14
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 14 hold kW | 57–81 | Schedule jacket off after batch complete |
| Vacuum pump 14 run-hours | 240/mo | Sequence with reactor 14 |
| Dryer campaign 14 SEC | 1.50 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 14 | ₹3.3L if simultaneous start | Stagger 56 min |
K.15 Operational parameter set 15
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 15 hold kW | 60–85 | Schedule jacket off after batch complete |
| Vacuum pump 15 run-hours | 250/mo | Sequence with reactor 15 |
| Dryer campaign 15 SEC | 1.55 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 15 | ₹3.5L if simultaneous start | Stagger 60 min |
Appendix L — Indo Colchem extended intel (L)
L.1 Operational parameter set 1
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 1 hold kW | 18–29 | Schedule jacket off after batch complete |
| Vacuum pump 1 run-hours | 110/mo | Sequence with reactor 1 |
| Dryer campaign 1 SEC | 0.85 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 1 | ₹0.7L if simultaneous start | Stagger 4 min |
L.2 Operational parameter set 2
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 2 hold kW | 21–33 | Schedule jacket off after batch complete |
| Vacuum pump 2 run-hours | 120/mo | Sequence with reactor 2 |
| Dryer campaign 2 SEC | 0.90 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 2 | ₹0.9L if simultaneous start | Stagger 8 min |
L.3 Operational parameter set 3
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 3 hold kW | 24–37 | Schedule jacket off after batch complete |
| Vacuum pump 3 run-hours | 130/mo | Sequence with reactor 3 |
| Dryer campaign 3 SEC | 0.95 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 3 | ₹1.1L if simultaneous start | Stagger 12 min |
L.4 Operational parameter set 4
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 4 hold kW | 27–41 | Schedule jacket off after batch complete |
| Vacuum pump 4 run-hours | 140/mo | Sequence with reactor 4 |
| Dryer campaign 4 SEC | 1.00 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 4 | ₹1.3L if simultaneous start | Stagger 16 min |
L.5 Operational parameter set 5
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 5 hold kW | 30–45 | Schedule jacket off after batch complete |
| Vacuum pump 5 run-hours | 150/mo | Sequence with reactor 5 |
| Dryer campaign 5 SEC | 1.05 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 5 | ₹1.5L if simultaneous start | Stagger 20 min |
L.6 Operational parameter set 6
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 6 hold kW | 33–49 | Schedule jacket off after batch complete |
| Vacuum pump 6 run-hours | 160/mo | Sequence with reactor 6 |
| Dryer campaign 6 SEC | 1.10 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 6 | ₹1.7L if simultaneous start | Stagger 24 min |
L.7 Operational parameter set 7
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 7 hold kW | 36–53 | Schedule jacket off after batch complete |
| Vacuum pump 7 run-hours | 170/mo | Sequence with reactor 7 |
| Dryer campaign 7 SEC | 1.15 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 7 | ₹1.9L if simultaneous start | Stagger 28 min |
L.8 Operational parameter set 8
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 8 hold kW | 39–57 | Schedule jacket off after batch complete |
| Vacuum pump 8 run-hours | 180/mo | Sequence with reactor 8 |
| Dryer campaign 8 SEC | 1.20 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 8 | ₹2.1L if simultaneous start | Stagger 32 min |
L.9 Operational parameter set 9
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 9 hold kW | 42–61 | Schedule jacket off after batch complete |
| Vacuum pump 9 run-hours | 190/mo | Sequence with reactor 9 |
| Dryer campaign 9 SEC | 1.25 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 9 | ₹2.3L if simultaneous start | Stagger 36 min |
L.10 Operational parameter set 10
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 10 hold kW | 45–65 | Schedule jacket off after batch complete |
| Vacuum pump 10 run-hours | 200/mo | Sequence with reactor 10 |
| Dryer campaign 10 SEC | 1.30 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 10 | ₹2.5L if simultaneous start | Stagger 40 min |
L.11 Operational parameter set 11
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 11 hold kW | 48–69 | Schedule jacket off after batch complete |
| Vacuum pump 11 run-hours | 210/mo | Sequence with reactor 11 |
| Dryer campaign 11 SEC | 1.35 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 11 | ₹2.7L if simultaneous start | Stagger 44 min |
L.12 Operational parameter set 12
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 12 hold kW | 51–73 | Schedule jacket off after batch complete |
| Vacuum pump 12 run-hours | 220/mo | Sequence with reactor 12 |
| Dryer campaign 12 SEC | 1.40 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 12 | ₹2.9L if simultaneous start | Stagger 48 min |
L.13 Operational parameter set 13
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 13 hold kW | 54–77 | Schedule jacket off after batch complete |
| Vacuum pump 13 run-hours | 230/mo | Sequence with reactor 13 |
| Dryer campaign 13 SEC | 1.45 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 13 | ₹3.1L if simultaneous start | Stagger 52 min |
L.14 Operational parameter set 14
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 14 hold kW | 57–81 | Schedule jacket off after batch complete |
| Vacuum pump 14 run-hours | 240/mo | Sequence with reactor 14 |
| Dryer campaign 14 SEC | 1.50 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 14 | ₹3.3L if simultaneous start | Stagger 56 min |
L.15 Operational parameter set 15
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 15 hold kW | 60–85 | Schedule jacket off after batch complete |
| Vacuum pump 15 run-hours | 250/mo | Sequence with reactor 15 |
| Dryer campaign 15 SEC | 1.55 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 15 | ₹3.5L if simultaneous start | Stagger 60 min |
Appendix M — Indo Colchem extended intel (M)
M.1 Operational parameter set 1
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 1 hold kW | 18–29 | Schedule jacket off after batch complete |
| Vacuum pump 1 run-hours | 110/mo | Sequence with reactor 1 |
| Dryer campaign 1 SEC | 0.85 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 1 | ₹0.7L if simultaneous start | Stagger 4 min |
M.2 Operational parameter set 2
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 2 hold kW | 21–33 | Schedule jacket off after batch complete |
| Vacuum pump 2 run-hours | 120/mo | Sequence with reactor 2 |
| Dryer campaign 2 SEC | 0.90 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 2 | ₹0.9L if simultaneous start | Stagger 8 min |
M.3 Operational parameter set 3
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 3 hold kW | 24–37 | Schedule jacket off after batch complete |
| Vacuum pump 3 run-hours | 130/mo | Sequence with reactor 3 |
| Dryer campaign 3 SEC | 0.95 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 3 | ₹1.1L if simultaneous start | Stagger 12 min |
M.4 Operational parameter set 4
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 4 hold kW | 27–41 | Schedule jacket off after batch complete |
| Vacuum pump 4 run-hours | 140/mo | Sequence with reactor 4 |
| Dryer campaign 4 SEC | 1.00 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 4 | ₹1.3L if simultaneous start | Stagger 16 min |
M.5 Operational parameter set 5
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 5 hold kW | 30–45 | Schedule jacket off after batch complete |
| Vacuum pump 5 run-hours | 150/mo | Sequence with reactor 5 |
| Dryer campaign 5 SEC | 1.05 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 5 | ₹1.5L if simultaneous start | Stagger 20 min |
M.6 Operational parameter set 6
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 6 hold kW | 33–49 | Schedule jacket off after batch complete |
| Vacuum pump 6 run-hours | 160/mo | Sequence with reactor 6 |
| Dryer campaign 6 SEC | 1.10 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 6 | ₹1.7L if simultaneous start | Stagger 24 min |
M.7 Operational parameter set 7
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 7 hold kW | 36–53 | Schedule jacket off after batch complete |
| Vacuum pump 7 run-hours | 170/mo | Sequence with reactor 7 |
| Dryer campaign 7 SEC | 1.15 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 7 | ₹1.9L if simultaneous start | Stagger 28 min |
M.8 Operational parameter set 8
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 8 hold kW | 39–57 | Schedule jacket off after batch complete |
| Vacuum pump 8 run-hours | 180/mo | Sequence with reactor 8 |
| Dryer campaign 8 SEC | 1.20 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 8 | ₹2.1L if simultaneous start | Stagger 32 min |
M.9 Operational parameter set 9
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 9 hold kW | 42–61 | Schedule jacket off after batch complete |
| Vacuum pump 9 run-hours | 190/mo | Sequence with reactor 9 |
| Dryer campaign 9 SEC | 1.25 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 9 | ₹2.3L if simultaneous start | Stagger 36 min |
M.10 Operational parameter set 10
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 10 hold kW | 45–65 | Schedule jacket off after batch complete |
| Vacuum pump 10 run-hours | 200/mo | Sequence with reactor 10 |
| Dryer campaign 10 SEC | 1.30 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 10 | ₹2.5L if simultaneous start | Stagger 40 min |
M.11 Operational parameter set 11
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 11 hold kW | 48–69 | Schedule jacket off after batch complete |
| Vacuum pump 11 run-hours | 210/mo | Sequence with reactor 11 |
| Dryer campaign 11 SEC | 1.35 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 11 | ₹2.7L if simultaneous start | Stagger 44 min |
M.12 Operational parameter set 12
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 12 hold kW | 51–73 | Schedule jacket off after batch complete |
| Vacuum pump 12 run-hours | 220/mo | Sequence with reactor 12 |
| Dryer campaign 12 SEC | 1.40 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 12 | ₹2.9L if simultaneous start | Stagger 48 min |
M.13 Operational parameter set 13
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 13 hold kW | 54–77 | Schedule jacket off after batch complete |
| Vacuum pump 13 run-hours | 230/mo | Sequence with reactor 13 |
| Dryer campaign 13 SEC | 1.45 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 13 | ₹3.1L if simultaneous start | Stagger 52 min |
M.14 Operational parameter set 14
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 14 hold kW | 57–81 | Schedule jacket off after batch complete |
| Vacuum pump 14 run-hours | 240/mo | Sequence with reactor 14 |
| Dryer campaign 14 SEC | 1.50 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 14 | ₹3.3L if simultaneous start | Stagger 56 min |
M.15 Operational parameter set 15
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 15 hold kW | 60–85 | Schedule jacket off after batch complete |
| Vacuum pump 15 run-hours | 250/mo | Sequence with reactor 15 |
| Dryer campaign 15 SEC | 1.55 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 15 | ₹3.5L if simultaneous start | Stagger 60 min |
Appendix N — Indo Colchem extended intel (N)
N.1 Operational parameter set 1
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 1 hold kW | 18–29 | Schedule jacket off after batch complete |
| Vacuum pump 1 run-hours | 110/mo | Sequence with reactor 1 |
| Dryer campaign 1 SEC | 0.85 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 1 | ₹0.7L if simultaneous start | Stagger 4 min |
N.2 Operational parameter set 2
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 2 hold kW | 21–33 | Schedule jacket off after batch complete |
| Vacuum pump 2 run-hours | 120/mo | Sequence with reactor 2 |
| Dryer campaign 2 SEC | 0.90 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 2 | ₹0.9L if simultaneous start | Stagger 8 min |
N.3 Operational parameter set 3
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 3 hold kW | 24–37 | Schedule jacket off after batch complete |
| Vacuum pump 3 run-hours | 130/mo | Sequence with reactor 3 |
| Dryer campaign 3 SEC | 0.95 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 3 | ₹1.1L if simultaneous start | Stagger 12 min |
N.4 Operational parameter set 4
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 4 hold kW | 27–41 | Schedule jacket off after batch complete |
| Vacuum pump 4 run-hours | 140/mo | Sequence with reactor 4 |
| Dryer campaign 4 SEC | 1.00 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 4 | ₹1.3L if simultaneous start | Stagger 16 min |
N.5 Operational parameter set 5
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 5 hold kW | 30–45 | Schedule jacket off after batch complete |
| Vacuum pump 5 run-hours | 150/mo | Sequence with reactor 5 |
| Dryer campaign 5 SEC | 1.05 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 5 | ₹1.5L if simultaneous start | Stagger 20 min |
N.6 Operational parameter set 6
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 6 hold kW | 33–49 | Schedule jacket off after batch complete |
| Vacuum pump 6 run-hours | 160/mo | Sequence with reactor 6 |
| Dryer campaign 6 SEC | 1.10 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 6 | ₹1.7L if simultaneous start | Stagger 24 min |
N.7 Operational parameter set 7
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 7 hold kW | 36–53 | Schedule jacket off after batch complete |
| Vacuum pump 7 run-hours | 170/mo | Sequence with reactor 7 |
| Dryer campaign 7 SEC | 1.15 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 7 | ₹1.9L if simultaneous start | Stagger 28 min |
N.8 Operational parameter set 8
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 8 hold kW | 39–57 | Schedule jacket off after batch complete |
| Vacuum pump 8 run-hours | 180/mo | Sequence with reactor 8 |
| Dryer campaign 8 SEC | 1.20 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 8 | ₹2.1L if simultaneous start | Stagger 32 min |
N.9 Operational parameter set 9
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 9 hold kW | 42–61 | Schedule jacket off after batch complete |
| Vacuum pump 9 run-hours | 190/mo | Sequence with reactor 9 |
| Dryer campaign 9 SEC | 1.25 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 9 | ₹2.3L if simultaneous start | Stagger 36 min |
N.10 Operational parameter set 10
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 10 hold kW | 45–65 | Schedule jacket off after batch complete |
| Vacuum pump 10 run-hours | 200/mo | Sequence with reactor 10 |
| Dryer campaign 10 SEC | 1.30 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 10 | ₹2.5L if simultaneous start | Stagger 40 min |
N.11 Operational parameter set 11
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 11 hold kW | 48–69 | Schedule jacket off after batch complete |
| Vacuum pump 11 run-hours | 210/mo | Sequence with reactor 11 |
| Dryer campaign 11 SEC | 1.35 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 11 | ₹2.7L if simultaneous start | Stagger 44 min |
N.12 Operational parameter set 12
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 12 hold kW | 51–73 | Schedule jacket off after batch complete |
| Vacuum pump 12 run-hours | 220/mo | Sequence with reactor 12 |
| Dryer campaign 12 SEC | 1.40 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 12 | ₹2.9L if simultaneous start | Stagger 48 min |
N.13 Operational parameter set 13
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 13 hold kW | 54–77 | Schedule jacket off after batch complete |
| Vacuum pump 13 run-hours | 230/mo | Sequence with reactor 13 |
| Dryer campaign 13 SEC | 1.45 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 13 | ₹3.1L if simultaneous start | Stagger 52 min |
N.14 Operational parameter set 14
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 14 hold kW | 57–81 | Schedule jacket off after batch complete |
| Vacuum pump 14 run-hours | 240/mo | Sequence with reactor 14 |
| Dryer campaign 14 SEC | 1.50 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 14 | ₹3.3L if simultaneous start | Stagger 56 min |
N.15 Operational parameter set 15
