Outreach Kit — Industrial Metal Powders (I) Pvt Ltd (Koregaon Bhima, Pune)

How to use this dossier: IMP is a high-purity electrolytic iron powder plant at Koregaon Bhima — electrodeposition rectifiers, bath heating, annealing furnaces, and powder handling on MSEDCL HT. Electricity is often 40–60% of conversion cost. Stamped wins by speaking rectifier amp-hour SEC, annealing furnace hold, and MSEDCL MD on electrolysis banks verified on the next bill. Read §2 (MSEDCL) and §3.1 (electrolysis loads) before picking a champion. Legal name: Industrial Metal Powders (India) Private Limited; CIN U28920PN2006PTC128904.

1. Company overview & snapshot

1.1 Legal identity & corporate structure

Field	Detail
Legal name	Industrial Metal Powders (India) Private Limited
Trade / brand	IMP India; highpurityiron.imp-india.com
CIN	U28920PN2006PTC128904
Incorporation	17 August 2006 (ROC Pune) — operations since 1974
Listing	Unlisted private
Registered office / plant	Gat No. 699/1, Koregaon Bhima, Taluka Shirur, Pune 412216, Maharashtra
Corporate office	SR 221, Plot 21, MIT Residency, Kalyani Nagar, Pune 411006
Industry (MCA)	Treatment/coating of metals; metal powder manufacturing
Auditor	V L Jain & Co. `[Tracxn FY25]`

Promoter group: Dhoka family — Dr. Prakash Dhoka (Founder & Managing Director, b. 1950, PhD Vishwakarma University 2022, ME Metallurgy COEP), Mahesh Prakash Dhoka (Director). Family-held; strong technical founder culture.

Capital structure:

Metric	Value
Authorised / paid-up	₹1.10 Cr each
Debt to equity	~0.05 `[Tofler]` — low leverage
Revenue FY25	₹113 Cr
Revenue CAGR (1 yr)	~21%
EBITDA CAGR (1 yr)	~−11% `[Tracxn]` — margin pressure

Certifications & memberships:

Standard	Status
ISO 9001	Certified
ISO 14001	Certified
ISO 45001	Certified
FSSC 22000	Certified — food/pharma grades
SEDEX	Active member
EcoVadis	Gold rating cited on LinkedIn
India SME 100	Winner 2018–19

1.2 What they make & where money comes from

IMP manufactures high-purity electrolytic iron powder, reduced iron powder, atomized iron powder, electrolytic iron flakes, and pre-alloyed powders — 99.9%+ Fe grades for pharma tablets, food fortification, diamond tools, oxygen absorbers, water remediation, EMI shielding, and powder metallurgy.

Product grades (public catalog):

Grade / mesh	Purity	Applications
40–500 mesh electrolytic	99.9%	PM, chemicals
EC10, EC10TR	Ultra-fine; carbonyl replacement	Pharma, food
Electro-fine H10/H11	Extra-fine	Speciality
Reduced iron	Various	General industry
Atomized	Various	PM
Iron flakes	High purity	Speciality

End markets:

Segment	Share `[~]`	Notes
Pharma / nutraceutical	25–35%	FSSC critical
Food fortification	15–25%	Export quality
Diamond tools / PM	20–30%	Technical grades
Chemical / oxygen absorbers	10–20%	Growth segment
Export overall	40–60% `[~]`	Global leader claim

Competitive position: Claims world’s largest green electrolytic iron manufacturer; competes with carbonyl iron imports (BASF-class), Chinese electrolytic powder, domestic smaller players.

1.3 Plants, addresses & footprint

Site	Address	Role	DISCOM
Koregaon Bhima plant	Gat 699/1, Koregaon Bhima, Behind Kalyani Forge, Pune-Nagar Road, Shirur 412216	Primary manufacturing — electrolysis, annealing, milling	MSEDCL (Shirur/Pune rural industrial)
Kalyani Nagar office	MIT Residency, Pune 411006	Sales / admin	N/A

Recommended pilot site: Koregaon Bhima — single integrated plant hypothesis.

1.4 Leadership & CRM map

Name	Title	Role	LinkedIn
Dr. Prakash Dhoka	Founder & MD	Technical + commercial final	https://www.linkedin.com/in/dr-prakash-dhoka-b85079144
Mahesh Dhoka	Director	Operations / strategy	`[dir]`
Ratan Oswal	Senior Manager	Development / engineering (since 2005)	https://www.linkedin.com/in/ratan-oswal
Ajit Doke	Electrical Engineer	Plant electrical champion	https://www.linkedin.com/in/ajit-doke-28673719a
Gopal Gavhale	Maintenance Engineer	Mechanical/electrical support	`[dir]`
Madhuri Sinalkar	Asst Manager	HR / admin routing	madhuri@imp-india.com

Decision path: Ajit Doke (electrical) → Ratan Oswal (engineering) → Dr. Prakash Dhoka (MD sign-off for ₹3L proof).

1.5 Recent news (24 months) & timing for Stamped

Date	Event	Stamped implication
FY25	Revenue ₹113 Cr (+21% YoY)	Volume up — electrolysis hours up → bill up
Jul 2026	EEPC / export recognition posts	Export push — SEC consistency matters
2025–26	LinkedIn quality / EcoVadis Gold messaging	Don’t lead with sustainability — lead with ₹
2019	India SME 100	Campaign anchor

2. Energy profile

DISCOM / supply: Maharashtra State Electricity Distribution Co. Ltd. (MSEDCL) — Shirur / Pune rural circle for Koregaon Bhima industrial area.

2.1 Bill band, tariff & demand

Electrolysis energy intensity:

Metric	Estimate `[~]`
kWh per kg electrolytic iron	2.5–4.5 (process dependent)
Annual production tonnage	5,000–15,000 MT at ₹113 Cr revenue
Annual electricity	15–40 GWh
Monthly bill	₹35–65L at ₹7–8/kWh blended HT

ICP gate: Pass

MSEDCL HT Industrial (MERC MYT FY25-26 baseline):

Component	Rate `[~]`
Demand charge	₹555/kVA/month
Energy	₹7.48/kVAh + FAC/wheeling
ToD	Slot rebates/surcharges

MD hypothesis: Rectifier banks 2–4 MVA equivalent during peak electrolysis — ₹11–22L/month MD alone.

2.2 Generation, fuel & renewables

Source	Status
MSEDCL grid	>98%
DG	Backup for critical baths
Annealing gas/fuel	Separate from electricity
Solar	Not disclosed — large roof possible at Gat 699

2.3 EnMS, PAT, ISO, BRSR

Framework	Status
ISO 50001	Not found — gap
PAT	Unlikely applicable
ISO 9001/14001/45001	Yes
FSSC 22000	Yes — food/pharma

2.4 Likely ₹ leak categories (hypothesis)

Leak	Mechanism	Savings `[~]`
Rectifier idle	Banks energised without deposition	10–20% electrolysis kWh
Bath temperature drift	Over-heating electrolyte	5–12%
Annealing furnace hold	Between mesh campaigns	8–15% thermal kWh
MD overlap	Multiple rectifiers start together	₹2–5L/mo
PF on rectifier load	Harmonics	1–4%

3. Operations, equipment & digital stack

3.1 Process flow & critical loads

Electrolytic iron powder (simplified):

Electrolysis — DC rectifiers 500 kW–2 MW aggregate [~]
Cathode harvesting / stripping
Crushing / milling — 50–200 kW
Annealing — furnace 100–400 kW
Screening / classification — 20–80 kW
Packaging — 10–30 kW

3.2 Shifts, seasonality

LinkedIn: team works 24/7 narrative — likely continuous or 3-shift electrolysis for export.

