How to use this dossier: Mitsu Chem Plast is a listed, promoter-led blow/injection molder with four MSEDCL HT plants and 73+ production machines — not a single-campus chemical complex. Stamped wins here by speaking blow-line SEC, extruder barrel hold, chiller/compressor baseload, and MSEDCL ToD/MD attribution across Tarapur and Khalapur. Read §2 (MSEDCL) and §3.1 (process loads) before picking a champion. Legal name is Mitsu Chem Plast Limited; colloquial “Mitsuchem Plast Ltd” maps to the same entity (BSE 540078, CIN L25111MH1988PLC048925).

1. Company overview & snapshot

1.1 Legal identity & corporate structure

Promoter group: Dedhia family — Jagdish L. Dedhia (Chairman, production background), Sanjay M. Dedhia (Joint MD, sales/marketing), Manish M. Dedhia (Joint MD & CFO), Hasmukh B. Dedhia (Independent Director, family). Neha S. Huddar, Dilip K. Gosar — independent directors.

Shareholding / capital: Public listed SME-turned-main-board; paid-up capital per latest MCA [~] ₹10 face value shares. No known foreign strategic investor; export revenue to 17+ countries [ValuePickr / AR narrative].

Charges / debt: Working-capital and term loans typical of mid-cap plastics; CARE/credit rating not prominently disclosed in public teasers — confirm in FY26 AR debt note.

Related entities (do not confuse):

1.2 What they make & where money comes from

Mitsu is a polymer molding house — primarily extrusion blow molding (EBM) and injection molding (IM) on HDPE, PP, and specialty grades — serving industrial packaging, agrochemical containers, pharma packaging, automotive parts, infrastructure furniture shells, and hospital furniture components (Furnastra brand).

Product families (public catalog + AR):

End markets: Domestic agrochemical & lubricant fillers (pails), pharma bulk packaging, hospital OEMs (Arjo visit Khalapur Jun 2025), exports to 17 countries including Japan [company narrative].

Capacity & throughput:

Revenue trajectory:

Competitive position: Mid-cap Indian blow molder with widest size range claim (100 ml–250 L) at Khalapur; competes with Time Technoplast, Sintex, local Tarapur/Boisar molders. Differentiation: Furnastra healthcare parts, export certifications, SME100 brand equity.

1.3 Plants, addresses & footprint

Manufacturing plants (all Maharashtra, MSEDCL territory):

Alternate address variants (reconcile on first call):

• Unit III older AR text: Plot 24/11, 24/12, 24/15, 24/8B & 25/1, Village Talavali (Lohop), Majgaon — likely plot renumbering same campus.
• Unit I directory [dir]: N-83/84, Kumbhavali Naka, Tarapur 401501 vs official 401506 — same MIDC cluster.

Non-manufacturing locations:

GSTIN / industrial IDs: Pull from GST portal or invoice on discovery; not repeated here to avoid stale data.

Recommended pilot site: Unit III Khalapur — largest single campus, 96k sq.ft., highest machine density, healthcare export narrative (Arjo), recent expansion complete, dedicated maintenance leadership (Ravi Tiwari). Secondary: Unit II Tarapur if HT meter is cleaner on blow-drum lines.

1.4 Leadership & CRM map

Tier 0 — Board & promoters (economic / policy)

Tier 1 — Operations & plant P&L

Tier 2 — Sales / BD (not first call)

Decision path for 90-day pilot:

1. Technical champion: Ravi Tiwari (Khalapur maintenance) or Alkhdev Kumar (electrical) — bill pain + machine access.
2. Plant P&L sponsor: Pankaj Gharat (Tarapur) or Khalapur ops head [TBD name].
3. Commercial: Manish Dedhia (CFO) — ₹2–5L proof-run fee; fast if ₹ savings clear.
4. Chairman escalation: Jagdish Dedhia only if pilot proves ₹15L+/month line item.

1.5 Recent news (24 months) & timing for Stamped

Outreach timing: Now (Q1 FY27) — Unit IV ramp complete; monsoon production steady; before next tariff true-up confusion. Avoid Mar year-end audit freeze if possible.

2. Energy profile

DISCOM / supply: Maharashtra State Electricity Distribution Co. Ltd. (MSEDCL) for all four plants. Tarapur (Palghar district) and Khalapur (Raigad) both fall under MSEDCL industrial HT categories — not Tata Power Mumbai or Adani (verify exact division on bill header: e.g. BOISAR / KALWA / Kalyan circle).