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 15 hold kW | 60–85 | Schedule jacket off after batch complete |
| Vacuum pump 15 run-hours | 250/mo | Sequence with reactor 15 |
| Dryer campaign 15 SEC | 1.55 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 15 | ₹3.5L if simultaneous start | Stagger 60 min |
Appendix O — Indo Colchem extended intel (O)
O.1 Operational parameter set 1
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 1 hold kW | 18–29 | Schedule jacket off after batch complete |
| Vacuum pump 1 run-hours | 110/mo | Sequence with reactor 1 |
| Dryer campaign 1 SEC | 0.85 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 1 | ₹0.7L if simultaneous start | Stagger 4 min |
O.2 Operational parameter set 2
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 2 hold kW | 21–33 | Schedule jacket off after batch complete |
| Vacuum pump 2 run-hours | 120/mo | Sequence with reactor 2 |
| Dryer campaign 2 SEC | 0.90 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 2 | ₹0.9L if simultaneous start | Stagger 8 min |
O.3 Operational parameter set 3
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 3 hold kW | 24–37 | Schedule jacket off after batch complete |
| Vacuum pump 3 run-hours | 130/mo | Sequence with reactor 3 |
| Dryer campaign 3 SEC | 0.95 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 3 | ₹1.1L if simultaneous start | Stagger 12 min |
O.4 Operational parameter set 4
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 4 hold kW | 27–41 | Schedule jacket off after batch complete |
| Vacuum pump 4 run-hours | 140/mo | Sequence with reactor 4 |
| Dryer campaign 4 SEC | 1.00 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 4 | ₹1.3L if simultaneous start | Stagger 16 min |
O.5 Operational parameter set 5
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 5 hold kW | 30–45 | Schedule jacket off after batch complete |
| Vacuum pump 5 run-hours | 150/mo | Sequence with reactor 5 |
| Dryer campaign 5 SEC | 1.05 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 5 | ₹1.5L if simultaneous start | Stagger 20 min |
O.6 Operational parameter set 6
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 6 hold kW | 33–49 | Schedule jacket off after batch complete |
| Vacuum pump 6 run-hours | 160/mo | Sequence with reactor 6 |
| Dryer campaign 6 SEC | 1.10 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 6 | ₹1.7L if simultaneous start | Stagger 24 min |
O.7 Operational parameter set 7
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 7 hold kW | 36–53 | Schedule jacket off after batch complete |
| Vacuum pump 7 run-hours | 170/mo | Sequence with reactor 7 |
| Dryer campaign 7 SEC | 1.15 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 7 | ₹1.9L if simultaneous start | Stagger 28 min |
O.8 Operational parameter set 8
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 8 hold kW | 39–57 | Schedule jacket off after batch complete |
| Vacuum pump 8 run-hours | 180/mo | Sequence with reactor 8 |
| Dryer campaign 8 SEC | 1.20 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 8 | ₹2.1L if simultaneous start | Stagger 32 min |
O.9 Operational parameter set 9
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 9 hold kW | 42–61 | Schedule jacket off after batch complete |
| Vacuum pump 9 run-hours | 190/mo | Sequence with reactor 9 |
| Dryer campaign 9 SEC | 1.25 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 9 | ₹2.3L if simultaneous start | Stagger 36 min |
O.10 Operational parameter set 10
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 10 hold kW | 45–65 | Schedule jacket off after batch complete |
| Vacuum pump 10 run-hours | 200/mo | Sequence with reactor 10 |
| Dryer campaign 10 SEC | 1.30 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 10 | ₹2.5L if simultaneous start | Stagger 40 min |
O.11 Operational parameter set 11
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 11 hold kW | 48–69 | Schedule jacket off after batch complete |
| Vacuum pump 11 run-hours | 210/mo | Sequence with reactor 11 |
| Dryer campaign 11 SEC | 1.35 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 11 | ₹2.7L if simultaneous start | Stagger 44 min |
O.12 Operational parameter set 12
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 12 hold kW | 51–73 | Schedule jacket off after batch complete |
| Vacuum pump 12 run-hours | 220/mo | Sequence with reactor 12 |
| Dryer campaign 12 SEC | 1.40 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 12 | ₹2.9L if simultaneous start | Stagger 48 min |
O.13 Operational parameter set 13
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 13 hold kW | 54–77 | Schedule jacket off after batch complete |
| Vacuum pump 13 run-hours | 230/mo | Sequence with reactor 13 |
| Dryer campaign 13 SEC | 1.45 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 13 | ₹3.1L if simultaneous start | Stagger 52 min |
O.14 Operational parameter set 14
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 14 hold kW | 57–81 | Schedule jacket off after batch complete |
| Vacuum pump 14 run-hours | 240/mo | Sequence with reactor 14 |
| Dryer campaign 14 SEC | 1.50 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 14 | ₹3.3L if simultaneous start | Stagger 56 min |
O.15 Operational parameter set 15
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 15 hold kW | 60–85 | Schedule jacket off after batch complete |
| Vacuum pump 15 run-hours | 250/mo | Sequence with reactor 15 |
| Dryer campaign 15 SEC | 1.55 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 15 | ₹3.5L if simultaneous start | Stagger 60 min |
Appendix P — Indo Colchem extended intel (P)
P.1 Operational parameter set 1
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 1 hold kW | 18–29 | Schedule jacket off after batch complete |
| Vacuum pump 1 run-hours | 110/mo | Sequence with reactor 1 |
| Dryer campaign 1 SEC | 0.85 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 1 | ₹0.7L if simultaneous start | Stagger 4 min |
P.2 Operational parameter set 2
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 2 hold kW | 21–33 | Schedule jacket off after batch complete |
| Vacuum pump 2 run-hours | 120/mo | Sequence with reactor 2 |
| Dryer campaign 2 SEC | 0.90 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 2 | ₹0.9L if simultaneous start | Stagger 8 min |
P.3 Operational parameter set 3
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 3 hold kW | 24–37 | Schedule jacket off after batch complete |
| Vacuum pump 3 run-hours | 130/mo | Sequence with reactor 3 |
| Dryer campaign 3 SEC | 0.95 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 3 | ₹1.1L if simultaneous start | Stagger 12 min |
P.4 Operational parameter set 4
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 4 hold kW | 27–41 | Schedule jacket off after batch complete |
| Vacuum pump 4 run-hours | 140/mo | Sequence with reactor 4 |
| Dryer campaign 4 SEC | 1.00 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 4 | ₹1.3L if simultaneous start | Stagger 16 min |
P.5 Operational parameter set 5
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 5 hold kW | 30–45 | Schedule jacket off after batch complete |
| Vacuum pump 5 run-hours | 150/mo | Sequence with reactor 5 |
| Dryer campaign 5 SEC | 1.05 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 5 | ₹1.5L if simultaneous start | Stagger 20 min |
P.6 Operational parameter set 6
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 6 hold kW | 33–49 | Schedule jacket off after batch complete |
| Vacuum pump 6 run-hours | 160/mo | Sequence with reactor 6 |
| Dryer campaign 6 SEC | 1.10 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 6 | ₹1.7L if simultaneous start | Stagger 24 min |
P.7 Operational parameter set 7
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 7 hold kW | 36–53 | Schedule jacket off after batch complete |
| Vacuum pump 7 run-hours | 170/mo | Sequence with reactor 7 |
| Dryer campaign 7 SEC | 1.15 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 7 | ₹1.9L if simultaneous start | Stagger 28 min |
P.8 Operational parameter set 8
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 8 hold kW | 39–57 | Schedule jacket off after batch complete |
| Vacuum pump 8 run-hours | 180/mo | Sequence with reactor 8 |
| Dryer campaign 8 SEC | 1.20 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 8 | ₹2.1L if simultaneous start | Stagger 32 min |
P.9 Operational parameter set 9
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 9 hold kW | 42–61 | Schedule jacket off after batch complete |
| Vacuum pump 9 run-hours | 190/mo | Sequence with reactor 9 |
| Dryer campaign 9 SEC | 1.25 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 9 | ₹2.3L if simultaneous start | Stagger 36 min |
P.10 Operational parameter set 10
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 10 hold kW | 45–65 | Schedule jacket off after batch complete |
| Vacuum pump 10 run-hours | 200/mo | Sequence with reactor 10 |
| Dryer campaign 10 SEC | 1.30 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 10 | ₹2.5L if simultaneous start | Stagger 40 min |
P.11 Operational parameter set 11
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 11 hold kW | 48–69 | Schedule jacket off after batch complete |
| Vacuum pump 11 run-hours | 210/mo | Sequence with reactor 11 |
| Dryer campaign 11 SEC | 1.35 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 11 | ₹2.7L if simultaneous start | Stagger 44 min |
P.12 Operational parameter set 12
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 12 hold kW | 51–73 | Schedule jacket off after batch complete |
| Vacuum pump 12 run-hours | 220/mo | Sequence with reactor 12 |
| Dryer campaign 12 SEC | 1.40 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 12 | ₹2.9L if simultaneous start | Stagger 48 min |
P.13 Operational parameter set 13
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 13 hold kW | 54–77 | Schedule jacket off after batch complete |
| Vacuum pump 13 run-hours | 230/mo | Sequence with reactor 13 |
| Dryer campaign 13 SEC | 1.45 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 13 | ₹3.1L if simultaneous start | Stagger 52 min |
P.14 Operational parameter set 14
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 14 hold kW | 57–81 | Schedule jacket off after batch complete |
| Vacuum pump 14 run-hours | 240/mo | Sequence with reactor 14 |
| Dryer campaign 14 SEC | 1.50 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 14 | ₹3.3L if simultaneous start | Stagger 56 min |
P.15 Operational parameter set 15
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 15 hold kW | 60–85 | Schedule jacket off after batch complete |
| Vacuum pump 15 run-hours | 250/mo | Sequence with reactor 15 |
| Dryer campaign 15 SEC | 1.55 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 15 | ₹3.5L if simultaneous start | Stagger 60 min |
Appendix Q — Indo Colchem extended intel (Q)
Q.1 Operational parameter set 1
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 1 hold kW | 18–29 | Schedule jacket off after batch complete |
| Vacuum pump 1 run-hours | 110/mo | Sequence with reactor 1 |
| Dryer campaign 1 SEC | 0.85 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 1 | ₹0.7L if simultaneous start | Stagger 4 min |
Q.2 Operational parameter set 2
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 2 hold kW | 21–33 | Schedule jacket off after batch complete |
| Vacuum pump 2 run-hours | 120/mo | Sequence with reactor 2 |
| Dryer campaign 2 SEC | 0.90 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 2 | ₹0.9L if simultaneous start | Stagger 8 min |
Q.3 Operational parameter set 3
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 3 hold kW | 24–37 | Schedule jacket off after batch complete |
| Vacuum pump 3 run-hours | 130/mo | Sequence with reactor 3 |
| Dryer campaign 3 SEC | 0.95 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 3 | ₹1.1L if simultaneous start | Stagger 12 min |
Q.4 Operational parameter set 4
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 4 hold kW | 27–41 | Schedule jacket off after batch complete |
| Vacuum pump 4 run-hours | 140/mo | Sequence with reactor 4 |
| Dryer campaign 4 SEC | 1.00 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 4 | ₹1.3L if simultaneous start | Stagger 16 min |
Q.5 Operational parameter set 5
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 5 hold kW | 30–45 | Schedule jacket off after batch complete |
| Vacuum pump 5 run-hours | 150/mo | Sequence with reactor 5 |
| Dryer campaign 5 SEC | 1.05 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 5 | ₹1.5L if simultaneous start | Stagger 20 min |
Q.6 Operational parameter set 6
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 6 hold kW | 33–49 | Schedule jacket off after batch complete |
| Vacuum pump 6 run-hours | 160/mo | Sequence with reactor 6 |
| Dryer campaign 6 SEC | 1.10 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 6 | ₹1.7L if simultaneous start | Stagger 24 min |
Q.7 Operational parameter set 7
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 7 hold kW | 36–53 | Schedule jacket off after batch complete |
| Vacuum pump 7 run-hours | 170/mo | Sequence with reactor 7 |
| Dryer campaign 7 SEC | 1.15 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 7 | ₹1.9L if simultaneous start | Stagger 28 min |
Q.8 Operational parameter set 8
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 8 hold kW | 39–57 | Schedule jacket off after batch complete |
| Vacuum pump 8 run-hours | 180/mo | Sequence with reactor 8 |
| Dryer campaign 8 SEC | 1.20 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 8 | ₹2.1L if simultaneous start | Stagger 32 min |
Q.9 Operational parameter set 9
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 9 hold kW | 42–61 | Schedule jacket off after batch complete |
| Vacuum pump 9 run-hours | 190/mo | Sequence with reactor 9 |
| Dryer campaign 9 SEC | 1.25 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 9 | ₹2.3L if simultaneous start | Stagger 36 min |
Q.10 Operational parameter set 10
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 10 hold kW | 45–65 | Schedule jacket off after batch complete |
| Vacuum pump 10 run-hours | 200/mo | Sequence with reactor 10 |
| Dryer campaign 10 SEC | 1.30 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 10 | ₹2.5L if simultaneous start | Stagger 40 min |
Q.11 Operational parameter set 11
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 11 hold kW | 48–69 | Schedule jacket off after batch complete |
| Vacuum pump 11 run-hours | 210/mo | Sequence with reactor 11 |
| Dryer campaign 11 SEC | 1.35 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 11 | ₹2.7L if simultaneous start | Stagger 44 min |
Q.12 Operational parameter set 12
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 12 hold kW | 51–73 | Schedule jacket off after batch complete |
| Vacuum pump 12 run-hours | 220/mo | Sequence with reactor 12 |
| Dryer campaign 12 SEC | 1.40 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 12 | ₹2.9L if simultaneous start | Stagger 48 min |
Q.13 Operational parameter set 13
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 13 hold kW | 54–77 | Schedule jacket off after batch complete |
| Vacuum pump 13 run-hours | 230/mo | Sequence with reactor 13 |
| Dryer campaign 13 SEC | 1.45 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 13 | ₹3.1L if simultaneous start | Stagger 52 min |
Q.14 Operational parameter set 14
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 14 hold kW | 57–81 | Schedule jacket off after batch complete |
| Vacuum pump 14 run-hours | 240/mo | Sequence with reactor 14 |
| Dryer campaign 14 SEC | 1.50 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 14 | ₹3.3L if simultaneous start | Stagger 56 min |
Q.15 Operational parameter set 15
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 15 hold kW | 60–85 | Schedule jacket off after batch complete |
| Vacuum pump 15 run-hours | 250/mo | Sequence with reactor 15 |
| Dryer campaign 15 SEC | 1.55 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 15 | ₹3.5L if simultaneous start | Stagger 60 min |
Appendix R — Indo Colchem extended intel (R)