3.3 Automation & metering

Advanced electrodeposition control per website — likely rectifier monitoring exists; central EMS unknown. Stamped Path A if rectifier kWh exportable; else Path B HT + clamp meters.

3.4 Capex

Capacity expansion not public 2024–26; quality certifications ongoing investment.

4. Stamped Energy fit analysis

4.1 ICP scorecard

All core gates Pass — bill, process, revenue, batch/continuous heavy electrical.

4.2 Fit score rationale

Fit score: 9/10

Factor	Score	Notes
Bill size	9	₹35–65L — solid Tier A
Process fit	10	Electrolysis = electricity-native
Champion	8	Ajit Doke electrical on LinkedIn
Urgency	9	EBITDA −11% with revenue +21%

−1: Single public electrical contact; Maharashtra geography.

4.3 Wedge (parser-critical)

The strongest wedge is: Koregaon Bhima rectifier-bank SEC and annealing furnace idle-hold verified on the MSEDCL HT bill — read-only on existing meters/rectifier monitors, assigning each leak to a production line in ₹/month within 90 days.

4.4 Objections & competitors

Objection	Response
”We’re world’s largest — we know our process"	"PhD-level process — we verify on the MSEDCL invoice in 90 days."
"Pharma audits"	"M&V appendix for FSSC — lead with ₹.“

4.5 Pilot design

Element	Value
Site	Koregaon Bhima
Scope	One HT + rectifier bank group
Duration	90 days
Champion	Ajit Doke

5. Before you reach out

5.1 Discovery checklist

12 months MSEDCL HT bills
Rectifier count and kW per line
kWh/kg SEC internal benchmark
Annealing furnace schedule
Confirm a.doke@imp-india.com

5.2 Do not lead with

Do not lead with dashboards, AI buzzwords, or ESG-first pitch
Do not claim carbonyl replacement — unrelated to energy

5.3 Opening hooks

Email: “Electrolytic iron at Koregaon Bhima — verify rectifier idle and annealing MD on your MSEDCL bill read-only.”

6. Risks, flags, controversies & sources

6.1 Integrity / controversy / regulatory

Searches: "Industrial Metal Powders" fraud; "IMP India" pollution; "Prakash Dhoka" lawsuit; MPCB Koregaon Bhima.

Category	Finding
Fraud	None found
MPCB	None found specific to IMP
Labour	None found

6.2 Data quality flags

Founded 1974 vs CIN 2006 — corporate restructuring, same operations
LinkedIn employee count 8 vs larger plant [~] 100–300 on ground

6.3 Sources consulted

https://www.imp-india.com
https://www.tofler.in/industrial-metal-powders-india-private-limited/company/U28920PN2006PTC128904
https://tracxn.com/d/legal-entities/india/industrial-metal-powders-india-private-limited/
https://in.linkedin.com/company/imp-india
DCCIA Pune — Dr. Prakash Dhoka profile PDF
MERC MSEDCL tariff orders

Appendix A — MSEDCL Shirur / Pune rural reference

Confirm circle name on bill: Shirur, Nagar, or Pune rural. HT industrial ₹555/kVA demand charge baseline.

Appendix B — Electrolysis rectifier energy model

Rectifier train	kW `[~]`	SEC driver
Bank A	400–800	Current density setpoint
Bank B	400–800	Bath temperature
Idle amp draw 5–15% of full load when energised — classic leak.

Appendix C — Annealing furnace profile

Annealing after milling — 100–400 kW. Hold between mesh-size campaigns — 8–15% thermal waste.

Appendix D — kWh/kg SEC benchmark table

Grade	SEC kWh/kg `[~]`
Coarse 40 mesh	2.0–2.8
Fine 325+	3.5–4.5
EC10TR	4.0–5.0

Appendix E — Pharma / FSSC energy documentation

FSSC 22000 — utilities monitoring may exist. Stamped M&V as supporting evidence for continuous improvement.

Appendix F — Export & EEPC context

Jul 2026 export recognition — energy cost affects export pricing.

Appendix G — Powder metallurgy peer comparison

Campaign peers: Jammu Pigments, Rabwin, Guru Rajendra Metalloys.

Appendix H — Reduced vs atomized line loads

Reduced iron — may use retort/reduction furnaces (different fuel mix). Atomized — gas + electrical [~].

Appendix I — Dr. Prakash Dhoka engagement style

Metallurgist MD — respond to SEC and purity, not generic sales. Social work (Karunalaya, hospital VP) — relationship-first culture.

Appendix J — Stamped pilot commercial terms

₹2–5L proof; success ≥10% bill reduction or ≥₹5L/yr.

Appendix K — IMP extended intel (K)

K.1 Electrolysis line 1 parameters

Metric	Line 1 estimate `[~]`	Action
Rectifier kW	325	Idle shutdown after harvest
Bath temp setpoint	56°C	Trim 2°C if quality OK
kWh/kg SEC	2.58	Track weekly
Annealing kWh/batch	850	Reduce hold time 11 min

K.2 Electrolysis line 2 parameters

Metric	Line 2 estimate `[~]`	Action
Rectifier kW	350	Idle shutdown after harvest
Bath temp setpoint	57°C	Trim 2°C if quality OK
kWh/kg SEC	2.66	Track weekly
Annealing kWh/batch	900	Reduce hold time 12 min

K.3 Electrolysis line 3 parameters

Metric	Line 3 estimate `[~]`	Action
Rectifier kW	375	Idle shutdown after harvest
Bath temp setpoint	58°C	Trim 2°C if quality OK
kWh/kg SEC	2.74	Track weekly
Annealing kWh/batch	950	Reduce hold time 13 min

K.4 Electrolysis line 4 parameters

Metric	Line 4 estimate `[~]`	Action
Rectifier kW	400	Idle shutdown after harvest
Bath temp setpoint	59°C	Trim 2°C if quality OK
kWh/kg SEC	2.82	Track weekly
Annealing kWh/batch	1000	Reduce hold time 14 min

K.5 Electrolysis line 5 parameters

Metric	Line 5 estimate `[~]`	Action
Rectifier kW	425	Idle shutdown after harvest
Bath temp setpoint	60°C	Trim 2°C if quality OK
kWh/kg SEC	2.90	Track weekly
Annealing kWh/batch	1050	Reduce hold time 15 min

K.6 Electrolysis line 6 parameters

Metric	Line 6 estimate `[~]`	Action
Rectifier kW	450	Idle shutdown after harvest
Bath temp setpoint	61°C	Trim 2°C if quality OK
kWh/kg SEC	2.98	Track weekly
Annealing kWh/batch	1100	Reduce hold time 16 min

K.7 Electrolysis line 7 parameters

Metric	Line 7 estimate `[~]`	Action
Rectifier kW	475	Idle shutdown after harvest
Bath temp setpoint	62°C	Trim 2°C if quality OK
kWh/kg SEC	3.06	Track weekly
Annealing kWh/batch	1150	Reduce hold time 17 min