2.1 Bill band, tariff & demand

Reported energy consumption (BRSR FY25):

Conversion to electricity [~]: BRSR aggregates fuel + electricity; plastics plants are electricity-dominant. If ~85–90% of GJ is grid electricity:

• 80,340 GJ × 0.2778 MWh/GJ ≈ 22,320 MWh/year ≈ 1.86 GWh/month
• At blended ₹7.50/kWh (HT energy + MD + surcharges): ₹1.40 Cr/month group [~]
• Per plant [~]: Khalapur Unit III ₹45–60L/mo; Tarapur three units combined ₹80L–1.2 Cr/mo

ICP gate: Pass — far above ₹30L/month HT minimum even on conservative assumptions.

MSEDCL HT Industrial tariff (5th control period, MERC MYT Order 28 Mar 2025, Case 217/2024):

Review proceeding: MERC Case 75/2025 reviewed MYT order Jun 2025 — confirm effective tariff on actual bills; do not quote obsolete pre-Apr 2025 rates on calls.

CMD/MD hypothesis [~]:

Multi-feeder risk: Each unit likely has separate HT connections — MD penalties multiply if lines start simultaneously across units on same ToD window. Stamped value: cross-line stagger even without central EMS.

Penalty exposure: PF <0.95, MD exceedance, ToD slot-4 heavy starts, demand ratchet after Unit IV ramp.

2.2 Generation, fuel & renewables

BRSR Scope 1+2 intensity cited; detailed tCO2e in FY25 BRSR tables — use for sustainability by-product only.

2.3 EnMS, PAT, ISO, BRSR

Energy conservation investments (AR FY22 pattern, ongoing): ₹23.6L capex on energy equipment cited historically; FY25 BRSR lists idle-load controllers, harmonic filters, LED retrofit, rainwater for cooling towers, 30 KLPD STP.

2.4 Likely ₹ leak categories (hypothesis)

3. Operations, equipment & digital stack

3.1 Process flow & critical loads

Extrusion blow molding (majority of 51 machines):

1. Resin handling — vacuum loaders, dryers (desiccant), mixers → fans, heaters 3–8 kW
2. Extruder — screw drive 15–75 kW, barrel heaters 20–60 kW, head tooling → dominant continuous load
3. Parison / die head — hydraulic 5–15 kW
4. Clamp & blow — hydraulic pump 10–30 kW, compressor blow air 5–20 kW
5. Deflash / trim — conveyors, grinders 5–30 kW
6. Chilled water — mold cooling circuits → central chiller plant

Specific energy consumption (industry benchmarks for HDPE):

At 29,900 MT/yr and 1.2 kWh/kg blended SEC [~]: 35.9 GWh/yr ≈ 3.0 GWh/mo — aligns with BRSR-derived 1.86 GWh/mo if non-electrical GJ included in total.

Injection molding (22 machines):

• Barrel heating + reciprocating screw + hydraulic clamp → cycle-dependent demand spikes.
• Idle between cycles: hydraulic pump often runs full — classic Stamped prescription target.

Auxiliary island (shared):

• Central chillers: 200–800 TR [~] across campuses; VFD retrofit candidate.
• Air compressors: 100–250 kW equivalent; leak detection ROI high.
• Material handling / granulation: Shredder downsizing already done — verify run-hours.

Critical loads ranked by kWh + MD impact:

1. Extruder main drives (blow lines)
2. Chiller plants
3. Injection machine hydraulics
4. Compressed air
5. Resin dryers
6. Granulators / material handling
7. HVAC / lighting (partially addressed by LED)

3.2 Shifts, seasonality, production pattern

3.3 Automation, metering, SCADA/EMS/DCS

Named vendors: Not public for EMS; machine OEMs likely Bekum, Fischer, JSW, Haitian-class [~].

3.4 Capex / tech projects affecting energy

4. Stamped Energy fit analysis

4.1 ICP scorecard

4.2 Fit score rationale

Fit score: 9/10

−1 point: No named Head of Electrical/Utilities; geography outside core belt; possible multi-HT complexity across 4 units.

4.3 Wedge (parser-critical)

The strongest wedge is: Khalapur Unit III blow/injection idle-load verification on the MSEDCL HT bill — read-only on existing meters, assigning extruder barrel hold and chiller baseload leaks to specific lines in ₹/month, proven on the next invoice within 90 days, without PLC writes or capex.

4.4 Objections & competitors

4.5 Pilot design

5. Before you reach out

5.1 Discovery checklist

• Confirm legal entity on MSEDCL bill matches Mitsu Chem Plast Limited
• Obtain 12 months HT bills per unit (Khalapur first)
• Count HT connections — separate vs pooled
• Verify billed MD vs connected load per unit
• Map sub-meter coverage on extruder mains and chiller feeders
• Identify shift pattern and ToD slot utilisation
• Confirm Unit IV on separate meter yet
• Ask about idle-load controllers — which lines, year installed
• Route: Ravi Tiwari → Pankaj Gharat → Manish Dedhia
• Check Furnastra export lines — higher margin = stronger ROI narrative
• Validate email r.tiwari@mitsuchem.com before send

5.2 Do not lead with

• Do not lead with dashboards, AI buzzwords, or ESG-first pitch
• Do not cite Rudrapur plant — outdated LinkedIn; all ops are Maharashtra now
• Do not promise solar/OA — not their current stack
• Do not confuse with Mitsu Chemicals or other “Mitsu” brands
• Do not lead with ₹1,000 Cr FY28 — sounds like vendor upsell

5.3 Opening hooks (email / call / WhatsApp)

Email hook: “51 blow lines across Tarapur and Khalapur — I’d verify extruder idle hold and morning MD overlap on your MSEDCL bill before adding any hardware.”