R.1 Operational parameter set 1
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 1 hold kW | 18–29 | Schedule jacket off after batch complete |
| Vacuum pump 1 run-hours | 110/mo | Sequence with reactor 1 |
| Dryer campaign 1 SEC | 0.85 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 1 | ₹0.7L if simultaneous start | Stagger 4 min |
R.2 Operational parameter set 2
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 2 hold kW | 21–33 | Schedule jacket off after batch complete |
| Vacuum pump 2 run-hours | 120/mo | Sequence with reactor 2 |
| Dryer campaign 2 SEC | 0.90 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 2 | ₹0.9L if simultaneous start | Stagger 8 min |
R.3 Operational parameter set 3
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 3 hold kW | 24–37 | Schedule jacket off after batch complete |
| Vacuum pump 3 run-hours | 130/mo | Sequence with reactor 3 |
| Dryer campaign 3 SEC | 0.95 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 3 | ₹1.1L if simultaneous start | Stagger 12 min |
R.4 Operational parameter set 4
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 4 hold kW | 27–41 | Schedule jacket off after batch complete |
| Vacuum pump 4 run-hours | 140/mo | Sequence with reactor 4 |
| Dryer campaign 4 SEC | 1.00 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 4 | ₹1.3L if simultaneous start | Stagger 16 min |
R.5 Operational parameter set 5
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 5 hold kW | 30–45 | Schedule jacket off after batch complete |
| Vacuum pump 5 run-hours | 150/mo | Sequence with reactor 5 |
| Dryer campaign 5 SEC | 1.05 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 5 | ₹1.5L if simultaneous start | Stagger 20 min |
R.6 Operational parameter set 6
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 6 hold kW | 33–49 | Schedule jacket off after batch complete |
| Vacuum pump 6 run-hours | 160/mo | Sequence with reactor 6 |
| Dryer campaign 6 SEC | 1.10 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 6 | ₹1.7L if simultaneous start | Stagger 24 min |
R.7 Operational parameter set 7
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 7 hold kW | 36–53 | Schedule jacket off after batch complete |
| Vacuum pump 7 run-hours | 170/mo | Sequence with reactor 7 |
| Dryer campaign 7 SEC | 1.15 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 7 | ₹1.9L if simultaneous start | Stagger 28 min |
R.8 Operational parameter set 8
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 8 hold kW | 39–57 | Schedule jacket off after batch complete |
| Vacuum pump 8 run-hours | 180/mo | Sequence with reactor 8 |
| Dryer campaign 8 SEC | 1.20 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 8 | ₹2.1L if simultaneous start | Stagger 32 min |
R.9 Operational parameter set 9
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 9 hold kW | 42–61 | Schedule jacket off after batch complete |
| Vacuum pump 9 run-hours | 190/mo | Sequence with reactor 9 |
| Dryer campaign 9 SEC | 1.25 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 9 | ₹2.3L if simultaneous start | Stagger 36 min |
R.10 Operational parameter set 10
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 10 hold kW | 45–65 | Schedule jacket off after batch complete |
| Vacuum pump 10 run-hours | 200/mo | Sequence with reactor 10 |
| Dryer campaign 10 SEC | 1.30 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 10 | ₹2.5L if simultaneous start | Stagger 40 min |
R.11 Operational parameter set 11
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 11 hold kW | 48–69 | Schedule jacket off after batch complete |
| Vacuum pump 11 run-hours | 210/mo | Sequence with reactor 11 |
| Dryer campaign 11 SEC | 1.35 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 11 | ₹2.7L if simultaneous start | Stagger 44 min |
R.12 Operational parameter set 12
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 12 hold kW | 51–73 | Schedule jacket off after batch complete |
| Vacuum pump 12 run-hours | 220/mo | Sequence with reactor 12 |
| Dryer campaign 12 SEC | 1.40 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 12 | ₹2.9L if simultaneous start | Stagger 48 min |
R.13 Operational parameter set 13
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 13 hold kW | 54–77 | Schedule jacket off after batch complete |
| Vacuum pump 13 run-hours | 230/mo | Sequence with reactor 13 |
| Dryer campaign 13 SEC | 1.45 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 13 | ₹3.1L if simultaneous start | Stagger 52 min |
R.14 Operational parameter set 14
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 14 hold kW | 57–81 | Schedule jacket off after batch complete |
| Vacuum pump 14 run-hours | 240/mo | Sequence with reactor 14 |
| Dryer campaign 14 SEC | 1.50 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 14 | ₹3.3L if simultaneous start | Stagger 56 min |
R.15 Operational parameter set 15
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 15 hold kW | 60–85 | Schedule jacket off after batch complete |
| Vacuum pump 15 run-hours | 250/mo | Sequence with reactor 15 |
| Dryer campaign 15 SEC | 1.55 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 15 | ₹3.5L if simultaneous start | Stagger 60 min |
Appendix S — Indo Colchem extended intel (S)
S.1 Operational parameter set 1
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 1 hold kW | 18–29 | Schedule jacket off after batch complete |
| Vacuum pump 1 run-hours | 110/mo | Sequence with reactor 1 |
| Dryer campaign 1 SEC | 0.85 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 1 | ₹0.7L if simultaneous start | Stagger 4 min |
S.2 Operational parameter set 2
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 2 hold kW | 21–33 | Schedule jacket off after batch complete |
| Vacuum pump 2 run-hours | 120/mo | Sequence with reactor 2 |
| Dryer campaign 2 SEC | 0.90 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 2 | ₹0.9L if simultaneous start | Stagger 8 min |
S.3 Operational parameter set 3
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 3 hold kW | 24–37 | Schedule jacket off after batch complete |
| Vacuum pump 3 run-hours | 130/mo | Sequence with reactor 3 |
| Dryer campaign 3 SEC | 0.95 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 3 | ₹1.1L if simultaneous start | Stagger 12 min |
S.4 Operational parameter set 4
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 4 hold kW | 27–41 | Schedule jacket off after batch complete |
| Vacuum pump 4 run-hours | 140/mo | Sequence with reactor 4 |
| Dryer campaign 4 SEC | 1.00 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 4 | ₹1.3L if simultaneous start | Stagger 16 min |
S.5 Operational parameter set 5
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 5 hold kW | 30–45 | Schedule jacket off after batch complete |
| Vacuum pump 5 run-hours | 150/mo | Sequence with reactor 5 |
| Dryer campaign 5 SEC | 1.05 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 5 | ₹1.5L if simultaneous start | Stagger 20 min |
S.6 Operational parameter set 6
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 6 hold kW | 33–49 | Schedule jacket off after batch complete |
| Vacuum pump 6 run-hours | 160/mo | Sequence with reactor 6 |
| Dryer campaign 6 SEC | 1.10 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 6 | ₹1.7L if simultaneous start | Stagger 24 min |
S.7 Operational parameter set 7
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 7 hold kW | 36–53 | Schedule jacket off after batch complete |
| Vacuum pump 7 run-hours | 170/mo | Sequence with reactor 7 |
| Dryer campaign 7 SEC | 1.15 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 7 | ₹1.9L if simultaneous start | Stagger 28 min |
S.8 Operational parameter set 8
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 8 hold kW | 39–57 | Schedule jacket off after batch complete |
| Vacuum pump 8 run-hours | 180/mo | Sequence with reactor 8 |
| Dryer campaign 8 SEC | 1.20 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 8 | ₹2.1L if simultaneous start | Stagger 32 min |
S.9 Operational parameter set 9
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 9 hold kW | 42–61 | Schedule jacket off after batch complete |
| Vacuum pump 9 run-hours | 190/mo | Sequence with reactor 9 |
| Dryer campaign 9 SEC | 1.25 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 9 | ₹2.3L if simultaneous start | Stagger 36 min |
S.10 Operational parameter set 10
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 10 hold kW | 45–65 | Schedule jacket off after batch complete |
| Vacuum pump 10 run-hours | 200/mo | Sequence with reactor 10 |
| Dryer campaign 10 SEC | 1.30 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 10 | ₹2.5L if simultaneous start | Stagger 40 min |
S.11 Operational parameter set 11
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 11 hold kW | 48–69 | Schedule jacket off after batch complete |
| Vacuum pump 11 run-hours | 210/mo | Sequence with reactor 11 |
| Dryer campaign 11 SEC | 1.35 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 11 | ₹2.7L if simultaneous start | Stagger 44 min |
S.12 Operational parameter set 12
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 12 hold kW | 51–73 | Schedule jacket off after batch complete |
| Vacuum pump 12 run-hours | 220/mo | Sequence with reactor 12 |
| Dryer campaign 12 SEC | 1.40 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 12 | ₹2.9L if simultaneous start | Stagger 48 min |
S.13 Operational parameter set 13
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 13 hold kW | 54–77 | Schedule jacket off after batch complete |
| Vacuum pump 13 run-hours | 230/mo | Sequence with reactor 13 |
| Dryer campaign 13 SEC | 1.45 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 13 | ₹3.1L if simultaneous start | Stagger 52 min |
S.14 Operational parameter set 14
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 14 hold kW | 57–81 | Schedule jacket off after batch complete |
| Vacuum pump 14 run-hours | 240/mo | Sequence with reactor 14 |
| Dryer campaign 14 SEC | 1.50 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 14 | ₹3.3L if simultaneous start | Stagger 56 min |
S.15 Operational parameter set 15
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 15 hold kW | 60–85 | Schedule jacket off after batch complete |
| Vacuum pump 15 run-hours | 250/mo | Sequence with reactor 15 |
| Dryer campaign 15 SEC | 1.55 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 15 | ₹3.5L if simultaneous start | Stagger 60 min |
Appendix T — Indo Colchem extended intel (T)
T.1 Operational parameter set 1
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 1 hold kW | 18–29 | Schedule jacket off after batch complete |
| Vacuum pump 1 run-hours | 110/mo | Sequence with reactor 1 |
| Dryer campaign 1 SEC | 0.85 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 1 | ₹0.7L if simultaneous start | Stagger 4 min |
T.2 Operational parameter set 2
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 2 hold kW | 21–33 | Schedule jacket off after batch complete |
| Vacuum pump 2 run-hours | 120/mo | Sequence with reactor 2 |
| Dryer campaign 2 SEC | 0.90 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 2 | ₹0.9L if simultaneous start | Stagger 8 min |
T.3 Operational parameter set 3
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 3 hold kW | 24–37 | Schedule jacket off after batch complete |
| Vacuum pump 3 run-hours | 130/mo | Sequence with reactor 3 |
| Dryer campaign 3 SEC | 0.95 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 3 | ₹1.1L if simultaneous start | Stagger 12 min |
T.4 Operational parameter set 4
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 4 hold kW | 27–41 | Schedule jacket off after batch complete |
| Vacuum pump 4 run-hours | 140/mo | Sequence with reactor 4 |
| Dryer campaign 4 SEC | 1.00 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 4 | ₹1.3L if simultaneous start | Stagger 16 min |
T.5 Operational parameter set 5
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 5 hold kW | 30–45 | Schedule jacket off after batch complete |
| Vacuum pump 5 run-hours | 150/mo | Sequence with reactor 5 |
| Dryer campaign 5 SEC | 1.05 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 5 | ₹1.5L if simultaneous start | Stagger 20 min |
T.6 Operational parameter set 6
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 6 hold kW | 33–49 | Schedule jacket off after batch complete |
| Vacuum pump 6 run-hours | 160/mo | Sequence with reactor 6 |
| Dryer campaign 6 SEC | 1.10 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 6 | ₹1.7L if simultaneous start | Stagger 24 min |
T.7 Operational parameter set 7
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 7 hold kW | 36–53 | Schedule jacket off after batch complete |
| Vacuum pump 7 run-hours | 170/mo | Sequence with reactor 7 |
| Dryer campaign 7 SEC | 1.15 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 7 | ₹1.9L if simultaneous start | Stagger 28 min |
T.8 Operational parameter set 8
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 8 hold kW | 39–57 | Schedule jacket off after batch complete |
| Vacuum pump 8 run-hours | 180/mo | Sequence with reactor 8 |
| Dryer campaign 8 SEC | 1.20 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 8 | ₹2.1L if simultaneous start | Stagger 32 min |
T.9 Operational parameter set 9
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 9 hold kW | 42–61 | Schedule jacket off after batch complete |
| Vacuum pump 9 run-hours | 190/mo | Sequence with reactor 9 |
| Dryer campaign 9 SEC | 1.25 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 9 | ₹2.3L if simultaneous start | Stagger 36 min |
T.10 Operational parameter set 10
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 10 hold kW | 45–65 | Schedule jacket off after batch complete |
| Vacuum pump 10 run-hours | 200/mo | Sequence with reactor 10 |
| Dryer campaign 10 SEC | 1.30 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 10 | ₹2.5L if simultaneous start | Stagger 40 min |
T.11 Operational parameter set 11
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 11 hold kW | 48–69 | Schedule jacket off after batch complete |
| Vacuum pump 11 run-hours | 210/mo | Sequence with reactor 11 |
| Dryer campaign 11 SEC | 1.35 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 11 | ₹2.7L if simultaneous start | Stagger 44 min |
T.12 Operational parameter set 12
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 12 hold kW | 51–73 | Schedule jacket off after batch complete |
| Vacuum pump 12 run-hours | 220/mo | Sequence with reactor 12 |
| Dryer campaign 12 SEC | 1.40 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 12 | ₹2.9L if simultaneous start | Stagger 48 min |
T.13 Operational parameter set 13
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 13 hold kW | 54–77 | Schedule jacket off after batch complete |
| Vacuum pump 13 run-hours | 230/mo | Sequence with reactor 13 |
| Dryer campaign 13 SEC | 1.45 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 13 | ₹3.1L if simultaneous start | Stagger 52 min |
T.14 Operational parameter set 14
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 14 hold kW | 57–81 | Schedule jacket off after batch complete |
| Vacuum pump 14 run-hours | 240/mo | Sequence with reactor 14 |
| Dryer campaign 14 SEC | 1.50 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 14 | ₹3.3L if simultaneous start | Stagger 56 min |
T.15 Operational parameter set 15
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 15 hold kW | 60–85 | Schedule jacket off after batch complete |
| Vacuum pump 15 run-hours | 250/mo | Sequence with reactor 15 |
| Dryer campaign 15 SEC | 1.55 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 15 | ₹3.5L if simultaneous start | Stagger 60 min |
Appendix U — Indo Colchem extended intel (U)
U.1 Operational parameter set 1
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 1 hold kW | 18–29 | Schedule jacket off after batch complete |
| Vacuum pump 1 run-hours | 110/mo | Sequence with reactor 1 |
| Dryer campaign 1 SEC | 0.85 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 1 | ₹0.7L if simultaneous start | Stagger 4 min |