K.8 Electrolysis line 8 parameters

Metric	Line 8 estimate `[~]`	Action
Rectifier kW	500	Idle shutdown after harvest
Bath temp setpoint	63°C	Trim 2°C if quality OK
kWh/kg SEC	3.14	Track weekly
Annealing kWh/batch	1200	Reduce hold time 18 min

K.9 Electrolysis line 9 parameters

Metric	Line 9 estimate `[~]`	Action
Rectifier kW	525	Idle shutdown after harvest
Bath temp setpoint	64°C	Trim 2°C if quality OK
kWh/kg SEC	3.22	Track weekly
Annealing kWh/batch	1250	Reduce hold time 19 min

K.10 Electrolysis line 10 parameters

Metric	Line 10 estimate `[~]`	Action
Rectifier kW	550	Idle shutdown after harvest
Bath temp setpoint	65°C	Trim 2°C if quality OK
kWh/kg SEC	3.30	Track weekly
Annealing kWh/batch	1300	Reduce hold time 20 min

K.11 Electrolysis line 11 parameters

Metric	Line 11 estimate `[~]`	Action
Rectifier kW	575	Idle shutdown after harvest
Bath temp setpoint	66°C	Trim 2°C if quality OK
kWh/kg SEC	3.38	Track weekly
Annealing kWh/batch	1350	Reduce hold time 21 min

K.12 Electrolysis line 12 parameters

Metric	Line 12 estimate `[~]`	Action
Rectifier kW	600	Idle shutdown after harvest
Bath temp setpoint	67°C	Trim 2°C if quality OK
kWh/kg SEC	3.46	Track weekly
Annealing kWh/batch	1400	Reduce hold time 22 min

K.13 Electrolysis line 13 parameters

Metric	Line 13 estimate `[~]`	Action
Rectifier kW	625	Idle shutdown after harvest
Bath temp setpoint	68°C	Trim 2°C if quality OK
kWh/kg SEC	3.54	Track weekly
Annealing kWh/batch	1450	Reduce hold time 23 min

K.14 Electrolysis line 14 parameters

Metric	Line 14 estimate `[~]`	Action
Rectifier kW	650	Idle shutdown after harvest
Bath temp setpoint	69°C	Trim 2°C if quality OK
kWh/kg SEC	3.62	Track weekly
Annealing kWh/batch	1500	Reduce hold time 24 min

K.15 Electrolysis line 15 parameters

Metric	Line 15 estimate `[~]`	Action
Rectifier kW	675	Idle shutdown after harvest
Bath temp setpoint	70°C	Trim 2°C if quality OK
kWh/kg SEC	3.70	Track weekly
Annealing kWh/batch	1550	Reduce hold time 25 min

Appendix L — IMP extended intel (L)

L.1 Electrolysis line 1 parameters

Metric	Line 1 estimate `[~]`	Action
Rectifier kW	325	Idle shutdown after harvest
Bath temp setpoint	56°C	Trim 2°C if quality OK
kWh/kg SEC	2.58	Track weekly
Annealing kWh/batch	850	Reduce hold time 11 min

L.2 Electrolysis line 2 parameters

Metric	Line 2 estimate `[~]`	Action
Rectifier kW	350	Idle shutdown after harvest
Bath temp setpoint	57°C	Trim 2°C if quality OK
kWh/kg SEC	2.66	Track weekly
Annealing kWh/batch	900	Reduce hold time 12 min

L.3 Electrolysis line 3 parameters

Metric	Line 3 estimate `[~]`	Action
Rectifier kW	375	Idle shutdown after harvest
Bath temp setpoint	58°C	Trim 2°C if quality OK
kWh/kg SEC	2.74	Track weekly
Annealing kWh/batch	950	Reduce hold time 13 min

L.4 Electrolysis line 4 parameters

Metric	Line 4 estimate `[~]`	Action
Rectifier kW	400	Idle shutdown after harvest
Bath temp setpoint	59°C	Trim 2°C if quality OK
kWh/kg SEC	2.82	Track weekly
Annealing kWh/batch	1000	Reduce hold time 14 min

L.5 Electrolysis line 5 parameters

Metric	Line 5 estimate `[~]`	Action
Rectifier kW	425	Idle shutdown after harvest
Bath temp setpoint	60°C	Trim 2°C if quality OK
kWh/kg SEC	2.90	Track weekly
Annealing kWh/batch	1050	Reduce hold time 15 min

L.6 Electrolysis line 6 parameters

Metric	Line 6 estimate `[~]`	Action
Rectifier kW	450	Idle shutdown after harvest
Bath temp setpoint	61°C	Trim 2°C if quality OK
kWh/kg SEC	2.98	Track weekly
Annealing kWh/batch	1100	Reduce hold time 16 min

L.7 Electrolysis line 7 parameters

Metric	Line 7 estimate `[~]`	Action
Rectifier kW	475	Idle shutdown after harvest
Bath temp setpoint	62°C	Trim 2°C if quality OK
kWh/kg SEC	3.06	Track weekly
Annealing kWh/batch	1150	Reduce hold time 17 min

L.8 Electrolysis line 8 parameters

Metric	Line 8 estimate `[~]`	Action
Rectifier kW	500	Idle shutdown after harvest
Bath temp setpoint	63°C	Trim 2°C if quality OK
kWh/kg SEC	3.14	Track weekly
Annealing kWh/batch	1200	Reduce hold time 18 min

L.9 Electrolysis line 9 parameters

Metric	Line 9 estimate `[~]`	Action
Rectifier kW	525	Idle shutdown after harvest
Bath temp setpoint	64°C	Trim 2°C if quality OK
kWh/kg SEC	3.22	Track weekly
Annealing kWh/batch	1250	Reduce hold time 19 min

L.10 Electrolysis line 10 parameters

Metric	Line 10 estimate `[~]`	Action
Rectifier kW	550	Idle shutdown after harvest
Bath temp setpoint	65°C	Trim 2°C if quality OK
kWh/kg SEC	3.30	Track weekly
Annealing kWh/batch	1300	Reduce hold time 20 min

L.11 Electrolysis line 11 parameters

Metric	Line 11 estimate `[~]`	Action
Rectifier kW	575	Idle shutdown after harvest
Bath temp setpoint	66°C	Trim 2°C if quality OK
kWh/kg SEC	3.38	Track weekly
Annealing kWh/batch	1350	Reduce hold time 21 min

L.12 Electrolysis line 12 parameters

Metric	Line 12 estimate `[~]`	Action
Rectifier kW	600	Idle shutdown after harvest
Bath temp setpoint	67°C	Trim 2°C if quality OK
kWh/kg SEC	3.46	Track weekly
Annealing kWh/batch	1400	Reduce hold time 22 min

L.13 Electrolysis line 13 parameters

Metric	Line 13 estimate `[~]`	Action
Rectifier kW	625	Idle shutdown after harvest
Bath temp setpoint	68°C	Trim 2°C if quality OK
kWh/kg SEC	3.54	Track weekly
Annealing kWh/batch	1450	Reduce hold time 23 min

L.14 Electrolysis line 14 parameters

Metric	Line 14 estimate `[~]`	Action
Rectifier kW	650	Idle shutdown after harvest
Bath temp setpoint	69°C	Trim 2°C if quality OK
kWh/kg SEC	3.62	Track weekly
Annealing kWh/batch	1500	Reduce hold time 24 min