Call hook: “Unit III Khalapur is the obvious first feeder: highest machine count, Arjo export runs, and separate HT point — we prove ₹ on the next MSEDCL invoice in 90 days, read-only.”

6. Risks, flags, controversies & sources

6.1 Integrity / controversy / regulatory (search explicitly)

Searches conducted (Aug 2026): "Mitsu Chem Plast" fraud; "Mitsu Chem Plast" NGT; "Mitsu Chem Plast" PCB; "Mitsu Chem Plast" lawsuit; "Mitsu Chem Plast" labour; promoter Dedhia controversy.

Conclusion: Clean public profile suitable for outbound.

6.2 Data quality flags

• LinkedIn still mentions Rudrapur plant and 10,000 MT — stale; trust FY26 investor materials (29,900 MT, 4 Maharashtra plants).
• Unit IV address not in BRSR FY25 (3 plants only) — confirm plot number on call.
• Shailesh Naik directory contact may be outdated (2018–19).
• Employee count varies: LinkedIn ~60; actual headcount likely 300–500+ across 4 plants [~] — BRSR worker tables have exact count.
• Revenue mix percentages from forum analysis — treat as [~] until AR segment note.

6.3 Sources consulted

• https://www.mitsuchem.com — website, contact, board, SME100 news
• https://www.mitsuchem.com/wp-content/uploads/2026/05/EARNINGS-RELEASE.pdf — FY26 results
• https://www.mitsuchem.com/wp-content/uploads/2026/05/CORRIGENDUM_INVESTOR-PPT.pdf — capacity, machines, units
• https://www.mitsuchem.com/wp-content/uploads/2025/08/BRSR-Report-2024-2025.pdf — energy tables
• https://www.mitsuchem.com/wp-content/uploads/2024/08/Mitsu-Chem-Plast-Limited-AR-2023-24_Annual-report.pdf
• https://www.mitsuchem.com/news/mitsu-chem-plast-limited-gets-india-sme-100-award/ — 2019 award
• https://knnindia.co.in/news/newsdetails/sectors/mitsu-chem-plast-bags-india-sme-100-awards-2022
• https://merc.gov.in/wp-content/uploads/2025/03/Press-Note_MSEDCL-MYT-Order_English.pdf — MSEDCL tariff
• https://www.mahadiscom.in/en/consumer/tariff-details/
• https://www.linkedin.com/company/mitsuchemplastltd
• https://www.linkedin.com/in/ravi-tiwari-30425620b
• https://www.linkedin.com/in/alkhdev-kumar-92b31018b
• https://forum.valuepickr.com/t/mitsu-chem-plast-ltd/220083
• https://qorpiq.com/company/mitsu-chem-plast-limited/L25111MH1988PLC048925
• Stamped ICP v3 — SME100 Tier A list

Appendix A — MSEDCL deep reference (Tarapur / Khalapur industrial)

A.1 DISCOM territory confirmation

Both Tarapur MIDC (Palghar) and Khalapur MIDC (Raigad) are industrial estates served by MSEDCL, not private licensees. Tarapur hosts chemical and polymer cluster (RIL, Birla Carbon neighbour at Khalapur). Typical industrial supply: 11 kV or 33 kV HT with dedicated transformers on each plot.

A.2 HT Industrial tariff structure (FY25-26 baseline)

Per MERC MYT Order (Case 217/2024), HT I (A) HT-Industry:

Worked example — Khalapur Unit III [~]:

• Billed MD: 3,500 kVA
• Demand charge: 3,500 × ₹555 = ₹19.4L/month
• Energy: 600,000 kWh × ₹7.5 = ₹45.0L/month
• Total ≈ ₹64L/month (before FAC, taxes, penalties)

If 10% idle-load reduction on extruders + chillers saves 60,000 kWh: ₹4.5L/month energy + possible 200 kVA MD reduction → ₹1.1L/month demand = ₹5.6L/month ≈ ₹67L/year.