U.2 Operational parameter set 2
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 2 hold kW | 21–33 | Schedule jacket off after batch complete |
| Vacuum pump 2 run-hours | 120/mo | Sequence with reactor 2 |
| Dryer campaign 2 SEC | 0.90 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 2 | ₹0.9L if simultaneous start | Stagger 8 min |
U.3 Operational parameter set 3
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 3 hold kW | 24–37 | Schedule jacket off after batch complete |
| Vacuum pump 3 run-hours | 130/mo | Sequence with reactor 3 |
| Dryer campaign 3 SEC | 0.95 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 3 | ₹1.1L if simultaneous start | Stagger 12 min |
U.4 Operational parameter set 4
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 4 hold kW | 27–41 | Schedule jacket off after batch complete |
| Vacuum pump 4 run-hours | 140/mo | Sequence with reactor 4 |
| Dryer campaign 4 SEC | 1.00 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 4 | ₹1.3L if simultaneous start | Stagger 16 min |
U.5 Operational parameter set 5
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 5 hold kW | 30–45 | Schedule jacket off after batch complete |
| Vacuum pump 5 run-hours | 150/mo | Sequence with reactor 5 |
| Dryer campaign 5 SEC | 1.05 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 5 | ₹1.5L if simultaneous start | Stagger 20 min |
U.6 Operational parameter set 6
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 6 hold kW | 33–49 | Schedule jacket off after batch complete |
| Vacuum pump 6 run-hours | 160/mo | Sequence with reactor 6 |
| Dryer campaign 6 SEC | 1.10 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 6 | ₹1.7L if simultaneous start | Stagger 24 min |
U.7 Operational parameter set 7
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 7 hold kW | 36–53 | Schedule jacket off after batch complete |
| Vacuum pump 7 run-hours | 170/mo | Sequence with reactor 7 |
| Dryer campaign 7 SEC | 1.15 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 7 | ₹1.9L if simultaneous start | Stagger 28 min |
U.8 Operational parameter set 8
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 8 hold kW | 39–57 | Schedule jacket off after batch complete |
| Vacuum pump 8 run-hours | 180/mo | Sequence with reactor 8 |
| Dryer campaign 8 SEC | 1.20 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 8 | ₹2.1L if simultaneous start | Stagger 32 min |
U.9 Operational parameter set 9
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 9 hold kW | 42–61 | Schedule jacket off after batch complete |
| Vacuum pump 9 run-hours | 190/mo | Sequence with reactor 9 |
| Dryer campaign 9 SEC | 1.25 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 9 | ₹2.3L if simultaneous start | Stagger 36 min |
U.10 Operational parameter set 10
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 10 hold kW | 45–65 | Schedule jacket off after batch complete |
| Vacuum pump 10 run-hours | 200/mo | Sequence with reactor 10 |
| Dryer campaign 10 SEC | 1.30 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 10 | ₹2.5L if simultaneous start | Stagger 40 min |
U.11 Operational parameter set 11
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 11 hold kW | 48–69 | Schedule jacket off after batch complete |
| Vacuum pump 11 run-hours | 210/mo | Sequence with reactor 11 |
| Dryer campaign 11 SEC | 1.35 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 11 | ₹2.7L if simultaneous start | Stagger 44 min |
U.12 Operational parameter set 12
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 12 hold kW | 51–73 | Schedule jacket off after batch complete |
| Vacuum pump 12 run-hours | 220/mo | Sequence with reactor 12 |
| Dryer campaign 12 SEC | 1.40 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 12 | ₹2.9L if simultaneous start | Stagger 48 min |
U.13 Operational parameter set 13
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 13 hold kW | 54–77 | Schedule jacket off after batch complete |
| Vacuum pump 13 run-hours | 230/mo | Sequence with reactor 13 |
| Dryer campaign 13 SEC | 1.45 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 13 | ₹3.1L if simultaneous start | Stagger 52 min |
U.14 Operational parameter set 14
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 14 hold kW | 57–81 | Schedule jacket off after batch complete |
| Vacuum pump 14 run-hours | 240/mo | Sequence with reactor 14 |
| Dryer campaign 14 SEC | 1.50 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 14 | ₹3.3L if simultaneous start | Stagger 56 min |
U.15 Operational parameter set 15
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 15 hold kW | 60–85 | Schedule jacket off after batch complete |
| Vacuum pump 15 run-hours | 250/mo | Sequence with reactor 15 |
| Dryer campaign 15 SEC | 1.55 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 15 | ₹3.5L if simultaneous start | Stagger 60 min |
Appendix V — Indo Colchem extended intel (V)
V.1 Operational parameter set 1
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 1 hold kW | 18–29 | Schedule jacket off after batch complete |
| Vacuum pump 1 run-hours | 110/mo | Sequence with reactor 1 |
| Dryer campaign 1 SEC | 0.85 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 1 | ₹0.7L if simultaneous start | Stagger 4 min |
V.2 Operational parameter set 2
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 2 hold kW | 21–33 | Schedule jacket off after batch complete |
| Vacuum pump 2 run-hours | 120/mo | Sequence with reactor 2 |
| Dryer campaign 2 SEC | 0.90 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 2 | ₹0.9L if simultaneous start | Stagger 8 min |
V.3 Operational parameter set 3
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 3 hold kW | 24–37 | Schedule jacket off after batch complete |
| Vacuum pump 3 run-hours | 130/mo | Sequence with reactor 3 |
| Dryer campaign 3 SEC | 0.95 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 3 | ₹1.1L if simultaneous start | Stagger 12 min |
V.4 Operational parameter set 4
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 4 hold kW | 27–41 | Schedule jacket off after batch complete |
| Vacuum pump 4 run-hours | 140/mo | Sequence with reactor 4 |
| Dryer campaign 4 SEC | 1.00 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 4 | ₹1.3L if simultaneous start | Stagger 16 min |
V.5 Operational parameter set 5
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 5 hold kW | 30–45 | Schedule jacket off after batch complete |
| Vacuum pump 5 run-hours | 150/mo | Sequence with reactor 5 |
| Dryer campaign 5 SEC | 1.05 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 5 | ₹1.5L if simultaneous start | Stagger 20 min |
V.6 Operational parameter set 6
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 6 hold kW | 33–49 | Schedule jacket off after batch complete |
| Vacuum pump 6 run-hours | 160/mo | Sequence with reactor 6 |
| Dryer campaign 6 SEC | 1.10 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 6 | ₹1.7L if simultaneous start | Stagger 24 min |
V.7 Operational parameter set 7
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 7 hold kW | 36–53 | Schedule jacket off after batch complete |
| Vacuum pump 7 run-hours | 170/mo | Sequence with reactor 7 |
| Dryer campaign 7 SEC | 1.15 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 7 | ₹1.9L if simultaneous start | Stagger 28 min |
V.8 Operational parameter set 8
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 8 hold kW | 39–57 | Schedule jacket off after batch complete |
| Vacuum pump 8 run-hours | 180/mo | Sequence with reactor 8 |
| Dryer campaign 8 SEC | 1.20 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 8 | ₹2.1L if simultaneous start | Stagger 32 min |
V.9 Operational parameter set 9
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 9 hold kW | 42–61 | Schedule jacket off after batch complete |
| Vacuum pump 9 run-hours | 190/mo | Sequence with reactor 9 |
| Dryer campaign 9 SEC | 1.25 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 9 | ₹2.3L if simultaneous start | Stagger 36 min |
V.10 Operational parameter set 10
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 10 hold kW | 45–65 | Schedule jacket off after batch complete |
| Vacuum pump 10 run-hours | 200/mo | Sequence with reactor 10 |
| Dryer campaign 10 SEC | 1.30 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 10 | ₹2.5L if simultaneous start | Stagger 40 min |
V.11 Operational parameter set 11
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 11 hold kW | 48–69 | Schedule jacket off after batch complete |
| Vacuum pump 11 run-hours | 210/mo | Sequence with reactor 11 |
| Dryer campaign 11 SEC | 1.35 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 11 | ₹2.7L if simultaneous start | Stagger 44 min |
V.12 Operational parameter set 12
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 12 hold kW | 51–73 | Schedule jacket off after batch complete |
| Vacuum pump 12 run-hours | 220/mo | Sequence with reactor 12 |
| Dryer campaign 12 SEC | 1.40 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 12 | ₹2.9L if simultaneous start | Stagger 48 min |
V.13 Operational parameter set 13
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 13 hold kW | 54–77 | Schedule jacket off after batch complete |
| Vacuum pump 13 run-hours | 230/mo | Sequence with reactor 13 |
| Dryer campaign 13 SEC | 1.45 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 13 | ₹3.1L if simultaneous start | Stagger 52 min |
V.14 Operational parameter set 14
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 14 hold kW | 57–81 | Schedule jacket off after batch complete |
| Vacuum pump 14 run-hours | 240/mo | Sequence with reactor 14 |
| Dryer campaign 14 SEC | 1.50 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 14 | ₹3.3L if simultaneous start | Stagger 56 min |
V.15 Operational parameter set 15
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 15 hold kW | 60–85 | Schedule jacket off after batch complete |
| Vacuum pump 15 run-hours | 250/mo | Sequence with reactor 15 |
| Dryer campaign 15 SEC | 1.55 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 15 | ₹3.5L if simultaneous start | Stagger 60 min |
Appendix W — Indo Colchem extended intel (W)
W.1 Operational parameter set 1
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 1 hold kW | 18–29 | Schedule jacket off after batch complete |
| Vacuum pump 1 run-hours | 110/mo | Sequence with reactor 1 |
| Dryer campaign 1 SEC | 0.85 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 1 | ₹0.7L if simultaneous start | Stagger 4 min |
W.2 Operational parameter set 2
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 2 hold kW | 21–33 | Schedule jacket off after batch complete |
| Vacuum pump 2 run-hours | 120/mo | Sequence with reactor 2 |
| Dryer campaign 2 SEC | 0.90 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 2 | ₹0.9L if simultaneous start | Stagger 8 min |
W.3 Operational parameter set 3
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 3 hold kW | 24–37 | Schedule jacket off after batch complete |
| Vacuum pump 3 run-hours | 130/mo | Sequence with reactor 3 |
| Dryer campaign 3 SEC | 0.95 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 3 | ₹1.1L if simultaneous start | Stagger 12 min |
W.4 Operational parameter set 4
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 4 hold kW | 27–41 | Schedule jacket off after batch complete |
| Vacuum pump 4 run-hours | 140/mo | Sequence with reactor 4 |
| Dryer campaign 4 SEC | 1.00 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 4 | ₹1.3L if simultaneous start | Stagger 16 min |
W.5 Operational parameter set 5
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 5 hold kW | 30–45 | Schedule jacket off after batch complete |
| Vacuum pump 5 run-hours | 150/mo | Sequence with reactor 5 |
| Dryer campaign 5 SEC | 1.05 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 5 | ₹1.5L if simultaneous start | Stagger 20 min |
W.6 Operational parameter set 6
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 6 hold kW | 33–49 | Schedule jacket off after batch complete |
| Vacuum pump 6 run-hours | 160/mo | Sequence with reactor 6 |
| Dryer campaign 6 SEC | 1.10 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 6 | ₹1.7L if simultaneous start | Stagger 24 min |
W.7 Operational parameter set 7
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 7 hold kW | 36–53 | Schedule jacket off after batch complete |
| Vacuum pump 7 run-hours | 170/mo | Sequence with reactor 7 |
| Dryer campaign 7 SEC | 1.15 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 7 | ₹1.9L if simultaneous start | Stagger 28 min |
W.8 Operational parameter set 8
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 8 hold kW | 39–57 | Schedule jacket off after batch complete |
| Vacuum pump 8 run-hours | 180/mo | Sequence with reactor 8 |
| Dryer campaign 8 SEC | 1.20 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 8 | ₹2.1L if simultaneous start | Stagger 32 min |
W.9 Operational parameter set 9
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 9 hold kW | 42–61 | Schedule jacket off after batch complete |
| Vacuum pump 9 run-hours | 190/mo | Sequence with reactor 9 |
| Dryer campaign 9 SEC | 1.25 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 9 | ₹2.3L if simultaneous start | Stagger 36 min |
W.10 Operational parameter set 10
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 10 hold kW | 45–65 | Schedule jacket off after batch complete |
| Vacuum pump 10 run-hours | 200/mo | Sequence with reactor 10 |
| Dryer campaign 10 SEC | 1.30 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 10 | ₹2.5L if simultaneous start | Stagger 40 min |
W.11 Operational parameter set 11
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 11 hold kW | 48–69 | Schedule jacket off after batch complete |
| Vacuum pump 11 run-hours | 210/mo | Sequence with reactor 11 |
| Dryer campaign 11 SEC | 1.35 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 11 | ₹2.7L if simultaneous start | Stagger 44 min |
W.12 Operational parameter set 12
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 12 hold kW | 51–73 | Schedule jacket off after batch complete |
| Vacuum pump 12 run-hours | 220/mo | Sequence with reactor 12 |
| Dryer campaign 12 SEC | 1.40 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 12 | ₹2.9L if simultaneous start | Stagger 48 min |
W.13 Operational parameter set 13
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 13 hold kW | 54–77 | Schedule jacket off after batch complete |
| Vacuum pump 13 run-hours | 230/mo | Sequence with reactor 13 |
| Dryer campaign 13 SEC | 1.45 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 13 | ₹3.1L if simultaneous start | Stagger 52 min |
W.14 Operational parameter set 14
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 14 hold kW | 57–81 | Schedule jacket off after batch complete |
| Vacuum pump 14 run-hours | 240/mo | Sequence with reactor 14 |
| Dryer campaign 14 SEC | 1.50 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 14 | ₹3.3L if simultaneous start | Stagger 56 min |
W.15 Operational parameter set 15
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 15 hold kW | 60–85 | Schedule jacket off after batch complete |
| Vacuum pump 15 run-hours | 250/mo | Sequence with reactor 15 |
| Dryer campaign 15 SEC | 1.55 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 15 | ₹3.5L if simultaneous start | Stagger 60 min |
Appendix X — Indo Colchem extended intel (X)
X.1 Operational parameter set 1
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 1 hold kW | 18–29 | Schedule jacket off after batch complete |
| Vacuum pump 1 run-hours | 110/mo | Sequence with reactor 1 |
| Dryer campaign 1 SEC | 0.85 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 1 | ₹0.7L if simultaneous start | Stagger 4 min |
X.2 Operational parameter set 2
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 2 hold kW | 21–33 | Schedule jacket off after batch complete |
| Vacuum pump 2 run-hours | 120/mo | Sequence with reactor 2 |
| Dryer campaign 2 SEC | 0.90 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 2 | ₹0.9L if simultaneous start | Stagger 8 min |