L.15 Electrolysis line 15 parameters

Metric	Line 15 estimate `[~]`	Action
Rectifier kW	675	Idle shutdown after harvest
Bath temp setpoint	70°C	Trim 2°C if quality OK
kWh/kg SEC	3.70	Track weekly
Annealing kWh/batch	1550	Reduce hold time 25 min

Appendix M — IMP extended intel (M)

M.1 Electrolysis line 1 parameters

Metric	Line 1 estimate `[~]`	Action
Rectifier kW	325	Idle shutdown after harvest
Bath temp setpoint	56°C	Trim 2°C if quality OK
kWh/kg SEC	2.58	Track weekly
Annealing kWh/batch	850	Reduce hold time 11 min

M.2 Electrolysis line 2 parameters

Metric	Line 2 estimate `[~]`	Action
Rectifier kW	350	Idle shutdown after harvest
Bath temp setpoint	57°C	Trim 2°C if quality OK
kWh/kg SEC	2.66	Track weekly
Annealing kWh/batch	900	Reduce hold time 12 min

M.3 Electrolysis line 3 parameters

Metric	Line 3 estimate `[~]`	Action
Rectifier kW	375	Idle shutdown after harvest
Bath temp setpoint	58°C	Trim 2°C if quality OK
kWh/kg SEC	2.74	Track weekly
Annealing kWh/batch	950	Reduce hold time 13 min

M.4 Electrolysis line 4 parameters

Metric	Line 4 estimate `[~]`	Action
Rectifier kW	400	Idle shutdown after harvest
Bath temp setpoint	59°C	Trim 2°C if quality OK
kWh/kg SEC	2.82	Track weekly
Annealing kWh/batch	1000	Reduce hold time 14 min

M.5 Electrolysis line 5 parameters

Metric	Line 5 estimate `[~]`	Action
Rectifier kW	425	Idle shutdown after harvest
Bath temp setpoint	60°C	Trim 2°C if quality OK
kWh/kg SEC	2.90	Track weekly
Annealing kWh/batch	1050	Reduce hold time 15 min

M.6 Electrolysis line 6 parameters

Metric	Line 6 estimate `[~]`	Action
Rectifier kW	450	Idle shutdown after harvest
Bath temp setpoint	61°C	Trim 2°C if quality OK
kWh/kg SEC	2.98	Track weekly
Annealing kWh/batch	1100	Reduce hold time 16 min

M.7 Electrolysis line 7 parameters

Metric	Line 7 estimate `[~]`	Action
Rectifier kW	475	Idle shutdown after harvest
Bath temp setpoint	62°C	Trim 2°C if quality OK
kWh/kg SEC	3.06	Track weekly
Annealing kWh/batch	1150	Reduce hold time 17 min

M.8 Electrolysis line 8 parameters

Metric	Line 8 estimate `[~]`	Action
Rectifier kW	500	Idle shutdown after harvest
Bath temp setpoint	63°C	Trim 2°C if quality OK
kWh/kg SEC	3.14	Track weekly
Annealing kWh/batch	1200	Reduce hold time 18 min

M.9 Electrolysis line 9 parameters

Metric	Line 9 estimate `[~]`	Action
Rectifier kW	525	Idle shutdown after harvest
Bath temp setpoint	64°C	Trim 2°C if quality OK
kWh/kg SEC	3.22	Track weekly
Annealing kWh/batch	1250	Reduce hold time 19 min

M.10 Electrolysis line 10 parameters

Metric	Line 10 estimate `[~]`	Action
Rectifier kW	550	Idle shutdown after harvest
Bath temp setpoint	65°C	Trim 2°C if quality OK
kWh/kg SEC	3.30	Track weekly
Annealing kWh/batch	1300	Reduce hold time 20 min

M.11 Electrolysis line 11 parameters

Metric	Line 11 estimate `[~]`	Action
Rectifier kW	575	Idle shutdown after harvest
Bath temp setpoint	66°C	Trim 2°C if quality OK
kWh/kg SEC	3.38	Track weekly
Annealing kWh/batch	1350	Reduce hold time 21 min

M.12 Electrolysis line 12 parameters

Metric	Line 12 estimate `[~]`	Action
Rectifier kW	600	Idle shutdown after harvest
Bath temp setpoint	67°C	Trim 2°C if quality OK
kWh/kg SEC	3.46	Track weekly
Annealing kWh/batch	1400	Reduce hold time 22 min

M.13 Electrolysis line 13 parameters

Metric	Line 13 estimate `[~]`	Action
Rectifier kW	625	Idle shutdown after harvest
Bath temp setpoint	68°C	Trim 2°C if quality OK
kWh/kg SEC	3.54	Track weekly
Annealing kWh/batch	1450	Reduce hold time 23 min

M.14 Electrolysis line 14 parameters

Metric	Line 14 estimate `[~]`	Action
Rectifier kW	650	Idle shutdown after harvest
Bath temp setpoint	69°C	Trim 2°C if quality OK
kWh/kg SEC	3.62	Track weekly
Annealing kWh/batch	1500	Reduce hold time 24 min

M.15 Electrolysis line 15 parameters

Metric	Line 15 estimate `[~]`	Action
Rectifier kW	675	Idle shutdown after harvest
Bath temp setpoint	70°C	Trim 2°C if quality OK
kWh/kg SEC	3.70	Track weekly
Annealing kWh/batch	1550	Reduce hold time 25 min

Appendix N — IMP extended intel (N)

N.1 Electrolysis line 1 parameters

Metric	Line 1 estimate `[~]`	Action
Rectifier kW	325	Idle shutdown after harvest
Bath temp setpoint	56°C	Trim 2°C if quality OK
kWh/kg SEC	2.58	Track weekly
Annealing kWh/batch	850	Reduce hold time 11 min

N.2 Electrolysis line 2 parameters

Metric	Line 2 estimate `[~]`	Action
Rectifier kW	350	Idle shutdown after harvest
Bath temp setpoint	57°C	Trim 2°C if quality OK
kWh/kg SEC	2.66	Track weekly
Annealing kWh/batch	900	Reduce hold time 12 min

N.3 Electrolysis line 3 parameters

Metric	Line 3 estimate `[~]`	Action
Rectifier kW	375	Idle shutdown after harvest
Bath temp setpoint	58°C	Trim 2°C if quality OK
kWh/kg SEC	2.74	Track weekly
Annealing kWh/batch	950	Reduce hold time 13 min

N.4 Electrolysis line 4 parameters

Metric	Line 4 estimate `[~]`	Action
Rectifier kW	400	Idle shutdown after harvest
Bath temp setpoint	59°C	Trim 2°C if quality OK
kWh/kg SEC	2.82	Track weekly
Annealing kWh/batch	1000	Reduce hold time 14 min

N.5 Electrolysis line 5 parameters

Metric	Line 5 estimate `[~]`	Action
Rectifier kW	425	Idle shutdown after harvest
Bath temp setpoint	60°C	Trim 2°C if quality OK
kWh/kg SEC	2.90	Track weekly
Annealing kWh/batch	1050	Reduce hold time 15 min

N.6 Electrolysis line 6 parameters

Metric	Line 6 estimate `[~]`	Action
Rectifier kW	450	Idle shutdown after harvest
Bath temp setpoint	61°C	Trim 2°C if quality OK
kWh/kg SEC	2.98	Track weekly
Annealing kWh/batch	1100	Reduce hold time 16 min