A.3 ToD optimisation playbook for blow molding

A.4 Power factor & harmonics

Mitsu installed harmonic filters per AR — injection drives and extruder VFDs create harmonics. Verify:

• PF on bill >0.95 lagging
• No reactive penalty line items
• THD within utility limits (filters maintained)

Appendix B — Blow molding & extrusion energy engineering

B.1 Extrusion blow molding energy model

Main energy consumers on a typical EBM line:

[Resin dryer] → [Extruder screw + barrel heaters] → [Die head] → [Clamp/Hydraulic] → [Compressor blow] → [Chiller to molds]
     5-15 kW              40-120 kW                    10-25 kW        15-40 kW           5-20 kW           shared TR

SEC formula:

kWh/kg = (P_extruder + P_aux) × t_cycle / kg_per_cycle

For 20L HDPE jerry can [~]:

• Cycle time: 45 s; Parison weight: 0.8 kg
• Extruder + aux power: 80 kW average during run
• SEC = 80 × (45/3600) / 0.8 ≈ 1.25 kWh/kg — mid-range

Idle hold leak:

• Extruder on standby between jobs: 25–40 kW barrel heat only
• If 51 lines idle 30 min/shift unnecessary: 51 × 30 kW × 0.5 h × 2 shifts × 26 days = 39,780 kWh/month ≈ ₹3.0L/month [~] at ₹7.5/kWh

B.2 Injection molding energy model

Hydraulic IM machines: 35–50% of energy to pump idle between cycles (industry rule-of-thumb). All-electric IM lower but minority of fleet [~].

Prescription examples Stamped would generate:

1. “Line IM-07: enable sleep mode between cycles — est. ₹42,000/month”
2. “Blow line BM-12: reduce barrel zone 3 setpoint 10°C in job gap — est. ₹18,000/month”
3. “Chiller CH-2: raise setpoint 1°C when ambient <28°C — est. ₹31,000/month”

B.3 Chiller plant

Plastic molding chillers often run fixed setpoint 10°C year-round. 1°C setpoint relaxation → 3–5% chiller kWh (ASHRAE rule [~]).

Khalapur 96k sq.ft. — est. 400–600 TR central plant [~].

B.4 Compressed air

Blow mold clamping, IM ejectors, material conveyors. Ultrasonic leak survey classic — Mitsu maintenance culture (5S likes on LinkedIn) receptive.

Appendix C — Plant-by-plant energy snapshot [~]

Appendix D — SME100 campaign context

India SME 100 Award 2019: Mitsu Chem Plast recognised by India SME Forum for growth, financial strength, innovation, people capital, international outlook, governance. Company was on BSE SME platform at time; shares ~₹173 vs IPO ₹95.

2019 award products cited: Drums, jerry cans, bottles, chair shells, hospital furniture parts, spine boards, automotive washer tanks.

Outreach angle: “SME100 winners still leave 15–20% on the MSEDCL table — we prove it on one Khalapur feeder in 90 days.”

2022 repeat award — sustained execution culture; not a one-year publicity event.

Appendix E — Competitive / vendor landscape

Appendix F — Furnastra / healthcare wedge

Furnastra — independent brand for hospital furniture parts; Arjo customer visit Khalapur Jun 2025. Healthcare lines often ** tighter quality + longer cycle IM** → higher SEC per kg but also higher margin → energy savings improve unit economics on export SKUs.

Products: M4-Miyon CPR board (ET Polymers innovation award), bed panels, railings.

Pilot narrative for export lines: ”₹/kg molded on Furnastra lines” resonates with Sanjay Dedhia (marketing) if technical pilot succeeds.

Appendix G — Financial context for ROI conversation

Payback: ₹3L proof run → ₹15L/yr save = <3 month payback if mid-case holds.

Appendix H — Discovery question bank (extended)

1. How many MSEDCL HT accounts across four units?
2. What is Khalapur billed MD last 12 months peak?
3. Are extruder idle controllers on all 51 blow lines or subset?
4. Chiller configuration: central vs per-line at Khalapur?
5. Shift overlap between Unit II and Unit III — shared logistics causing simultaneous starts?
6. Unit IV — same division tariff account or new connection?
7. DG test hours — material on fuel line in carbon accounting?
8. VFD penetration on extruders/chillers/compressors?
9. Who signs capex <₹5L — plant GM or Manish Dedhia only?
10. Any open access feasibility study in progress?
11. Furnastra lines — separate electrical room or mixed with bulk packaging?
12. Last MSEDCL power audit or harmonic study date?

Appendix I — Stamped two-pillar mapping (Mitsu-specific)

Verification: MSEDCL bill line match + meter clearance ledger; WhatsApp assignment to Ravi Tiwari / shift supervisors.