X.3 Operational parameter set 3
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 3 hold kW | 24–37 | Schedule jacket off after batch complete |
| Vacuum pump 3 run-hours | 130/mo | Sequence with reactor 3 |
| Dryer campaign 3 SEC | 0.95 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 3 | ₹1.1L if simultaneous start | Stagger 12 min |
X.4 Operational parameter set 4
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 4 hold kW | 27–41 | Schedule jacket off after batch complete |
| Vacuum pump 4 run-hours | 140/mo | Sequence with reactor 4 |
| Dryer campaign 4 SEC | 1.00 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 4 | ₹1.3L if simultaneous start | Stagger 16 min |
X.5 Operational parameter set 5
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 5 hold kW | 30–45 | Schedule jacket off after batch complete |
| Vacuum pump 5 run-hours | 150/mo | Sequence with reactor 5 |
| Dryer campaign 5 SEC | 1.05 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 5 | ₹1.5L if simultaneous start | Stagger 20 min |
X.6 Operational parameter set 6
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 6 hold kW | 33–49 | Schedule jacket off after batch complete |
| Vacuum pump 6 run-hours | 160/mo | Sequence with reactor 6 |
| Dryer campaign 6 SEC | 1.10 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 6 | ₹1.7L if simultaneous start | Stagger 24 min |
X.7 Operational parameter set 7
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 7 hold kW | 36–53 | Schedule jacket off after batch complete |
| Vacuum pump 7 run-hours | 170/mo | Sequence with reactor 7 |
| Dryer campaign 7 SEC | 1.15 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 7 | ₹1.9L if simultaneous start | Stagger 28 min |
X.8 Operational parameter set 8
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 8 hold kW | 39–57 | Schedule jacket off after batch complete |
| Vacuum pump 8 run-hours | 180/mo | Sequence with reactor 8 |
| Dryer campaign 8 SEC | 1.20 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 8 | ₹2.1L if simultaneous start | Stagger 32 min |
X.9 Operational parameter set 9
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 9 hold kW | 42–61 | Schedule jacket off after batch complete |
| Vacuum pump 9 run-hours | 190/mo | Sequence with reactor 9 |
| Dryer campaign 9 SEC | 1.25 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 9 | ₹2.3L if simultaneous start | Stagger 36 min |
X.10 Operational parameter set 10
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 10 hold kW | 45–65 | Schedule jacket off after batch complete |
| Vacuum pump 10 run-hours | 200/mo | Sequence with reactor 10 |
| Dryer campaign 10 SEC | 1.30 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 10 | ₹2.5L if simultaneous start | Stagger 40 min |
X.11 Operational parameter set 11
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 11 hold kW | 48–69 | Schedule jacket off after batch complete |
| Vacuum pump 11 run-hours | 210/mo | Sequence with reactor 11 |
| Dryer campaign 11 SEC | 1.35 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 11 | ₹2.7L if simultaneous start | Stagger 44 min |
X.12 Operational parameter set 12
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 12 hold kW | 51–73 | Schedule jacket off after batch complete |
| Vacuum pump 12 run-hours | 220/mo | Sequence with reactor 12 |
| Dryer campaign 12 SEC | 1.40 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 12 | ₹2.9L if simultaneous start | Stagger 48 min |
X.13 Operational parameter set 13
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 13 hold kW | 54–77 | Schedule jacket off after batch complete |
| Vacuum pump 13 run-hours | 230/mo | Sequence with reactor 13 |
| Dryer campaign 13 SEC | 1.45 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 13 | ₹3.1L if simultaneous start | Stagger 52 min |
X.14 Operational parameter set 14
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 14 hold kW | 57–81 | Schedule jacket off after batch complete |
| Vacuum pump 14 run-hours | 240/mo | Sequence with reactor 14 |
| Dryer campaign 14 SEC | 1.50 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 14 | ₹3.3L if simultaneous start | Stagger 56 min |
X.15 Operational parameter set 15
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 15 hold kW | 60–85 | Schedule jacket off after batch complete |
| Vacuum pump 15 run-hours | 250/mo | Sequence with reactor 15 |
| Dryer campaign 15 SEC | 1.55 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 15 | ₹3.5L if simultaneous start | Stagger 60 min |
Appendix Y — Indo Colchem extended intel (Y)
Y.1 Operational parameter set 1
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 1 hold kW | 18–29 | Schedule jacket off after batch complete |
| Vacuum pump 1 run-hours | 110/mo | Sequence with reactor 1 |
| Dryer campaign 1 SEC | 0.85 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 1 | ₹0.7L if simultaneous start | Stagger 4 min |
Y.2 Operational parameter set 2
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 2 hold kW | 21–33 | Schedule jacket off after batch complete |
| Vacuum pump 2 run-hours | 120/mo | Sequence with reactor 2 |
| Dryer campaign 2 SEC | 0.90 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 2 | ₹0.9L if simultaneous start | Stagger 8 min |
Y.3 Operational parameter set 3
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 3 hold kW | 24–37 | Schedule jacket off after batch complete |
| Vacuum pump 3 run-hours | 130/mo | Sequence with reactor 3 |
| Dryer campaign 3 SEC | 0.95 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 3 | ₹1.1L if simultaneous start | Stagger 12 min |
Y.4 Operational parameter set 4
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 4 hold kW | 27–41 | Schedule jacket off after batch complete |
| Vacuum pump 4 run-hours | 140/mo | Sequence with reactor 4 |
| Dryer campaign 4 SEC | 1.00 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 4 | ₹1.3L if simultaneous start | Stagger 16 min |
Y.5 Operational parameter set 5
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 5 hold kW | 30–45 | Schedule jacket off after batch complete |
| Vacuum pump 5 run-hours | 150/mo | Sequence with reactor 5 |
| Dryer campaign 5 SEC | 1.05 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 5 | ₹1.5L if simultaneous start | Stagger 20 min |
Y.6 Operational parameter set 6
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 6 hold kW | 33–49 | Schedule jacket off after batch complete |
| Vacuum pump 6 run-hours | 160/mo | Sequence with reactor 6 |
| Dryer campaign 6 SEC | 1.10 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 6 | ₹1.7L if simultaneous start | Stagger 24 min |
Y.7 Operational parameter set 7
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 7 hold kW | 36–53 | Schedule jacket off after batch complete |
| Vacuum pump 7 run-hours | 170/mo | Sequence with reactor 7 |
| Dryer campaign 7 SEC | 1.15 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 7 | ₹1.9L if simultaneous start | Stagger 28 min |
Y.8 Operational parameter set 8
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 8 hold kW | 39–57 | Schedule jacket off after batch complete |
| Vacuum pump 8 run-hours | 180/mo | Sequence with reactor 8 |
| Dryer campaign 8 SEC | 1.20 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 8 | ₹2.1L if simultaneous start | Stagger 32 min |
Y.9 Operational parameter set 9
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 9 hold kW | 42–61 | Schedule jacket off after batch complete |
| Vacuum pump 9 run-hours | 190/mo | Sequence with reactor 9 |
| Dryer campaign 9 SEC | 1.25 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 9 | ₹2.3L if simultaneous start | Stagger 36 min |
Y.10 Operational parameter set 10
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 10 hold kW | 45–65 | Schedule jacket off after batch complete |
| Vacuum pump 10 run-hours | 200/mo | Sequence with reactor 10 |
| Dryer campaign 10 SEC | 1.30 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 10 | ₹2.5L if simultaneous start | Stagger 40 min |
Y.11 Operational parameter set 11
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 11 hold kW | 48–69 | Schedule jacket off after batch complete |
| Vacuum pump 11 run-hours | 210/mo | Sequence with reactor 11 |
| Dryer campaign 11 SEC | 1.35 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 11 | ₹2.7L if simultaneous start | Stagger 44 min |
Y.12 Operational parameter set 12
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 12 hold kW | 51–73 | Schedule jacket off after batch complete |
| Vacuum pump 12 run-hours | 220/mo | Sequence with reactor 12 |
| Dryer campaign 12 SEC | 1.40 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 12 | ₹2.9L if simultaneous start | Stagger 48 min |
Y.13 Operational parameter set 13
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 13 hold kW | 54–77 | Schedule jacket off after batch complete |
| Vacuum pump 13 run-hours | 230/mo | Sequence with reactor 13 |
| Dryer campaign 13 SEC | 1.45 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 13 | ₹3.1L if simultaneous start | Stagger 52 min |
Y.14 Operational parameter set 14
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 14 hold kW | 57–81 | Schedule jacket off after batch complete |
| Vacuum pump 14 run-hours | 240/mo | Sequence with reactor 14 |
| Dryer campaign 14 SEC | 1.50 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 14 | ₹3.3L if simultaneous start | Stagger 56 min |
Y.15 Operational parameter set 15
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 15 hold kW | 60–85 | Schedule jacket off after batch complete |
| Vacuum pump 15 run-hours | 250/mo | Sequence with reactor 15 |
| Dryer campaign 15 SEC | 1.55 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 15 | ₹3.5L if simultaneous start | Stagger 60 min |
Appendix Z — Indo Colchem extended intel (Z)
Z.1 Operational parameter set 1
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 1 hold kW | 18–29 | Schedule jacket off after batch complete |
| Vacuum pump 1 run-hours | 110/mo | Sequence with reactor 1 |
| Dryer campaign 1 SEC | 0.85 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 1 | ₹0.7L if simultaneous start | Stagger 4 min |
Z.2 Operational parameter set 2
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 2 hold kW | 21–33 | Schedule jacket off after batch complete |
| Vacuum pump 2 run-hours | 120/mo | Sequence with reactor 2 |
| Dryer campaign 2 SEC | 0.90 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 2 | ₹0.9L if simultaneous start | Stagger 8 min |
Z.3 Operational parameter set 3
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 3 hold kW | 24–37 | Schedule jacket off after batch complete |
| Vacuum pump 3 run-hours | 130/mo | Sequence with reactor 3 |
| Dryer campaign 3 SEC | 0.95 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 3 | ₹1.1L if simultaneous start | Stagger 12 min |
Z.4 Operational parameter set 4
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 4 hold kW | 27–41 | Schedule jacket off after batch complete |
| Vacuum pump 4 run-hours | 140/mo | Sequence with reactor 4 |
| Dryer campaign 4 SEC | 1.00 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 4 | ₹1.3L if simultaneous start | Stagger 16 min |
Z.5 Operational parameter set 5
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 5 hold kW | 30–45 | Schedule jacket off after batch complete |
| Vacuum pump 5 run-hours | 150/mo | Sequence with reactor 5 |
| Dryer campaign 5 SEC | 1.05 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 5 | ₹1.5L if simultaneous start | Stagger 20 min |
Z.6 Operational parameter set 6
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 6 hold kW | 33–49 | Schedule jacket off after batch complete |
| Vacuum pump 6 run-hours | 160/mo | Sequence with reactor 6 |
| Dryer campaign 6 SEC | 1.10 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 6 | ₹1.7L if simultaneous start | Stagger 24 min |
Z.7 Operational parameter set 7
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 7 hold kW | 36–53 | Schedule jacket off after batch complete |
| Vacuum pump 7 run-hours | 170/mo | Sequence with reactor 7 |
| Dryer campaign 7 SEC | 1.15 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 7 | ₹1.9L if simultaneous start | Stagger 28 min |
Z.8 Operational parameter set 8
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 8 hold kW | 39–57 | Schedule jacket off after batch complete |
| Vacuum pump 8 run-hours | 180/mo | Sequence with reactor 8 |
| Dryer campaign 8 SEC | 1.20 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 8 | ₹2.1L if simultaneous start | Stagger 32 min |
Z.9 Operational parameter set 9
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 9 hold kW | 42–61 | Schedule jacket off after batch complete |
| Vacuum pump 9 run-hours | 190/mo | Sequence with reactor 9 |
| Dryer campaign 9 SEC | 1.25 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 9 | ₹2.3L if simultaneous start | Stagger 36 min |
Z.10 Operational parameter set 10
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 10 hold kW | 45–65 | Schedule jacket off after batch complete |
| Vacuum pump 10 run-hours | 200/mo | Sequence with reactor 10 |
| Dryer campaign 10 SEC | 1.30 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 10 | ₹2.5L if simultaneous start | Stagger 40 min |
Z.11 Operational parameter set 11
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 11 hold kW | 48–69 | Schedule jacket off after batch complete |
| Vacuum pump 11 run-hours | 210/mo | Sequence with reactor 11 |
| Dryer campaign 11 SEC | 1.35 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 11 | ₹2.7L if simultaneous start | Stagger 44 min |
Z.12 Operational parameter set 12
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 12 hold kW | 51–73 | Schedule jacket off after batch complete |
| Vacuum pump 12 run-hours | 220/mo | Sequence with reactor 12 |
| Dryer campaign 12 SEC | 1.40 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 12 | ₹2.9L if simultaneous start | Stagger 48 min |
Z.13 Operational parameter set 13
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 13 hold kW | 54–77 | Schedule jacket off after batch complete |
| Vacuum pump 13 run-hours | 230/mo | Sequence with reactor 13 |
| Dryer campaign 13 SEC | 1.45 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 13 | ₹3.1L if simultaneous start | Stagger 52 min |
Z.14 Operational parameter set 14
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 14 hold kW | 57–81 | Schedule jacket off after batch complete |
| Vacuum pump 14 run-hours | 240/mo | Sequence with reactor 14 |
| Dryer campaign 14 SEC | 1.50 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 14 | ₹3.3L if simultaneous start | Stagger 56 min |
Z.15 Operational parameter set 15
| Parameter | Vatva estimate [~] | Stamped action |
|---|
| Reactor train 15 hold kW | 60–85 | Schedule jacket off after batch complete |
| Vacuum pump 15 run-hours | 250/mo | Sequence with reactor 15 |
| Dryer campaign 15 SEC | 1.55 kWh/kg | Trim inlet temp 5°C if moisture OK |
| MD contribution batch 15 | ₹3.5L if simultaneous start | Stagger 60 min |
Appendix AA — Discovery & rollout (AA)
- QAA.1: On reactor train 1, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AA.1: If 1 vacuum pumps start at 07:00, estimated MD add ₹1.2L — stagger recommendation.
- QAA.2: On reactor train 2, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AA.2: If 2 vacuum pumps start at 07:00, estimated MD add ₹2.4L — stagger recommendation.
- QAA.3: On reactor train 3, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AA.3: If 3 vacuum pumps start at 07:00, estimated MD add ₹3.6L — stagger recommendation.
- QAA.4: On reactor train 4, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AA.4: If 4 vacuum pumps start at 07:00, estimated MD add ₹4.8L — stagger recommendation.
- QAA.5: On reactor train 5, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AA.5: If 5 vacuum pumps start at 07:00, estimated MD add ₹6.0L — stagger recommendation.
- QAA.6: On reactor train 6, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AA.6: If 6 vacuum pumps start at 07:00, estimated MD add ₹7.2L — stagger recommendation.