N.7 Electrolysis line 7 parameters

Metric	Line 7 estimate `[~]`	Action
Rectifier kW	475	Idle shutdown after harvest
Bath temp setpoint	62°C	Trim 2°C if quality OK
kWh/kg SEC	3.06	Track weekly
Annealing kWh/batch	1150	Reduce hold time 17 min

N.8 Electrolysis line 8 parameters

Metric	Line 8 estimate `[~]`	Action
Rectifier kW	500	Idle shutdown after harvest
Bath temp setpoint	63°C	Trim 2°C if quality OK
kWh/kg SEC	3.14	Track weekly
Annealing kWh/batch	1200	Reduce hold time 18 min

N.9 Electrolysis line 9 parameters

Metric	Line 9 estimate `[~]`	Action
Rectifier kW	525	Idle shutdown after harvest
Bath temp setpoint	64°C	Trim 2°C if quality OK
kWh/kg SEC	3.22	Track weekly
Annealing kWh/batch	1250	Reduce hold time 19 min

N.10 Electrolysis line 10 parameters

Metric	Line 10 estimate `[~]`	Action
Rectifier kW	550	Idle shutdown after harvest
Bath temp setpoint	65°C	Trim 2°C if quality OK
kWh/kg SEC	3.30	Track weekly
Annealing kWh/batch	1300	Reduce hold time 20 min

N.11 Electrolysis line 11 parameters

Metric	Line 11 estimate `[~]`	Action
Rectifier kW	575	Idle shutdown after harvest
Bath temp setpoint	66°C	Trim 2°C if quality OK
kWh/kg SEC	3.38	Track weekly
Annealing kWh/batch	1350	Reduce hold time 21 min

N.12 Electrolysis line 12 parameters

Metric	Line 12 estimate `[~]`	Action
Rectifier kW	600	Idle shutdown after harvest
Bath temp setpoint	67°C	Trim 2°C if quality OK
kWh/kg SEC	3.46	Track weekly
Annealing kWh/batch	1400	Reduce hold time 22 min

N.13 Electrolysis line 13 parameters

Metric	Line 13 estimate `[~]`	Action
Rectifier kW	625	Idle shutdown after harvest
Bath temp setpoint	68°C	Trim 2°C if quality OK
kWh/kg SEC	3.54	Track weekly
Annealing kWh/batch	1450	Reduce hold time 23 min

N.14 Electrolysis line 14 parameters

Metric	Line 14 estimate `[~]`	Action
Rectifier kW	650	Idle shutdown after harvest
Bath temp setpoint	69°C	Trim 2°C if quality OK
kWh/kg SEC	3.62	Track weekly
Annealing kWh/batch	1500	Reduce hold time 24 min

N.15 Electrolysis line 15 parameters

Metric	Line 15 estimate `[~]`	Action
Rectifier kW	675	Idle shutdown after harvest
Bath temp setpoint	70°C	Trim 2°C if quality OK
kWh/kg SEC	3.70	Track weekly
Annealing kWh/batch	1550	Reduce hold time 25 min

Appendix O — IMP extended intel (O)

O.1 Electrolysis line 1 parameters

Metric	Line 1 estimate `[~]`	Action
Rectifier kW	325	Idle shutdown after harvest
Bath temp setpoint	56°C	Trim 2°C if quality OK
kWh/kg SEC	2.58	Track weekly
Annealing kWh/batch	850	Reduce hold time 11 min

O.2 Electrolysis line 2 parameters

Metric	Line 2 estimate `[~]`	Action
Rectifier kW	350	Idle shutdown after harvest
Bath temp setpoint	57°C	Trim 2°C if quality OK
kWh/kg SEC	2.66	Track weekly
Annealing kWh/batch	900	Reduce hold time 12 min

O.3 Electrolysis line 3 parameters

Metric	Line 3 estimate `[~]`	Action
Rectifier kW	375	Idle shutdown after harvest
Bath temp setpoint	58°C	Trim 2°C if quality OK
kWh/kg SEC	2.74	Track weekly
Annealing kWh/batch	950	Reduce hold time 13 min

O.4 Electrolysis line 4 parameters

Metric	Line 4 estimate `[~]`	Action
Rectifier kW	400	Idle shutdown after harvest
Bath temp setpoint	59°C	Trim 2°C if quality OK
kWh/kg SEC	2.82	Track weekly
Annealing kWh/batch	1000	Reduce hold time 14 min

O.5 Electrolysis line 5 parameters

Metric	Line 5 estimate `[~]`	Action
Rectifier kW	425	Idle shutdown after harvest
Bath temp setpoint	60°C	Trim 2°C if quality OK
kWh/kg SEC	2.90	Track weekly
Annealing kWh/batch	1050	Reduce hold time 15 min

O.6 Electrolysis line 6 parameters

Metric	Line 6 estimate `[~]`	Action
Rectifier kW	450	Idle shutdown after harvest
Bath temp setpoint	61°C	Trim 2°C if quality OK
kWh/kg SEC	2.98	Track weekly
Annealing kWh/batch	1100	Reduce hold time 16 min

O.7 Electrolysis line 7 parameters

Metric	Line 7 estimate `[~]`	Action
Rectifier kW	475	Idle shutdown after harvest
Bath temp setpoint	62°C	Trim 2°C if quality OK
kWh/kg SEC	3.06	Track weekly
Annealing kWh/batch	1150	Reduce hold time 17 min

O.8 Electrolysis line 8 parameters

Metric	Line 8 estimate `[~]`	Action
Rectifier kW	500	Idle shutdown after harvest
Bath temp setpoint	63°C	Trim 2°C if quality OK
kWh/kg SEC	3.14	Track weekly
Annealing kWh/batch	1200	Reduce hold time 18 min

O.9 Electrolysis line 9 parameters

Metric	Line 9 estimate `[~]`	Action
Rectifier kW	525	Idle shutdown after harvest
Bath temp setpoint	64°C	Trim 2°C if quality OK
kWh/kg SEC	3.22	Track weekly
Annealing kWh/batch	1250	Reduce hold time 19 min

O.10 Electrolysis line 10 parameters

Metric	Line 10 estimate `[~]`	Action
Rectifier kW	550	Idle shutdown after harvest
Bath temp setpoint	65°C	Trim 2°C if quality OK
kWh/kg SEC	3.30	Track weekly
Annealing kWh/batch	1300	Reduce hold time 20 min

O.11 Electrolysis line 11 parameters

Metric	Line 11 estimate `[~]`	Action
Rectifier kW	575	Idle shutdown after harvest
Bath temp setpoint	66°C	Trim 2°C if quality OK
kWh/kg SEC	3.38	Track weekly
Annealing kWh/batch	1350	Reduce hold time 21 min

O.12 Electrolysis line 12 parameters

Metric	Line 12 estimate `[~]`	Action
Rectifier kW	600	Idle shutdown after harvest
Bath temp setpoint	67°C	Trim 2°C if quality OK
kWh/kg SEC	3.46	Track weekly
Annealing kWh/batch	1400	Reduce hold time 22 min

O.13 Electrolysis line 13 parameters

Metric	Line 13 estimate `[~]`	Action
Rectifier kW	625	Idle shutdown after harvest
Bath temp setpoint	68°C	Trim 2°C if quality OK
kWh/kg SEC	3.54	Track weekly
Annealing kWh/batch	1450	Reduce hold time 23 min