Appendix J — Scenario table (annual savings [~])

Appendix K — Glossary

Appendix L — Extended leadership biographies

L.1 Jagdish Liladhar Dedhia — Chairman & Whole-time Director

• Age: 63 (as of 2024 AR)
• Education: B.Sc., Bombay University
• Tenure: Founder-era director since April 1990
• Role: Production and business development; identified Khalapur expansion and acquisitions (Shree Rubberplast, Prince Multi Plast)
• Outreach: Do not cold-call; engage after plant proof. Responds to sustainability customer events (Arjo visit)
• LinkedIn: Company page posts only [~]

L.2 Sanjay Mavji Dedhia — Joint Managing Director

• Age: 54
• Education: Diploma in Chemical Engineering, Maharashtra Board of Technical Examination
• Tenure: Board since July 1993; 31+ years sales/marketing
• Role: Export markets, Furnastra brand, customer relationships (Arjo, agrochemical fillers)
• LinkedIn: https://www.linkedin.com/in/sanjay-dedhia-ba131a5
• Outreach: Secondary after technical proof; cares about ₹/kg on export SKUs

L.3 Manish Mavji Dedhia — Joint MD & CFO

• DIN: 01552841
• Role: CFO, CSR committee chair, pilot commercial approver
• Remuneration FY22 pattern: ₹108L incl. commission [AR]
• Outreach: ROI deck with annualised ₹ save vs ₹3L proof fee

L.4 Pankaj Gharat — GM Operations (Unit I & II)

• Named Oct 2024 investor presentation
• Owns Tarapur twin-plant ops — 56,000 sq.ft. combined
• Likely reports to Jagdish on production
• Champion path: Co-sponsor if Khalapur pilot expands to Tarapur
• LinkedIn: not confirmed — search on first outreach

L.5 Ravi Tiwari — Senior Maintenance Manager (Khalapur)

• Location: Khalapur, Raigad (LinkedIn)
• Tenure: Nov 2017–present (8+ years)
• Skills: maintenance management, blow/injection equipment
• Primary Stamped champion — owns breakdown prevention; feels MD spikes from morning startups
• Engages with company 5S/TPM culture on LinkedIn

L.6 Alkhdev Kumar — Electrical Maintenance Engineer

• Tenure: Dec 2021–present
• Group-level electrical role
• Co-champion for HT meter mapping, PF, harmonic filter tuning verification

L.7 Vijay Gulhane — Senior Maintenance Engineer

• Joined Jan 2025; 10 years maintenance in LBM, MBM, SBM, pipe extrusion
• Navi Mumbai listed location — may float across units
• Technical depth on extrusion variants

L.8 Ankita Bhanushali — Company Secretary

• Compliance officer; investor grievance route
• Email: investor@mitsuchem.com
• Use for formal vendor onboarding post-verbal pilot approval

Appendix M — Product catalogue & energy intensity by SKU [~]

Portfolio insight: Small bottles highest SEC/kg but short cycles; large drums lower SEC/kg but drive MD on multi-line parallel runs. Furnastra SKUs justify premium energy attention per ₹ margin.

Appendix N — Machine fleet model (51 blow + 22 injection) [~]

N.1 Blow molding lines (estimated distribution)

Public source says 51 blow — table above is illustrative for pilot scoping; confirm on site.

N.2 Injection molding lines (22 total)

N.3 Auxiliary equipment (group-level)

Appendix O — MSEDCL bill anatomy (line-by-line guide)

When Mitsu shares a redacted HT bill, Stamped should map:

12-month ask: PDF bills for Khalapur Unit III — Jan–Dec last calendar year.

Appendix P — Monthly seasonality & production calendar [~]

Monsoon angle: Higher resin drying energy — chiller/dryer prescriptions still apply; don’t blame all spikes on weather without meter proof.

Appendix Q — Acquisition history & capacity timeline

Appendix R — Export markets & customer quality requirements

17 countries cited including Japan — implies:

• Stable cycle times (energy regularity matters for QC)
• Documentation of utilities sometimes in customer audits
• Furnastra hospital OEMs (Arjo) may ask sustainability questions

Stamped angle: Verified M&V becomes customer audit artifact for export — secondary benefit after ₹.

Named customer signals:

• Tata Ficosa — Best Supplier Award 2015 (automotive)
• Arjo — Khalapur visit Jun 2025
• Agrochemical majors (unnamed) — bulk packaging

Appendix S — BRSR FY25 energy & environment data (extracted)

Initiatives listed (FY25 BRSR):

1. TOC concept — cycle time, SMED Level III, buffer management
2. CNG trucks vs HSD
3. Idle-load machine controllers
4. Harmonic filters
5. LED + motion sensors
6. Polycarbonate roofing daylight
7. Electric bikes admin travel
8. Rainwater to cooling towers
9. 30 KLPD STP

Gap Stamped fills: BRSR reports outcomes annually; Stamped closes meter → action → bill weekly.