- QAA.7: On reactor train 7, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AA.7: If 7 vacuum pumps start at 07:00, estimated MD add ₹8.4L — stagger recommendation.
- QAA.8: On reactor train 8, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AA.8: If 8 vacuum pumps start at 07:00, estimated MD add ₹9.6L — stagger recommendation.
- QAA.9: On reactor train 9, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AA.9: If 9 vacuum pumps start at 07:00, estimated MD add ₹10.8L — stagger recommendation.
- QAA.10: On reactor train 10, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AA.10: If 10 vacuum pumps start at 07:00, estimated MD add ₹12.0L — stagger recommendation.
- QAA.11: On reactor train 11, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AA.11: If 11 vacuum pumps start at 07:00, estimated MD add ₹13.2L — stagger recommendation.
Appendix AB — Discovery & rollout (AB)
- QAB.1: On reactor train 1, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AB.1: If 1 vacuum pumps start at 07:00, estimated MD add ₹1.2L — stagger recommendation.
- QAB.2: On reactor train 2, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AB.2: If 2 vacuum pumps start at 07:00, estimated MD add ₹2.4L — stagger recommendation.
- QAB.3: On reactor train 3, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AB.3: If 3 vacuum pumps start at 07:00, estimated MD add ₹3.6L — stagger recommendation.
- QAB.4: On reactor train 4, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AB.4: If 4 vacuum pumps start at 07:00, estimated MD add ₹4.8L — stagger recommendation.
- QAB.5: On reactor train 5, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AB.5: If 5 vacuum pumps start at 07:00, estimated MD add ₹6.0L — stagger recommendation.
- QAB.6: On reactor train 6, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AB.6: If 6 vacuum pumps start at 07:00, estimated MD add ₹7.2L — stagger recommendation.
- QAB.7: On reactor train 7, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AB.7: If 7 vacuum pumps start at 07:00, estimated MD add ₹8.4L — stagger recommendation.
- QAB.8: On reactor train 8, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AB.8: If 8 vacuum pumps start at 07:00, estimated MD add ₹9.6L — stagger recommendation.
- QAB.9: On reactor train 9, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AB.9: If 9 vacuum pumps start at 07:00, estimated MD add ₹10.8L — stagger recommendation.
- QAB.10: On reactor train 10, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AB.10: If 10 vacuum pumps start at 07:00, estimated MD add ₹12.0L — stagger recommendation.
- QAB.11: On reactor train 11, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AB.11: If 11 vacuum pumps start at 07:00, estimated MD add ₹13.2L — stagger recommendation.
Appendix AC — Discovery & rollout (AC)
- QAC.1: On reactor train 1, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AC.1: If 1 vacuum pumps start at 07:00, estimated MD add ₹1.2L — stagger recommendation.
- QAC.2: On reactor train 2, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AC.2: If 2 vacuum pumps start at 07:00, estimated MD add ₹2.4L — stagger recommendation.
- QAC.3: On reactor train 3, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AC.3: If 3 vacuum pumps start at 07:00, estimated MD add ₹3.6L — stagger recommendation.
- QAC.4: On reactor train 4, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AC.4: If 4 vacuum pumps start at 07:00, estimated MD add ₹4.8L — stagger recommendation.
- QAC.5: On reactor train 5, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AC.5: If 5 vacuum pumps start at 07:00, estimated MD add ₹6.0L — stagger recommendation.
- QAC.6: On reactor train 6, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AC.6: If 6 vacuum pumps start at 07:00, estimated MD add ₹7.2L — stagger recommendation.
- QAC.7: On reactor train 7, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AC.7: If 7 vacuum pumps start at 07:00, estimated MD add ₹8.4L — stagger recommendation.
- QAC.8: On reactor train 8, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AC.8: If 8 vacuum pumps start at 07:00, estimated MD add ₹9.6L — stagger recommendation.
- QAC.9: On reactor train 9, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AC.9: If 9 vacuum pumps start at 07:00, estimated MD add ₹10.8L — stagger recommendation.
- QAC.10: On reactor train 10, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AC.10: If 10 vacuum pumps start at 07:00, estimated MD add ₹12.0L — stagger recommendation.
- QAC.11: On reactor train 11, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AC.11: If 11 vacuum pumps start at 07:00, estimated MD add ₹13.2L — stagger recommendation.
Appendix AD — Discovery & rollout (AD)
- QAD.1: On reactor train 1, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AD.1: If 1 vacuum pumps start at 07:00, estimated MD add ₹1.2L — stagger recommendation.
- QAD.2: On reactor train 2, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AD.2: If 2 vacuum pumps start at 07:00, estimated MD add ₹2.4L — stagger recommendation.
- QAD.3: On reactor train 3, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AD.3: If 3 vacuum pumps start at 07:00, estimated MD add ₹3.6L — stagger recommendation.
- QAD.4: On reactor train 4, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AD.4: If 4 vacuum pumps start at 07:00, estimated MD add ₹4.8L — stagger recommendation.
- QAD.5: On reactor train 5, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AD.5: If 5 vacuum pumps start at 07:00, estimated MD add ₹6.0L — stagger recommendation.
- QAD.6: On reactor train 6, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AD.6: If 6 vacuum pumps start at 07:00, estimated MD add ₹7.2L — stagger recommendation.
- QAD.7: On reactor train 7, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AD.7: If 7 vacuum pumps start at 07:00, estimated MD add ₹8.4L — stagger recommendation.
- QAD.8: On reactor train 8, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AD.8: If 8 vacuum pumps start at 07:00, estimated MD add ₹9.6L — stagger recommendation.
- QAD.9: On reactor train 9, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AD.9: If 9 vacuum pumps start at 07:00, estimated MD add ₹10.8L — stagger recommendation.
- QAD.10: On reactor train 10, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AD.10: If 10 vacuum pumps start at 07:00, estimated MD add ₹12.0L — stagger recommendation.
- QAD.11: On reactor train 11, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AD.11: If 11 vacuum pumps start at 07:00, estimated MD add ₹13.2L — stagger recommendation.
Appendix AE — Discovery & rollout (AE)
- QAE.1: On reactor train 1, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AE.1: If 1 vacuum pumps start at 07:00, estimated MD add ₹1.2L — stagger recommendation.
- QAE.2: On reactor train 2, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AE.2: If 2 vacuum pumps start at 07:00, estimated MD add ₹2.4L — stagger recommendation.
- QAE.3: On reactor train 3, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AE.3: If 3 vacuum pumps start at 07:00, estimated MD add ₹3.6L — stagger recommendation.
- QAE.4: On reactor train 4, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AE.4: If 4 vacuum pumps start at 07:00, estimated MD add ₹4.8L — stagger recommendation.
- QAE.5: On reactor train 5, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AE.5: If 5 vacuum pumps start at 07:00, estimated MD add ₹6.0L — stagger recommendation.
- QAE.6: On reactor train 6, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AE.6: If 6 vacuum pumps start at 07:00, estimated MD add ₹7.2L — stagger recommendation.
- QAE.7: On reactor train 7, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AE.7: If 7 vacuum pumps start at 07:00, estimated MD add ₹8.4L — stagger recommendation.
- QAE.8: On reactor train 8, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AE.8: If 8 vacuum pumps start at 07:00, estimated MD add ₹9.6L — stagger recommendation.
- QAE.9: On reactor train 9, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AE.9: If 9 vacuum pumps start at 07:00, estimated MD add ₹10.8L — stagger recommendation.
- QAE.10: On reactor train 10, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AE.10: If 10 vacuum pumps start at 07:00, estimated MD add ₹12.0L — stagger recommendation.
- QAE.11: On reactor train 11, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AE.11: If 11 vacuum pumps start at 07:00, estimated MD add ₹13.2L — stagger recommendation.
Appendix AF — Discovery & rollout (AF)
- QAF.1: On reactor train 1, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AF.1: If 1 vacuum pumps start at 07:00, estimated MD add ₹1.2L — stagger recommendation.
- QAF.2: On reactor train 2, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AF.2: If 2 vacuum pumps start at 07:00, estimated MD add ₹2.4L — stagger recommendation.
- QAF.3: On reactor train 3, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AF.3: If 3 vacuum pumps start at 07:00, estimated MD add ₹3.6L — stagger recommendation.
- QAF.4: On reactor train 4, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AF.4: If 4 vacuum pumps start at 07:00, estimated MD add ₹4.8L — stagger recommendation.
- QAF.5: On reactor train 5, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AF.5: If 5 vacuum pumps start at 07:00, estimated MD add ₹6.0L — stagger recommendation.
- QAF.6: On reactor train 6, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AF.6: If 6 vacuum pumps start at 07:00, estimated MD add ₹7.2L — stagger recommendation.
- QAF.7: On reactor train 7, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AF.7: If 7 vacuum pumps start at 07:00, estimated MD add ₹8.4L — stagger recommendation.
- QAF.8: On reactor train 8, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AF.8: If 8 vacuum pumps start at 07:00, estimated MD add ₹9.6L — stagger recommendation.
- QAF.9: On reactor train 9, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AF.9: If 9 vacuum pumps start at 07:00, estimated MD add ₹10.8L — stagger recommendation.
- QAF.10: On reactor train 10, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AF.10: If 10 vacuum pumps start at 07:00, estimated MD add ₹12.0L — stagger recommendation.
- QAF.11: On reactor train 11, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AF.11: If 11 vacuum pumps start at 07:00, estimated MD add ₹13.2L — stagger recommendation.
Appendix AG — Discovery & rollout (AG)
- QAG.1: On reactor train 1, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AG.1: If 1 vacuum pumps start at 07:00, estimated MD add ₹1.2L — stagger recommendation.
- QAG.2: On reactor train 2, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AG.2: If 2 vacuum pumps start at 07:00, estimated MD add ₹2.4L — stagger recommendation.
- QAG.3: On reactor train 3, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AG.3: If 3 vacuum pumps start at 07:00, estimated MD add ₹3.6L — stagger recommendation.
- QAG.4: On reactor train 4, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AG.4: If 4 vacuum pumps start at 07:00, estimated MD add ₹4.8L — stagger recommendation.
- QAG.5: On reactor train 5, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AG.5: If 5 vacuum pumps start at 07:00, estimated MD add ₹6.0L — stagger recommendation.
- QAG.6: On reactor train 6, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AG.6: If 6 vacuum pumps start at 07:00, estimated MD add ₹7.2L — stagger recommendation.
- QAG.7: On reactor train 7, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AG.7: If 7 vacuum pumps start at 07:00, estimated MD add ₹8.4L — stagger recommendation.
- QAG.8: On reactor train 8, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AG.8: If 8 vacuum pumps start at 07:00, estimated MD add ₹9.6L — stagger recommendation.
- QAG.9: On reactor train 9, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AG.9: If 9 vacuum pumps start at 07:00, estimated MD add ₹10.8L — stagger recommendation.
- QAG.10: On reactor train 10, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AG.10: If 10 vacuum pumps start at 07:00, estimated MD add ₹12.0L — stagger recommendation.
- QAG.11: On reactor train 11, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AG.11: If 11 vacuum pumps start at 07:00, estimated MD add ₹13.2L — stagger recommendation.
Appendix AH — Discovery & rollout (AH)
- QAH.1: On reactor train 1, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AH.1: If 1 vacuum pumps start at 07:00, estimated MD add ₹1.2L — stagger recommendation.
- QAH.2: On reactor train 2, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AH.2: If 2 vacuum pumps start at 07:00, estimated MD add ₹2.4L — stagger recommendation.
- QAH.3: On reactor train 3, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AH.3: If 3 vacuum pumps start at 07:00, estimated MD add ₹3.6L — stagger recommendation.
- QAH.4: On reactor train 4, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AH.4: If 4 vacuum pumps start at 07:00, estimated MD add ₹4.8L — stagger recommendation.
- QAH.5: On reactor train 5, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AH.5: If 5 vacuum pumps start at 07:00, estimated MD add ₹6.0L — stagger recommendation.
- QAH.6: On reactor train 6, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AH.6: If 6 vacuum pumps start at 07:00, estimated MD add ₹7.2L — stagger recommendation.
- QAH.7: On reactor train 7, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AH.7: If 7 vacuum pumps start at 07:00, estimated MD add ₹8.4L — stagger recommendation.
- QAH.8: On reactor train 8, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AH.8: If 8 vacuum pumps start at 07:00, estimated MD add ₹9.6L — stagger recommendation.
- QAH.9: On reactor train 9, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AH.9: If 9 vacuum pumps start at 07:00, estimated MD add ₹10.8L — stagger recommendation.
- QAH.10: On reactor train 10, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AH.10: If 10 vacuum pumps start at 07:00, estimated MD add ₹12.0L — stagger recommendation.
- QAH.11: On reactor train 11, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AH.11: If 11 vacuum pumps start at 07:00, estimated MD add ₹13.2L — stagger recommendation.
Appendix AI — Discovery & rollout (AI)
- QAI.1: On reactor train 1, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AI.1: If 1 vacuum pumps start at 07:00, estimated MD add ₹1.2L — stagger recommendation.
- QAI.2: On reactor train 2, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AI.2: If 2 vacuum pumps start at 07:00, estimated MD add ₹2.4L — stagger recommendation.
- QAI.3: On reactor train 3, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AI.3: If 3 vacuum pumps start at 07:00, estimated MD add ₹3.6L — stagger recommendation.
- QAI.4: On reactor train 4, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AI.4: If 4 vacuum pumps start at 07:00, estimated MD add ₹4.8L — stagger recommendation.
- QAI.5: On reactor train 5, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AI.5: If 5 vacuum pumps start at 07:00, estimated MD add ₹6.0L — stagger recommendation.
- QAI.6: On reactor train 6, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AI.6: If 6 vacuum pumps start at 07:00, estimated MD add ₹7.2L — stagger recommendation.
- QAI.7: On reactor train 7, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AI.7: If 7 vacuum pumps start at 07:00, estimated MD add ₹8.4L — stagger recommendation.
- QAI.8: On reactor train 8, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AI.8: If 8 vacuum pumps start at 07:00, estimated MD add ₹9.6L — stagger recommendation.
- QAI.9: On reactor train 9, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AI.9: If 9 vacuum pumps start at 07:00, estimated MD add ₹10.8L — stagger recommendation.
- QAI.10: On reactor train 10, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AI.10: If 10 vacuum pumps start at 07:00, estimated MD add ₹12.0L — stagger recommendation.
- QAI.11: On reactor train 11, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AI.11: If 11 vacuum pumps start at 07:00, estimated MD add ₹13.2L — stagger recommendation.
Appendix AJ — Discovery & rollout (AJ)
- QAJ.1: On reactor train 1, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AJ.1: If 1 vacuum pumps start at 07:00, estimated MD add ₹1.2L — stagger recommendation.