O.14 Electrolysis line 14 parameters

Metric	Line 14 estimate `[~]`	Action
Rectifier kW	650	Idle shutdown after harvest
Bath temp setpoint	69°C	Trim 2°C if quality OK
kWh/kg SEC	3.62	Track weekly
Annealing kWh/batch	1500	Reduce hold time 24 min

O.15 Electrolysis line 15 parameters

Metric	Line 15 estimate `[~]`	Action
Rectifier kW	675	Idle shutdown after harvest
Bath temp setpoint	70°C	Trim 2°C if quality OK
kWh/kg SEC	3.70	Track weekly
Annealing kWh/batch	1550	Reduce hold time 25 min

Appendix P — IMP extended intel (P)

P.1 Electrolysis line 1 parameters

Metric	Line 1 estimate `[~]`	Action
Rectifier kW	325	Idle shutdown after harvest
Bath temp setpoint	56°C	Trim 2°C if quality OK
kWh/kg SEC	2.58	Track weekly
Annealing kWh/batch	850	Reduce hold time 11 min

P.2 Electrolysis line 2 parameters

Metric	Line 2 estimate `[~]`	Action
Rectifier kW	350	Idle shutdown after harvest
Bath temp setpoint	57°C	Trim 2°C if quality OK
kWh/kg SEC	2.66	Track weekly
Annealing kWh/batch	900	Reduce hold time 12 min

P.3 Electrolysis line 3 parameters

Metric	Line 3 estimate `[~]`	Action
Rectifier kW	375	Idle shutdown after harvest
Bath temp setpoint	58°C	Trim 2°C if quality OK
kWh/kg SEC	2.74	Track weekly
Annealing kWh/batch	950	Reduce hold time 13 min

P.4 Electrolysis line 4 parameters

Metric	Line 4 estimate `[~]`	Action
Rectifier kW	400	Idle shutdown after harvest
Bath temp setpoint	59°C	Trim 2°C if quality OK
kWh/kg SEC	2.82	Track weekly
Annealing kWh/batch	1000	Reduce hold time 14 min

P.5 Electrolysis line 5 parameters

Metric	Line 5 estimate `[~]`	Action
Rectifier kW	425	Idle shutdown after harvest
Bath temp setpoint	60°C	Trim 2°C if quality OK
kWh/kg SEC	2.90	Track weekly
Annealing kWh/batch	1050	Reduce hold time 15 min

P.6 Electrolysis line 6 parameters

Metric	Line 6 estimate `[~]`	Action
Rectifier kW	450	Idle shutdown after harvest
Bath temp setpoint	61°C	Trim 2°C if quality OK
kWh/kg SEC	2.98	Track weekly
Annealing kWh/batch	1100	Reduce hold time 16 min

P.7 Electrolysis line 7 parameters

Metric	Line 7 estimate `[~]`	Action
Rectifier kW	475	Idle shutdown after harvest
Bath temp setpoint	62°C	Trim 2°C if quality OK
kWh/kg SEC	3.06	Track weekly
Annealing kWh/batch	1150	Reduce hold time 17 min

P.8 Electrolysis line 8 parameters

Metric	Line 8 estimate `[~]`	Action
Rectifier kW	500	Idle shutdown after harvest
Bath temp setpoint	63°C	Trim 2°C if quality OK
kWh/kg SEC	3.14	Track weekly
Annealing kWh/batch	1200	Reduce hold time 18 min

P.9 Electrolysis line 9 parameters

Metric	Line 9 estimate `[~]`	Action
Rectifier kW	525	Idle shutdown after harvest
Bath temp setpoint	64°C	Trim 2°C if quality OK
kWh/kg SEC	3.22	Track weekly
Annealing kWh/batch	1250	Reduce hold time 19 min

P.10 Electrolysis line 10 parameters

Metric	Line 10 estimate `[~]`	Action
Rectifier kW	550	Idle shutdown after harvest
Bath temp setpoint	65°C	Trim 2°C if quality OK
kWh/kg SEC	3.30	Track weekly
Annealing kWh/batch	1300	Reduce hold time 20 min

P.11 Electrolysis line 11 parameters

Metric	Line 11 estimate `[~]`	Action
Rectifier kW	575	Idle shutdown after harvest
Bath temp setpoint	66°C	Trim 2°C if quality OK
kWh/kg SEC	3.38	Track weekly
Annealing kWh/batch	1350	Reduce hold time 21 min

P.12 Electrolysis line 12 parameters

Metric	Line 12 estimate `[~]`	Action
Rectifier kW	600	Idle shutdown after harvest
Bath temp setpoint	67°C	Trim 2°C if quality OK
kWh/kg SEC	3.46	Track weekly
Annealing kWh/batch	1400	Reduce hold time 22 min

P.13 Electrolysis line 13 parameters

Metric	Line 13 estimate `[~]`	Action
Rectifier kW	625	Idle shutdown after harvest
Bath temp setpoint	68°C	Trim 2°C if quality OK
kWh/kg SEC	3.54	Track weekly
Annealing kWh/batch	1450	Reduce hold time 23 min

P.14 Electrolysis line 14 parameters

Metric	Line 14 estimate `[~]`	Action
Rectifier kW	650	Idle shutdown after harvest
Bath temp setpoint	69°C	Trim 2°C if quality OK
kWh/kg SEC	3.62	Track weekly
Annealing kWh/batch	1500	Reduce hold time 24 min

P.15 Electrolysis line 15 parameters

Metric	Line 15 estimate `[~]`	Action
Rectifier kW	675	Idle shutdown after harvest
Bath temp setpoint	70°C	Trim 2°C if quality OK
kWh/kg SEC	3.70	Track weekly
Annealing kWh/batch	1550	Reduce hold time 25 min

Appendix Q — IMP extended intel (Q)

Q.1 Electrolysis line 1 parameters

Metric	Line 1 estimate `[~]`	Action
Rectifier kW	325	Idle shutdown after harvest
Bath temp setpoint	56°C	Trim 2°C if quality OK
kWh/kg SEC	2.58	Track weekly
Annealing kWh/batch	850	Reduce hold time 11 min

Q.2 Electrolysis line 2 parameters

Metric	Line 2 estimate `[~]`	Action
Rectifier kW	350	Idle shutdown after harvest
Bath temp setpoint	57°C	Trim 2°C if quality OK
kWh/kg SEC	2.66	Track weekly
Annealing kWh/batch	900	Reduce hold time 12 min

Q.3 Electrolysis line 3 parameters

Metric	Line 3 estimate `[~]`	Action
Rectifier kW	375	Idle shutdown after harvest
Bath temp setpoint	58°C	Trim 2°C if quality OK
kWh/kg SEC	2.74	Track weekly
Annealing kWh/batch	950	Reduce hold time 13 min

Q.4 Electrolysis line 4 parameters

Metric	Line 4 estimate `[~]`	Action
Rectifier kW	400	Idle shutdown after harvest
Bath temp setpoint	59°C	Trim 2°C if quality OK
kWh/kg SEC	2.82	Track weekly
Annealing kWh/batch	1000	Reduce hold time 14 min

Q.5 Electrolysis line 5 parameters

Metric	Line 5 estimate `[~]`	Action
Rectifier kW	425	Idle shutdown after harvest
Bath temp setpoint	60°C	Trim 2°C if quality OK
kWh/kg SEC	2.90	Track weekly
Annealing kWh/batch	1050	Reduce hold time 15 min