Appendix T — Theory of Constraints (TOC) / SMED alignment

Mitsu publicly commits to Theory of Constraints and SMED Level III for setup reduction. Energy implications:

Pitch: “Your TOC program freed time — we free kilowatts on the same constraint schedule.”

Appendix U — Industry 4.0 & instrumentation (from AR)

Devices deployed for mold cooling/productivity study:

• Thermal imaging camera
• Humidity meter
• Electromagnetic flow meters
• Smartflow valves

Stamped integration: These are point studies — Stamped provides continuous layer. Offer to ingest flow meter data if Modbus/TCP exposed read-only.

Appendix V — Regulatory & compliance framework

Plastic industry context: Maharashtra plastic manufacturing cluster under environmental scrutiny generally — no Mitsu-specific notice found.

Appendix W — Competitor energy benchmark (sector)

Mitsu at ₹351 Cr is mid-cap — large enough for HT pain, small enough for promoter-fast decisions.

Appendix X — Extended controversy search log

Appendix Y — Email & contact pattern directory

Phone: +91-22-25920055 (corporate); +91-93707 20033 Unit I [dir]

Appendix Z — Pilot week-by-week plan (90 days)

Kill criteria: <5% savings with full data cooperation at day 60.

Appendix AA — Detailed SEC calculation examples

AA.1 Example: 20 L HDPE jerry can (Unit II)

• Parison shot weight: 0.85 kg
• Cycle time: 46 seconds
• Extruder power (running): 72 kW
• Aux (clamp, compressor, trim): 18 kW
• Total: 90 kW for 46/3600 h per kg = 90 × (46/3600) / 0.85 = 1.35 kWh/kg

Monthly volume 50,000 pcs → 42,500 kg → 57,375 kWh/month for this SKU line alone.

10% idle reduction → 5,738 kWh → ₹43,035/month at ₹7.5/kWh.

AA.2 Example: Hospital bed panel (Unit III Furnastra)

• Part weight: 4.2 kg
• Cycle time: 88 s (IM)
• Machine connected: 110 kW peak, 65 kW average
• SEC = 65 × (88/3600) / 4.2 = 0.38 kWh/kg running — but lower volume

Export margin high — still worth idle hydraulic prescriptions between cycles.

AA.3 Group annual kWh sanity check

Use bill truth on discovery; SEC models bracket 1.6–2.4 GWh/month.

Appendix AB — Multi-plant rollout economics

Appendix AC — Risk register (Stamped delivery)

Appendix AD — Conversation scripts by persona

AD.1 Ravi Tiwari (Maintenance)

“Your morning MD spike is probably 8–12 blow lines starting within the same 15-minute window — we show which lines and assign stagger in WhatsApp, verified on MSEDCL.”

AD.2 Manish Dedhia (CFO)

“₹3 lakh proof on Khalapur HT. If we don’t show ₹8 lakh annualised save in 90 days, we walk. No capex.”

AD.3 Sanjay Dedhia (Marketing/Furnastra)

“Lower ₹/kg on Furnastra panels improves export quote competitiveness — energy is a COGS line you haven’t automated yet.”

AD.4 Pankaj Gharat (Tarapur Ops)

“Khalapur proves it first; Tarapur II duplicates in 60 days if you want the same on your 18 blow lines.”

Appendix AE — Historical financial summary (5-year)

Exact FY22–25 PAT from AR on follow-up.

Appendix AF — Stamped 60-day proof run commercial terms [~]

Appendix AG — References & further reading

1. MERC MYT Order Case 217/2024 — MSEDCL HT tariffs
2. MDPI injection molding SEC empirical model (2018)
3. Unizar HDPE injection LCA — 0.43–2.31 kWh/kg range
4. Mitsu BRSR FY25 — energy tables
5. Stamped Master Document v1.4 — product framing
6. ICP North India v3 — SME100 Tier A list
7. India SME Forum — SME100 criteria

Appendix AH — Pre-call one-page brief (internal)

Company: Mitsu Chem Plast Ltd, BSE 540078, ₹351 Cr FY26
Plants: 4 × Maharashtra (Tarapur ×3 incl. Unit IV, Khalapur ×1)
DISCOM: MSEDCL HT
Machines: 51 blow + 22 IM
Bill est: ₹1.2–1.8 Cr/month group
Champion: Ravi Tiwari, Khalapur maintenance
Wedge: Blow/injection idle hold + MD stagger on Khalapur HT
Award hook: SME100 2019 (+ 2022)
Score: 9/10
First ask: 12 mo Khalapur HT bill + 20 min meter map call

Appendix AI — Unit I Tarapur (Plot N-83/84) deep profile

AI.1 Site facts

AI.2 Process focus

Unit I historically produced smaller containers and served as proving ground for Dedhia family operations. Likely hosts 8–12 blow lines and 4–6 injection machines focused on sub-5L SKUs.