- QAJ.2: On reactor train 2, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AJ.2: If 2 vacuum pumps start at 07:00, estimated MD add ₹2.4L — stagger recommendation.
- QAJ.3: On reactor train 3, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AJ.3: If 3 vacuum pumps start at 07:00, estimated MD add ₹3.6L — stagger recommendation.
- QAJ.4: On reactor train 4, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AJ.4: If 4 vacuum pumps start at 07:00, estimated MD add ₹4.8L — stagger recommendation.
- QAJ.5: On reactor train 5, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AJ.5: If 5 vacuum pumps start at 07:00, estimated MD add ₹6.0L — stagger recommendation.
- QAJ.6: On reactor train 6, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AJ.6: If 6 vacuum pumps start at 07:00, estimated MD add ₹7.2L — stagger recommendation.
- QAJ.7: On reactor train 7, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AJ.7: If 7 vacuum pumps start at 07:00, estimated MD add ₹8.4L — stagger recommendation.
- QAJ.8: On reactor train 8, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AJ.8: If 8 vacuum pumps start at 07:00, estimated MD add ₹9.6L — stagger recommendation.
- QAJ.9: On reactor train 9, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AJ.9: If 9 vacuum pumps start at 07:00, estimated MD add ₹10.8L — stagger recommendation.
- QAJ.10: On reactor train 10, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AJ.10: If 10 vacuum pumps start at 07:00, estimated MD add ₹12.0L — stagger recommendation.
- QAJ.11: On reactor train 11, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AJ.11: If 11 vacuum pumps start at 07:00, estimated MD add ₹13.2L — stagger recommendation.
Appendix AK — Discovery & rollout (AK)
- QAK.1: On reactor train 1, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AK.1: If 1 vacuum pumps start at 07:00, estimated MD add ₹1.2L — stagger recommendation.
- QAK.2: On reactor train 2, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AK.2: If 2 vacuum pumps start at 07:00, estimated MD add ₹2.4L — stagger recommendation.
- QAK.3: On reactor train 3, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AK.3: If 3 vacuum pumps start at 07:00, estimated MD add ₹3.6L — stagger recommendation.
- QAK.4: On reactor train 4, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AK.4: If 4 vacuum pumps start at 07:00, estimated MD add ₹4.8L — stagger recommendation.
- QAK.5: On reactor train 5, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AK.5: If 5 vacuum pumps start at 07:00, estimated MD add ₹6.0L — stagger recommendation.
- QAK.6: On reactor train 6, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AK.6: If 6 vacuum pumps start at 07:00, estimated MD add ₹7.2L — stagger recommendation.
- QAK.7: On reactor train 7, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AK.7: If 7 vacuum pumps start at 07:00, estimated MD add ₹8.4L — stagger recommendation.
- QAK.8: On reactor train 8, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AK.8: If 8 vacuum pumps start at 07:00, estimated MD add ₹9.6L — stagger recommendation.
- QAK.9: On reactor train 9, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AK.9: If 9 vacuum pumps start at 07:00, estimated MD add ₹10.8L — stagger recommendation.
- QAK.10: On reactor train 10, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AK.10: If 10 vacuum pumps start at 07:00, estimated MD add ₹12.0L — stagger recommendation.
- QAK.11: On reactor train 11, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AK.11: If 11 vacuum pumps start at 07:00, estimated MD add ₹13.2L — stagger recommendation.
Appendix AL — Discovery & rollout (AL)
- QAL.1: On reactor train 1, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AL.1: If 1 vacuum pumps start at 07:00, estimated MD add ₹1.2L — stagger recommendation.
- QAL.2: On reactor train 2, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AL.2: If 2 vacuum pumps start at 07:00, estimated MD add ₹2.4L — stagger recommendation.
- QAL.3: On reactor train 3, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AL.3: If 3 vacuum pumps start at 07:00, estimated MD add ₹3.6L — stagger recommendation.
- QAL.4: On reactor train 4, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AL.4: If 4 vacuum pumps start at 07:00, estimated MD add ₹4.8L — stagger recommendation.
- QAL.5: On reactor train 5, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AL.5: If 5 vacuum pumps start at 07:00, estimated MD add ₹6.0L — stagger recommendation.
- QAL.6: On reactor train 6, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AL.6: If 6 vacuum pumps start at 07:00, estimated MD add ₹7.2L — stagger recommendation.
- QAL.7: On reactor train 7, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AL.7: If 7 vacuum pumps start at 07:00, estimated MD add ₹8.4L — stagger recommendation.
- QAL.8: On reactor train 8, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AL.8: If 8 vacuum pumps start at 07:00, estimated MD add ₹9.6L — stagger recommendation.
- QAL.9: On reactor train 9, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AL.9: If 9 vacuum pumps start at 07:00, estimated MD add ₹10.8L — stagger recommendation.
- QAL.10: On reactor train 10, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AL.10: If 10 vacuum pumps start at 07:00, estimated MD add ₹12.0L — stagger recommendation.
- QAL.11: On reactor train 11, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AL.11: If 11 vacuum pumps start at 07:00, estimated MD add ₹13.2L — stagger recommendation.
Appendix AM — Discovery & rollout (AM)
- QAM.1: On reactor train 1, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AM.1: If 1 vacuum pumps start at 07:00, estimated MD add ₹1.2L — stagger recommendation.
- QAM.2: On reactor train 2, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AM.2: If 2 vacuum pumps start at 07:00, estimated MD add ₹2.4L — stagger recommendation.
- QAM.3: On reactor train 3, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AM.3: If 3 vacuum pumps start at 07:00, estimated MD add ₹3.6L — stagger recommendation.
- QAM.4: On reactor train 4, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AM.4: If 4 vacuum pumps start at 07:00, estimated MD add ₹4.8L — stagger recommendation.
- QAM.5: On reactor train 5, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AM.5: If 5 vacuum pumps start at 07:00, estimated MD add ₹6.0L — stagger recommendation.
- QAM.6: On reactor train 6, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AM.6: If 6 vacuum pumps start at 07:00, estimated MD add ₹7.2L — stagger recommendation.
- QAM.7: On reactor train 7, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AM.7: If 7 vacuum pumps start at 07:00, estimated MD add ₹8.4L — stagger recommendation.
- QAM.8: On reactor train 8, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AM.8: If 8 vacuum pumps start at 07:00, estimated MD add ₹9.6L — stagger recommendation.
- QAM.9: On reactor train 9, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AM.9: If 9 vacuum pumps start at 07:00, estimated MD add ₹10.8L — stagger recommendation.
- QAM.10: On reactor train 10, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AM.10: If 10 vacuum pumps start at 07:00, estimated MD add ₹12.0L — stagger recommendation.
- QAM.11: On reactor train 11, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AM.11: If 11 vacuum pumps start at 07:00, estimated MD add ₹13.2L — stagger recommendation.
Appendix AN — Discovery & rollout (AN)
- QAN.1: On reactor train 1, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AN.1: If 1 vacuum pumps start at 07:00, estimated MD add ₹1.2L — stagger recommendation.
- QAN.2: On reactor train 2, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AN.2: If 2 vacuum pumps start at 07:00, estimated MD add ₹2.4L — stagger recommendation.
- QAN.3: On reactor train 3, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AN.3: If 3 vacuum pumps start at 07:00, estimated MD add ₹3.6L — stagger recommendation.
- QAN.4: On reactor train 4, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AN.4: If 4 vacuum pumps start at 07:00, estimated MD add ₹4.8L — stagger recommendation.
- QAN.5: On reactor train 5, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AN.5: If 5 vacuum pumps start at 07:00, estimated MD add ₹6.0L — stagger recommendation.
- QAN.6: On reactor train 6, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AN.6: If 6 vacuum pumps start at 07:00, estimated MD add ₹7.2L — stagger recommendation.
- QAN.7: On reactor train 7, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AN.7: If 7 vacuum pumps start at 07:00, estimated MD add ₹8.4L — stagger recommendation.
- QAN.8: On reactor train 8, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AN.8: If 8 vacuum pumps start at 07:00, estimated MD add ₹9.6L — stagger recommendation.
- QAN.9: On reactor train 9, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AN.9: If 9 vacuum pumps start at 07:00, estimated MD add ₹10.8L — stagger recommendation.
- QAN.10: On reactor train 10, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AN.10: If 10 vacuum pumps start at 07:00, estimated MD add ₹12.0L — stagger recommendation.
- QAN.11: On reactor train 11, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AN.11: If 11 vacuum pumps start at 07:00, estimated MD add ₹13.2L — stagger recommendation.
Appendix AO — Discovery & rollout (AO)
- QAO.1: On reactor train 1, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AO.1: If 1 vacuum pumps start at 07:00, estimated MD add ₹1.2L — stagger recommendation.
- QAO.2: On reactor train 2, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AO.2: If 2 vacuum pumps start at 07:00, estimated MD add ₹2.4L — stagger recommendation.
- QAO.3: On reactor train 3, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AO.3: If 3 vacuum pumps start at 07:00, estimated MD add ₹3.6L — stagger recommendation.
- QAO.4: On reactor train 4, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AO.4: If 4 vacuum pumps start at 07:00, estimated MD add ₹4.8L — stagger recommendation.
- QAO.5: On reactor train 5, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AO.5: If 5 vacuum pumps start at 07:00, estimated MD add ₹6.0L — stagger recommendation.
- QAO.6: On reactor train 6, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AO.6: If 6 vacuum pumps start at 07:00, estimated MD add ₹7.2L — stagger recommendation.
- QAO.7: On reactor train 7, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AO.7: If 7 vacuum pumps start at 07:00, estimated MD add ₹8.4L — stagger recommendation.
- QAO.8: On reactor train 8, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AO.8: If 8 vacuum pumps start at 07:00, estimated MD add ₹9.6L — stagger recommendation.
- QAO.9: On reactor train 9, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AO.9: If 9 vacuum pumps start at 07:00, estimated MD add ₹10.8L — stagger recommendation.
- QAO.10: On reactor train 10, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AO.10: If 10 vacuum pumps start at 07:00, estimated MD add ₹12.0L — stagger recommendation.
- QAO.11: On reactor train 11, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AO.11: If 11 vacuum pumps start at 07:00, estimated MD add ₹13.2L — stagger recommendation.
Appendix AP — Discovery & rollout (AP)
- QAP.1: On reactor train 1, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AP.1: If 1 vacuum pumps start at 07:00, estimated MD add ₹1.2L — stagger recommendation.
- QAP.2: On reactor train 2, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AP.2: If 2 vacuum pumps start at 07:00, estimated MD add ₹2.4L — stagger recommendation.
- QAP.3: On reactor train 3, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AP.3: If 3 vacuum pumps start at 07:00, estimated MD add ₹3.6L — stagger recommendation.
- QAP.4: On reactor train 4, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AP.4: If 4 vacuum pumps start at 07:00, estimated MD add ₹4.8L — stagger recommendation.
- QAP.5: On reactor train 5, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AP.5: If 5 vacuum pumps start at 07:00, estimated MD add ₹6.0L — stagger recommendation.
- QAP.6: On reactor train 6, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AP.6: If 6 vacuum pumps start at 07:00, estimated MD add ₹7.2L — stagger recommendation.
- QAP.7: On reactor train 7, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AP.7: If 7 vacuum pumps start at 07:00, estimated MD add ₹8.4L — stagger recommendation.
- QAP.8: On reactor train 8, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AP.8: If 8 vacuum pumps start at 07:00, estimated MD add ₹9.6L — stagger recommendation.
- QAP.9: On reactor train 9, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AP.9: If 9 vacuum pumps start at 07:00, estimated MD add ₹10.8L — stagger recommendation.
- QAP.10: On reactor train 10, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AP.10: If 10 vacuum pumps start at 07:00, estimated MD add ₹12.0L — stagger recommendation.
- QAP.11: On reactor train 11, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AP.11: If 11 vacuum pumps start at 07:00, estimated MD add ₹13.2L — stagger recommendation.
Appendix AQ — Discovery & rollout (AQ)
- QAQ.1: On reactor train 1, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AQ.1: If 1 vacuum pumps start at 07:00, estimated MD add ₹1.2L — stagger recommendation.
- QAQ.2: On reactor train 2, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AQ.2: If 2 vacuum pumps start at 07:00, estimated MD add ₹2.4L — stagger recommendation.
- QAQ.3: On reactor train 3, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AQ.3: If 3 vacuum pumps start at 07:00, estimated MD add ₹3.6L — stagger recommendation.
- QAQ.4: On reactor train 4, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AQ.4: If 4 vacuum pumps start at 07:00, estimated MD add ₹4.8L — stagger recommendation.
- QAQ.5: On reactor train 5, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AQ.5: If 5 vacuum pumps start at 07:00, estimated MD add ₹6.0L — stagger recommendation.
- QAQ.6: On reactor train 6, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AQ.6: If 6 vacuum pumps start at 07:00, estimated MD add ₹7.2L — stagger recommendation.
- QAQ.7: On reactor train 7, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AQ.7: If 7 vacuum pumps start at 07:00, estimated MD add ₹8.4L — stagger recommendation.
- QAQ.8: On reactor train 8, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AQ.8: If 8 vacuum pumps start at 07:00, estimated MD add ₹9.6L — stagger recommendation.
- QAQ.9: On reactor train 9, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AQ.9: If 9 vacuum pumps start at 07:00, estimated MD add ₹10.8L — stagger recommendation.
- QAQ.10: On reactor train 10, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AQ.10: If 10 vacuum pumps start at 07:00, estimated MD add ₹12.0L — stagger recommendation.
- QAQ.11: On reactor train 11, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AQ.11: If 11 vacuum pumps start at 07:00, estimated MD add ₹13.2L — stagger recommendation.
Appendix AR — Discovery & rollout (AR)
- QAR.1: On reactor train 1, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AR.1: If 1 vacuum pumps start at 07:00, estimated MD add ₹1.2L — stagger recommendation.
- QAR.2: On reactor train 2, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AR.2: If 2 vacuum pumps start at 07:00, estimated MD add ₹2.4L — stagger recommendation.
- QAR.3: On reactor train 3, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AR.3: If 3 vacuum pumps start at 07:00, estimated MD add ₹3.6L — stagger recommendation.
- QAR.4: On reactor train 4, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AR.4: If 4 vacuum pumps start at 07:00, estimated MD add ₹4.8L — stagger recommendation.
- QAR.5: On reactor train 5, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AR.5: If 5 vacuum pumps start at 07:00, estimated MD add ₹6.0L — stagger recommendation.
- QAR.6: On reactor train 6, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AR.6: If 6 vacuum pumps start at 07:00, estimated MD add ₹7.2L — stagger recommendation.
- QAR.7: On reactor train 7, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AR.7: If 7 vacuum pumps start at 07:00, estimated MD add ₹8.4L — stagger recommendation.