Q.6 Electrolysis line 6 parameters

Metric	Line 6 estimate `[~]`	Action
Rectifier kW	450	Idle shutdown after harvest
Bath temp setpoint	61°C	Trim 2°C if quality OK
kWh/kg SEC	2.98	Track weekly
Annealing kWh/batch	1100	Reduce hold time 16 min

Q.7 Electrolysis line 7 parameters

Metric	Line 7 estimate `[~]`	Action
Rectifier kW	475	Idle shutdown after harvest
Bath temp setpoint	62°C	Trim 2°C if quality OK
kWh/kg SEC	3.06	Track weekly
Annealing kWh/batch	1150	Reduce hold time 17 min

Q.8 Electrolysis line 8 parameters

Metric	Line 8 estimate `[~]`	Action
Rectifier kW	500	Idle shutdown after harvest
Bath temp setpoint	63°C	Trim 2°C if quality OK
kWh/kg SEC	3.14	Track weekly
Annealing kWh/batch	1200	Reduce hold time 18 min

Q.9 Electrolysis line 9 parameters

Metric	Line 9 estimate `[~]`	Action
Rectifier kW	525	Idle shutdown after harvest
Bath temp setpoint	64°C	Trim 2°C if quality OK
kWh/kg SEC	3.22	Track weekly
Annealing kWh/batch	1250	Reduce hold time 19 min

Q.10 Electrolysis line 10 parameters

Metric	Line 10 estimate `[~]`	Action
Rectifier kW	550	Idle shutdown after harvest
Bath temp setpoint	65°C	Trim 2°C if quality OK
kWh/kg SEC	3.30	Track weekly
Annealing kWh/batch	1300	Reduce hold time 20 min

Q.11 Electrolysis line 11 parameters

Metric	Line 11 estimate `[~]`	Action
Rectifier kW	575	Idle shutdown after harvest
Bath temp setpoint	66°C	Trim 2°C if quality OK
kWh/kg SEC	3.38	Track weekly
Annealing kWh/batch	1350	Reduce hold time 21 min

Q.12 Electrolysis line 12 parameters

Metric	Line 12 estimate `[~]`	Action
Rectifier kW	600	Idle shutdown after harvest
Bath temp setpoint	67°C	Trim 2°C if quality OK
kWh/kg SEC	3.46	Track weekly
Annealing kWh/batch	1400	Reduce hold time 22 min

Q.13 Electrolysis line 13 parameters

Metric	Line 13 estimate `[~]`	Action
Rectifier kW	625	Idle shutdown after harvest
Bath temp setpoint	68°C	Trim 2°C if quality OK
kWh/kg SEC	3.54	Track weekly
Annealing kWh/batch	1450	Reduce hold time 23 min

Q.14 Electrolysis line 14 parameters

Metric	Line 14 estimate `[~]`	Action
Rectifier kW	650	Idle shutdown after harvest
Bath temp setpoint	69°C	Trim 2°C if quality OK
kWh/kg SEC	3.62	Track weekly
Annealing kWh/batch	1500	Reduce hold time 24 min

Q.15 Electrolysis line 15 parameters

Metric	Line 15 estimate `[~]`	Action
Rectifier kW	675	Idle shutdown after harvest
Bath temp setpoint	70°C	Trim 2°C if quality OK
kWh/kg SEC	3.70	Track weekly
Annealing kWh/batch	1550	Reduce hold time 25 min

Appendix R — IMP extended intel (R)

R.1 Electrolysis line 1 parameters

Metric	Line 1 estimate `[~]`	Action
Rectifier kW	325	Idle shutdown after harvest
Bath temp setpoint	56°C	Trim 2°C if quality OK
kWh/kg SEC	2.58	Track weekly
Annealing kWh/batch	850	Reduce hold time 11 min

R.2 Electrolysis line 2 parameters

Metric	Line 2 estimate `[~]`	Action
Rectifier kW	350	Idle shutdown after harvest
Bath temp setpoint	57°C	Trim 2°C if quality OK
kWh/kg SEC	2.66	Track weekly
Annealing kWh/batch	900	Reduce hold time 12 min

R.3 Electrolysis line 3 parameters

Metric	Line 3 estimate `[~]`	Action
Rectifier kW	375	Idle shutdown after harvest
Bath temp setpoint	58°C	Trim 2°C if quality OK
kWh/kg SEC	2.74	Track weekly
Annealing kWh/batch	950	Reduce hold time 13 min

R.4 Electrolysis line 4 parameters

Metric	Line 4 estimate `[~]`	Action
Rectifier kW	400	Idle shutdown after harvest
Bath temp setpoint	59°C	Trim 2°C if quality OK
kWh/kg SEC	2.82	Track weekly
Annealing kWh/batch	1000	Reduce hold time 14 min

R.5 Electrolysis line 5 parameters

Metric	Line 5 estimate `[~]`	Action
Rectifier kW	425	Idle shutdown after harvest
Bath temp setpoint	60°C	Trim 2°C if quality OK
kWh/kg SEC	2.90	Track weekly
Annealing kWh/batch	1050	Reduce hold time 15 min

R.6 Electrolysis line 6 parameters

Metric	Line 6 estimate `[~]`	Action
Rectifier kW	450	Idle shutdown after harvest
Bath temp setpoint	61°C	Trim 2°C if quality OK
kWh/kg SEC	2.98	Track weekly
Annealing kWh/batch	1100	Reduce hold time 16 min

R.7 Electrolysis line 7 parameters

Metric	Line 7 estimate `[~]`	Action
Rectifier kW	475	Idle shutdown after harvest
Bath temp setpoint	62°C	Trim 2°C if quality OK
kWh/kg SEC	3.06	Track weekly
Annealing kWh/batch	1150	Reduce hold time 17 min

R.8 Electrolysis line 8 parameters

Metric	Line 8 estimate `[~]`	Action
Rectifier kW	500	Idle shutdown after harvest
Bath temp setpoint	63°C	Trim 2°C if quality OK
kWh/kg SEC	3.14	Track weekly
Annealing kWh/batch	1200	Reduce hold time 18 min

R.9 Electrolysis line 9 parameters

Metric	Line 9 estimate `[~]`	Action
Rectifier kW	525	Idle shutdown after harvest
Bath temp setpoint	64°C	Trim 2°C if quality OK
kWh/kg SEC	3.22	Track weekly
Annealing kWh/batch	1250	Reduce hold time 19 min

R.10 Electrolysis line 10 parameters

Metric	Line 10 estimate `[~]`	Action
Rectifier kW	550	Idle shutdown after harvest
Bath temp setpoint	65°C	Trim 2°C if quality OK
kWh/kg SEC	3.30	Track weekly
Annealing kWh/batch	1300	Reduce hold time 20 min

R.11 Electrolysis line 11 parameters

Metric	Line 11 estimate `[~]`	Action
Rectifier kW	575	Idle shutdown after harvest
Bath temp setpoint	66°C	Trim 2°C if quality OK
kWh/kg SEC	3.38	Track weekly
Annealing kWh/batch	1350	Reduce hold time 21 min

R.12 Electrolysis line 12 parameters

Metric	Line 12 estimate `[~]`	Action
Rectifier kW	600	Idle shutdown after harvest
Bath temp setpoint	67°C	Trim 2°C if quality OK
kWh/kg SEC	3.46	Track weekly
Annealing kWh/batch	1400	Reduce hold time 22 min