Energy profile [~]:

• Higher SEC/kg on small bottles (fast cycles but high surface-area heat loss)
• Older building → potentially higher lighting/HVAC load per sq.ft. unless retrofitted
• Smaller extruders (15–45 kW) but higher line count per sq.ft.

AI.3 Estimated monthly electricity [~]

MD component additional ₹8–14L/month at 1,500–2,500 kVA [~].

AI.4 Stamped prescriptions (Unit I specific)

1. Small-bottle lines: reduce barrel zone overshoot on job gaps
2. Granulator scheduling — avoid overlap with morning extruder start
3. LED already done — verify motion sensor coverage in warehouse
4. Polycarbonate daylight — quantify remaining lighting baseload

AI.5 CRM at Unit I

• Pankaj Gharat (GM Ops Unit I & II) — economic owner
• Historical Shailesh Naik DGM [dir] — verify current plant head name on call
• Maintenance team shared with Unit II (adjacent MIDC plots)

Appendix AJ — Unit II Tarapur (Plot J-237) deep profile

AJ.1 Site facts

AJ.2 Process focus

18 blow lines [~] emphasising 5–250L industrial packaging. This is the volume workhorse for agrochemical and lubricant fillers.

Critical loads:

• Large parison extruders (55–90 kW)
• Long cooling times on 200L drums → chiller demand sustained
• Material handling for heavy drums — conveyor motors

AJ.3 Estimated monthly electricity [~]

AJ.4 MD risk pattern

Large drum lines starting simultaneously after weekend shutdown → classic 15-min MD spike. Stamped stagger prescription high value.

AJ.5 Logistics synergy with Unit I

Shared resin procurement, possibly shared compressed air header — cross-unit start coordination may reduce combined MD if on same substation feeder (verify electrical SLD).

Appendix AK — Unit III Khalapur deep profile (pilot site)

AK.1 Site facts

AK.2 Strategic importance

• First Indian plant claim for 100 ml–250 L single-campus range [company narrative]
• Export hub — Japan and 16 other countries
• Arjo relationship — hospital furniture OEM audit path
• Ravi Tiwari maintenance base — 8+ years institutional knowledge

AK.3 Machine density [~]

AK.4 Estimated monthly electricity [~]

Pilot ROI at 12% save: ₹6.5–10L/month → ₹78L–1.2 Cr/year on Unit III alone.

AK.5 Why Khalapur first (summary)

1. Highest kWh concentration
2. Named maintenance champion (Ravi Tiwari)
3. Export margin amplifies ₹/kg narrative
4. Single large campus vs fragmented Tarapur
5. Recent Arjo visit = management attention on ops excellence

Appendix AL — Unit IV Tarapur deep profile (Jan 2026)

AL.1 Site facts

AL.2 Ramp-phase energy risks

• New extruders — commissioning MD spikes
• Operators learning optimal cycle times — SEC temporarily high
• Harmonic signature unsettled — PF penalty risk first 6 months
• Production scheduling conservative → more idle hold

Stamped timing: Include in phase 3 after 6-month stabilisation (Jul 2026+).

AL.3 Estimated steady-state electricity [~]

Appendix AM — MSEDCL ToD slot calendar (FY25-26)

Annual ToD savings hypothesis: 3–5% of energy spend if heat-ups moved from Slot 4 to Slot 3 — ₹40–80L/year group [~].

Appendix AN — Harmonic filter & power quality programme

Mitsu AR states harmonic filters installed for PF improvement. For Stamped discovery:

Injection/blow VFD harmonics are 5th/7th dominant — filters degrade over time; verify maintenance log with Alkhdev Kumar.

Appendix AO — Chiller plant optimisation detail

AO.1 Typical central chiller architecture at Khalapur [~]

[Cooling towers] ←→ [Chillers 200-400 TR each] ←→ [Primary pumps] ←→ [Mold heat exchangers]
                              ↑
                    [VFD on pumps? verify]

AO.2 Prescription library (chiller-specific)

AO.3 Integration with BRSR rainwater initiative

Rainwater to cooling towers reduces municipal water — indirect energy via better tower efficiency when water temps lower in monsoon.

Appendix AP — Compressed air system detail

AP.1 Load breakdown [~]

AP.2 Stamped CA programme

1. Baseline compressor kW vs production kg
2. Ultrasonic leak tag — maintenance already 5S-aware
3. Pressure band optimisation — reduce header pressure 0.5 bar if allows
4. Sequencing — one compressor modulating vs two loaded

Target: 8–15% CA electricity — ₹15–30L/year group [~].

Appendix AQ — Resin drying energy

HDPE/PP drying before processing:

Prescription: Map dew point to actual resin moisture — reduce dryer temp when not needed between campaigns.

Appendix AR — Granulator & regrind energy

Company replaced 55 HP shredder with 30 HP — documented win. Ongoing:

Schedule regrind during Slot 3 rebate window.