- QAR.8: On reactor train 8, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AR.8: If 8 vacuum pumps start at 07:00, estimated MD add ₹9.6L — stagger recommendation.
- QAR.9: On reactor train 9, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AR.9: If 9 vacuum pumps start at 07:00, estimated MD add ₹10.8L — stagger recommendation.
- QAR.10: On reactor train 10, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AR.10: If 10 vacuum pumps start at 07:00, estimated MD add ₹12.0L — stagger recommendation.
- QAR.11: On reactor train 11, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AR.11: If 11 vacuum pumps start at 07:00, estimated MD add ₹13.2L — stagger recommendation.
Appendix AS — Discovery & rollout (AS)
- QAS.1: On reactor train 1, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AS.1: If 1 vacuum pumps start at 07:00, estimated MD add ₹1.2L — stagger recommendation.
- QAS.2: On reactor train 2, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AS.2: If 2 vacuum pumps start at 07:00, estimated MD add ₹2.4L — stagger recommendation.
- QAS.3: On reactor train 3, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AS.3: If 3 vacuum pumps start at 07:00, estimated MD add ₹3.6L — stagger recommendation.
- QAS.4: On reactor train 4, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AS.4: If 4 vacuum pumps start at 07:00, estimated MD add ₹4.8L — stagger recommendation.
- QAS.5: On reactor train 5, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AS.5: If 5 vacuum pumps start at 07:00, estimated MD add ₹6.0L — stagger recommendation.
- QAS.6: On reactor train 6, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AS.6: If 6 vacuum pumps start at 07:00, estimated MD add ₹7.2L — stagger recommendation.
- QAS.7: On reactor train 7, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AS.7: If 7 vacuum pumps start at 07:00, estimated MD add ₹8.4L — stagger recommendation.
- QAS.8: On reactor train 8, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AS.8: If 8 vacuum pumps start at 07:00, estimated MD add ₹9.6L — stagger recommendation.
- QAS.9: On reactor train 9, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AS.9: If 9 vacuum pumps start at 07:00, estimated MD add ₹10.8L — stagger recommendation.
- QAS.10: On reactor train 10, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AS.10: If 10 vacuum pumps start at 07:00, estimated MD add ₹12.0L — stagger recommendation.
- QAS.11: On reactor train 11, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AS.11: If 11 vacuum pumps start at 07:00, estimated MD add ₹13.2L — stagger recommendation.
Appendix AT — Discovery & rollout (AT)
- QAT.1: On reactor train 1, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AT.1: If 1 vacuum pumps start at 07:00, estimated MD add ₹1.2L — stagger recommendation.
- QAT.2: On reactor train 2, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AT.2: If 2 vacuum pumps start at 07:00, estimated MD add ₹2.4L — stagger recommendation.
- QAT.3: On reactor train 3, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AT.3: If 3 vacuum pumps start at 07:00, estimated MD add ₹3.6L — stagger recommendation.
- QAT.4: On reactor train 4, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AT.4: If 4 vacuum pumps start at 07:00, estimated MD add ₹4.8L — stagger recommendation.
- QAT.5: On reactor train 5, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AT.5: If 5 vacuum pumps start at 07:00, estimated MD add ₹6.0L — stagger recommendation.
- QAT.6: On reactor train 6, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AT.6: If 6 vacuum pumps start at 07:00, estimated MD add ₹7.2L — stagger recommendation.
- QAT.7: On reactor train 7, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AT.7: If 7 vacuum pumps start at 07:00, estimated MD add ₹8.4L — stagger recommendation.
- QAT.8: On reactor train 8, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AT.8: If 8 vacuum pumps start at 07:00, estimated MD add ₹9.6L — stagger recommendation.
- QAT.9: On reactor train 9, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AT.9: If 9 vacuum pumps start at 07:00, estimated MD add ₹10.8L — stagger recommendation.
- QAT.10: On reactor train 10, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AT.10: If 10 vacuum pumps start at 07:00, estimated MD add ₹12.0L — stagger recommendation.
- QAT.11: On reactor train 11, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AT.11: If 11 vacuum pumps start at 07:00, estimated MD add ₹13.2L — stagger recommendation.
Appendix AU — Discovery & rollout (AU)
- QAU.1: On reactor train 1, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AU.1: If 1 vacuum pumps start at 07:00, estimated MD add ₹1.2L — stagger recommendation.
- QAU.2: On reactor train 2, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AU.2: If 2 vacuum pumps start at 07:00, estimated MD add ₹2.4L — stagger recommendation.
- QAU.3: On reactor train 3, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AU.3: If 3 vacuum pumps start at 07:00, estimated MD add ₹3.6L — stagger recommendation.
- QAU.4: On reactor train 4, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AU.4: If 4 vacuum pumps start at 07:00, estimated MD add ₹4.8L — stagger recommendation.
- QAU.5: On reactor train 5, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AU.5: If 5 vacuum pumps start at 07:00, estimated MD add ₹6.0L — stagger recommendation.
- QAU.6: On reactor train 6, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AU.6: If 6 vacuum pumps start at 07:00, estimated MD add ₹7.2L — stagger recommendation.
- QAU.7: On reactor train 7, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AU.7: If 7 vacuum pumps start at 07:00, estimated MD add ₹8.4L — stagger recommendation.
- QAU.8: On reactor train 8, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AU.8: If 8 vacuum pumps start at 07:00, estimated MD add ₹9.6L — stagger recommendation.
- QAU.9: On reactor train 9, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AU.9: If 9 vacuum pumps start at 07:00, estimated MD add ₹10.8L — stagger recommendation.
- QAU.10: On reactor train 10, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AU.10: If 10 vacuum pumps start at 07:00, estimated MD add ₹12.0L — stagger recommendation.
- QAU.11: On reactor train 11, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AU.11: If 11 vacuum pumps start at 07:00, estimated MD add ₹13.2L — stagger recommendation.
Appendix AV — Discovery & rollout (AV)
- QAV.1: On reactor train 1, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AV.1: If 1 vacuum pumps start at 07:00, estimated MD add ₹1.2L — stagger recommendation.
- QAV.2: On reactor train 2, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AV.2: If 2 vacuum pumps start at 07:00, estimated MD add ₹2.4L — stagger recommendation.
- QAV.3: On reactor train 3, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AV.3: If 3 vacuum pumps start at 07:00, estimated MD add ₹3.6L — stagger recommendation.
- QAV.4: On reactor train 4, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AV.4: If 4 vacuum pumps start at 07:00, estimated MD add ₹4.8L — stagger recommendation.
- QAV.5: On reactor train 5, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AV.5: If 5 vacuum pumps start at 07:00, estimated MD add ₹6.0L — stagger recommendation.
- QAV.6: On reactor train 6, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AV.6: If 6 vacuum pumps start at 07:00, estimated MD add ₹7.2L — stagger recommendation.
- QAV.7: On reactor train 7, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AV.7: If 7 vacuum pumps start at 07:00, estimated MD add ₹8.4L — stagger recommendation.
- QAV.8: On reactor train 8, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AV.8: If 8 vacuum pumps start at 07:00, estimated MD add ₹9.6L — stagger recommendation.
- QAV.9: On reactor train 9, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AV.9: If 9 vacuum pumps start at 07:00, estimated MD add ₹10.8L — stagger recommendation.
- QAV.10: On reactor train 10, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AV.10: If 10 vacuum pumps start at 07:00, estimated MD add ₹12.0L — stagger recommendation.
- QAV.11: On reactor train 11, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AV.11: If 11 vacuum pumps start at 07:00, estimated MD add ₹13.2L — stagger recommendation.
Appendix AW — Discovery & rollout (AW)
- QAW.1: On reactor train 1, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AW.1: If 1 vacuum pumps start at 07:00, estimated MD add ₹1.2L — stagger recommendation.
- QAW.2: On reactor train 2, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AW.2: If 2 vacuum pumps start at 07:00, estimated MD add ₹2.4L — stagger recommendation.
- QAW.3: On reactor train 3, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AW.3: If 3 vacuum pumps start at 07:00, estimated MD add ₹3.6L — stagger recommendation.
- QAW.4: On reactor train 4, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AW.4: If 4 vacuum pumps start at 07:00, estimated MD add ₹4.8L — stagger recommendation.
- QAW.5: On reactor train 5, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AW.5: If 5 vacuum pumps start at 07:00, estimated MD add ₹6.0L — stagger recommendation.
- QAW.6: On reactor train 6, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AW.6: If 6 vacuum pumps start at 07:00, estimated MD add ₹7.2L — stagger recommendation.
- QAW.7: On reactor train 7, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AW.7: If 7 vacuum pumps start at 07:00, estimated MD add ₹8.4L — stagger recommendation.
- QAW.8: On reactor train 8, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AW.8: If 8 vacuum pumps start at 07:00, estimated MD add ₹9.6L — stagger recommendation.
- QAW.9: On reactor train 9, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AW.9: If 9 vacuum pumps start at 07:00, estimated MD add ₹10.8L — stagger recommendation.
- QAW.10: On reactor train 10, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AW.10: If 10 vacuum pumps start at 07:00, estimated MD add ₹12.0L — stagger recommendation.
- QAW.11: On reactor train 11, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AW.11: If 11 vacuum pumps start at 07:00, estimated MD add ₹13.2L — stagger recommendation.
Appendix AX — Discovery & rollout (AX)
- QAX.1: On reactor train 1, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AX.1: If 1 vacuum pumps start at 07:00, estimated MD add ₹1.2L — stagger recommendation.
- QAX.2: On reactor train 2, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AX.2: If 2 vacuum pumps start at 07:00, estimated MD add ₹2.4L — stagger recommendation.
- QAX.3: On reactor train 3, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AX.3: If 3 vacuum pumps start at 07:00, estimated MD add ₹3.6L — stagger recommendation.
- QAX.4: On reactor train 4, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AX.4: If 4 vacuum pumps start at 07:00, estimated MD add ₹4.8L — stagger recommendation.
- QAX.5: On reactor train 5, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AX.5: If 5 vacuum pumps start at 07:00, estimated MD add ₹6.0L — stagger recommendation.
- QAX.6: On reactor train 6, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AX.6: If 6 vacuum pumps start at 07:00, estimated MD add ₹7.2L — stagger recommendation.
- QAX.7: On reactor train 7, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AX.7: If 7 vacuum pumps start at 07:00, estimated MD add ₹8.4L — stagger recommendation.
- QAX.8: On reactor train 8, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AX.8: If 8 vacuum pumps start at 07:00, estimated MD add ₹9.6L — stagger recommendation.
- QAX.9: On reactor train 9, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AX.9: If 9 vacuum pumps start at 07:00, estimated MD add ₹10.8L — stagger recommendation.
- QAX.10: On reactor train 10, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AX.10: If 10 vacuum pumps start at 07:00, estimated MD add ₹12.0L — stagger recommendation.
- QAX.11: On reactor train 11, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AX.11: If 11 vacuum pumps start at 07:00, estimated MD add ₹13.2L — stagger recommendation.
Appendix AY — Discovery & rollout (AY)
- QAY.1: On reactor train 1, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AY.1: If 1 vacuum pumps start at 07:00, estimated MD add ₹1.2L — stagger recommendation.
- QAY.2: On reactor train 2, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AY.2: If 2 vacuum pumps start at 07:00, estimated MD add ₹2.4L — stagger recommendation.
- QAY.3: On reactor train 3, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AY.3: If 3 vacuum pumps start at 07:00, estimated MD add ₹3.6L — stagger recommendation.
- QAY.4: On reactor train 4, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AY.4: If 4 vacuum pumps start at 07:00, estimated MD add ₹4.8L — stagger recommendation.
- QAY.5: On reactor train 5, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AY.5: If 5 vacuum pumps start at 07:00, estimated MD add ₹6.0L — stagger recommendation.
- QAY.6: On reactor train 6, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AY.6: If 6 vacuum pumps start at 07:00, estimated MD add ₹7.2L — stagger recommendation.
- QAY.7: On reactor train 7, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AY.7: If 7 vacuum pumps start at 07:00, estimated MD add ₹8.4L — stagger recommendation.
- QAY.8: On reactor train 8, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AY.8: If 8 vacuum pumps start at 07:00, estimated MD add ₹9.6L — stagger recommendation.
- QAY.9: On reactor train 9, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AY.9: If 9 vacuum pumps start at 07:00, estimated MD add ₹10.8L — stagger recommendation.
- QAY.10: On reactor train 10, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AY.10: If 10 vacuum pumps start at 07:00, estimated MD add ₹12.0L — stagger recommendation.
- QAY.11: On reactor train 11, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AY.11: If 11 vacuum pumps start at 07:00, estimated MD add ₹13.2L — stagger recommendation.
Appendix AZ — Discovery & rollout (AZ)
- QAZ.1: On reactor train 1, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AZ.1: If 1 vacuum pumps start at 07:00, estimated MD add ₹1.2L — stagger recommendation.
- QAZ.2: On reactor train 2, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AZ.2: If 2 vacuum pumps start at 07:00, estimated MD add ₹2.4L — stagger recommendation.
- QAZ.3: On reactor train 3, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AZ.3: If 3 vacuum pumps start at 07:00, estimated MD add ₹3.6L — stagger recommendation.
- QAZ.4: On reactor train 4, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AZ.4: If 4 vacuum pumps start at 07:00, estimated MD add ₹4.8L — stagger recommendation.
- QAZ.5: On reactor train 5, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AZ.5: If 5 vacuum pumps start at 07:00, estimated MD add ₹6.0L — stagger recommendation.
- QAZ.6: On reactor train 6, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AZ.6: If 6 vacuum pumps start at 07:00, estimated MD add ₹7.2L — stagger recommendation.
- QAZ.7: On reactor train 7, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AZ.7: If 7 vacuum pumps start at 07:00, estimated MD add ₹8.4L — stagger recommendation.
- QAZ.8: On reactor train 8, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AZ.8: If 8 vacuum pumps start at 07:00, estimated MD add ₹9.6L — stagger recommendation.
- QAZ.9: On reactor train 9, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AZ.9: If 9 vacuum pumps start at 07:00, estimated MD add ₹10.8L — stagger recommendation.
- QAZ.10: On reactor train 10, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AZ.10: If 10 vacuum pumps start at 07:00, estimated MD add ₹12.0L — stagger recommendation.
- QAZ.11: On reactor train 11, who authorises jacket shutdown between batches — shift chemist or DCS operator?
- Scenario AZ.11: If 11 vacuum pumps start at 07:00, estimated MD add ₹13.2L — stagger recommendation.
Appendix BA — Document control
| Version | Date | Change |
|---|
| 1.0 | 2026-08-04 | Initial dossier |
End of dossier. Re-validate all [~] figures against HT bills on first call.