Appendix AS — DG set & backup power

Ask: AMF panel settings — ensure no grid+DG overlap causing meter anomalies.

Appendix AT — Water–energy nexus

BRSR FY25 water: 59,886 KL consumed; intensity 180 KL/₹ Cr.

Water intensity improved YoY — energy intensity slightly worsened (241.78 vs 237.69 GJ/₹ Cr) — decoupling opportunity for Stamped narrative.

Appendix AU — Carbon & BRSR reporting alignment

If Stamped proves 800 MWh/month reduction at Khalapur:

• Grid emission factor Maharashtra [~] 0.82 kg CO2/kWh
• 656 tCO2/yr avoided — BRSR Scope 2 reporting by-product
• Do not lead outreach with carbon; attach as audit appendix for Sanjay/export team

Appendix AV — Customer audit & ISO documentation path

Appendix AW — Maharashtra industrial policy context

Maharashtra industrial electricity consumers benefited from MERC MYT HT industrial tariff reduction ~15% FY25-26 — may reduce absolute ₹ save from efficiency BUT percentage savings still valid and MD/ToD leaks remain.

Cross-subsidy surcharge HT Industry 101% of ACoS — still significant; efficiency remains P&L relevant.

Appendix AX — Travel & onsite logistics for Stamped team

Site visit plan: Day 1 Khalapur meter map + HT panel; Day 2 Tarapur if phase 2 approved.

Appendix AY — Data onboarding checklist (technical)

• MSEDCL consumer numbers (all units)
• Sanctioned load / contract demand letters
• Single-line diagrams Unit III
• Machine list with kW nameplate
• Chiller/compressor specs
• Last power audit if any
• PLC network diagram (read-only VLAN?)
• Shift roster template
• Production kg/day by line (if available from ERP)

Appendix AZ — Objection handling extended

Appendix BA — LinkedIn & hiring signals (2025–26)

Company LinkedIn active — hiring CS, BDE, logistics (Jul 2026 post). Signals:

• Growth mode — capacity utilisation rising → energy bill rising
• Professionalising admin — easier vendor onboarding via Ankita Bhanushali
• No energy manager hire — gap for Stamped as outsourced intelligence layer

Appendix BB — Stock & investor sentiment

BSE 540078 — migrated from SME; FY26 PAT jump +117% YoY Q4 narrative. Investor bulletin boards (ValuePickr) discuss ₹1,000 Cr FY28 target skeptically — energy efficiency improves margin without dilutive capex — angle for investor relations if Manish engages.

Appendix BC — Night shift & single-shift discount analysis

MSEDCL offers ~40% demand charge discount for consumers declaring single-shift operation [verify current MERC schedule].

Discovery: Does Mitsu declare multi-shift at all HT points? If actually single-shift but billed multi — immediate ₹8–20L/year MD saving without touching production (utility tariff reclassification, not Stamped software — but trust-builder).

Appendix BD — Feeder-level sub-meter retrofit ROI

If Khalapur lacks sub-meters:

Recommend only if HT main attribution too coarse after week 2.

Appendix BE — Parallel startup simulation (MD model)

Scenario: 12 blow lines each 75 kW extruder start within 15 minutes:

• Inrush + steady = ~900 kW simultaneous
• At 0.95 PF → 947 kVA in one interval
• If contract demand 800 kVA → excess demand penalty

Stagger 6 minutes apart: peak ~475 kVA — 50% MD reduction on startup window.

Stamped product: automated stagger schedule pushed to shift WhatsApp.

Appendix BF — Contract demand optimisation

Many plants over-declare contract demand for headroom — paying ₹555/kVA on unused capacity.

12-month MD profile review:

• If recorded MD never exceeds 70% of contract → recommend contract demand reduction with MSEDCL (customer action, Stamped evidence)

Appendix BG — Group energy governance model (future state)

Stamped grows from Khalapur pilot → group subscription covering 4 HT points.

Appendix BH — Comparison to Stamped deployment archetypes

Appendix BI — Qualification call script (20 min)

1. Confirm role & Khalapur HT ownership (2 min)
2. “What was last month billed MD on Khalapur?” (3 min)
3. “How many blow lines typically start within first hour of shift?” (3 min)
4. “Idle controllers — all lines?” (2 min)
5. “Sub-meters on extruders?” (2 min)
6. “Who signs ₹3L ops software — you or Manish sir?” (2 min)
7. Propose 90-day scope + bill share ask (6 min)

Appendix BJ — Post-pilot expansion pricing [~]

Appendix BK — Document control

Next update triggers: HT bill received; Unit IV plot confirmed; champion email verified.

End of dossier. Depth target: Band A strategic account (1,500+ lines). Re-validate all [~] figures against HT bills on first call.