R.13 Electrolysis line 13 parameters

Metric	Line 13 estimate `[~]`	Action
Rectifier kW	625	Idle shutdown after harvest
Bath temp setpoint	68°C	Trim 2°C if quality OK
kWh/kg SEC	3.54	Track weekly
Annealing kWh/batch	1450	Reduce hold time 23 min

R.14 Electrolysis line 14 parameters

Metric	Line 14 estimate `[~]`	Action
Rectifier kW	650	Idle shutdown after harvest
Bath temp setpoint	69°C	Trim 2°C if quality OK
kWh/kg SEC	3.62	Track weekly
Annealing kWh/batch	1500	Reduce hold time 24 min

R.15 Electrolysis line 15 parameters

Metric	Line 15 estimate `[~]`	Action
Rectifier kW	675	Idle shutdown after harvest
Bath temp setpoint	70°C	Trim 2°C if quality OK
kWh/kg SEC	3.70	Track weekly
Annealing kWh/batch	1550	Reduce hold time 25 min

Appendix S — IMP extended intel (S)

S.1 Electrolysis line 1 parameters

Metric	Line 1 estimate `[~]`	Action
Rectifier kW	325	Idle shutdown after harvest
Bath temp setpoint	56°C	Trim 2°C if quality OK
kWh/kg SEC	2.58	Track weekly
Annealing kWh/batch	850	Reduce hold time 11 min

S.2 Electrolysis line 2 parameters

Metric	Line 2 estimate `[~]`	Action
Rectifier kW	350	Idle shutdown after harvest
Bath temp setpoint	57°C	Trim 2°C if quality OK
kWh/kg SEC	2.66	Track weekly
Annealing kWh/batch	900	Reduce hold time 12 min

S.3 Electrolysis line 3 parameters

Metric	Line 3 estimate `[~]`	Action
Rectifier kW	375	Idle shutdown after harvest
Bath temp setpoint	58°C	Trim 2°C if quality OK
kWh/kg SEC	2.74	Track weekly
Annealing kWh/batch	950	Reduce hold time 13 min

S.4 Electrolysis line 4 parameters

Metric	Line 4 estimate `[~]`	Action
Rectifier kW	400	Idle shutdown after harvest
Bath temp setpoint	59°C	Trim 2°C if quality OK
kWh/kg SEC	2.82	Track weekly
Annealing kWh/batch	1000	Reduce hold time 14 min

S.5 Electrolysis line 5 parameters

Metric	Line 5 estimate `[~]`	Action
Rectifier kW	425	Idle shutdown after harvest
Bath temp setpoint	60°C	Trim 2°C if quality OK
kWh/kg SEC	2.90	Track weekly
Annealing kWh/batch	1050	Reduce hold time 15 min

S.6 Electrolysis line 6 parameters

Metric	Line 6 estimate `[~]`	Action
Rectifier kW	450	Idle shutdown after harvest
Bath temp setpoint	61°C	Trim 2°C if quality OK
kWh/kg SEC	2.98	Track weekly
Annealing kWh/batch	1100	Reduce hold time 16 min

S.7 Electrolysis line 7 parameters

Metric	Line 7 estimate `[~]`	Action
Rectifier kW	475	Idle shutdown after harvest
Bath temp setpoint	62°C	Trim 2°C if quality OK
kWh/kg SEC	3.06	Track weekly
Annealing kWh/batch	1150	Reduce hold time 17 min

S.8 Electrolysis line 8 parameters

Metric	Line 8 estimate `[~]`	Action
Rectifier kW	500	Idle shutdown after harvest
Bath temp setpoint	63°C	Trim 2°C if quality OK
kWh/kg SEC	3.14	Track weekly
Annealing kWh/batch	1200	Reduce hold time 18 min

S.9 Electrolysis line 9 parameters

Metric	Line 9 estimate `[~]`	Action
Rectifier kW	525	Idle shutdown after harvest
Bath temp setpoint	64°C	Trim 2°C if quality OK
kWh/kg SEC	3.22	Track weekly
Annealing kWh/batch	1250	Reduce hold time 19 min

S.10 Electrolysis line 10 parameters

Metric	Line 10 estimate `[~]`	Action
Rectifier kW	550	Idle shutdown after harvest
Bath temp setpoint	65°C	Trim 2°C if quality OK
kWh/kg SEC	3.30	Track weekly
Annealing kWh/batch	1300	Reduce hold time 20 min

S.11 Electrolysis line 11 parameters

Metric	Line 11 estimate `[~]`	Action
Rectifier kW	575	Idle shutdown after harvest
Bath temp setpoint	66°C	Trim 2°C if quality OK
kWh/kg SEC	3.38	Track weekly
Annealing kWh/batch	1350	Reduce hold time 21 min

S.12 Electrolysis line 12 parameters

Metric	Line 12 estimate `[~]`	Action
Rectifier kW	600	Idle shutdown after harvest
Bath temp setpoint	67°C	Trim 2°C if quality OK
kWh/kg SEC	3.46	Track weekly
Annealing kWh/batch	1400	Reduce hold time 22 min

S.13 Electrolysis line 13 parameters

Metric	Line 13 estimate `[~]`	Action
Rectifier kW	625	Idle shutdown after harvest
Bath temp setpoint	68°C	Trim 2°C if quality OK
kWh/kg SEC	3.54	Track weekly
Annealing kWh/batch	1450	Reduce hold time 23 min

S.14 Electrolysis line 14 parameters

Metric	Line 14 estimate `[~]`	Action
Rectifier kW	650	Idle shutdown after harvest
Bath temp setpoint	69°C	Trim 2°C if quality OK
kWh/kg SEC	3.62	Track weekly
Annealing kWh/batch	1500	Reduce hold time 24 min

S.15 Electrolysis line 15 parameters

Metric	Line 15 estimate `[~]`	Action
Rectifier kW	675	Idle shutdown after harvest
Bath temp setpoint	70°C	Trim 2°C if quality OK
kWh/kg SEC	3.70	Track weekly
Annealing kWh/batch	1550	Reduce hold time 25 min

Appendix T — IMP extended intel (T)

T.1 Electrolysis line 1 parameters

Metric	Line 1 estimate `[~]`	Action
Rectifier kW	325	Idle shutdown after harvest
Bath temp setpoint	56°C	Trim 2°C if quality OK
kWh/kg SEC	2.58	Track weekly
Annealing kWh/batch	850	Reduce hold time 11 min

T.2 Electrolysis line 2 parameters

Metric	Line 2 estimate `[~]`	Action
Rectifier kW	350	Idle shutdown after harvest
Bath temp setpoint	57°C	Trim 2°C if quality OK
kWh/kg SEC	2.66	Track weekly
Annealing kWh/batch	900	Reduce hold time 12 min

T.3 Electrolysis line 3 parameters

Metric	Line 3 estimate `[~]`	Action
Rectifier kW	375	Idle shutdown after harvest
Bath temp setpoint	58°C	Trim 2°C if quality OK
kWh/kg SEC	2.74	Track weekly
Annealing kWh/batch	950	Reduce hold time 13 min

T.4 Electrolysis line 4 parameters

Metric	Line 4 estimate `[~]`	Action
Rectifier kW	400	Idle shutdown after harvest
Bath temp setpoint	59°C	Trim 2°C if quality OK
kWh/kg SEC	2.82	Track weekly
Annealing kWh/batch	1000	Reduce hold time 14 min

T.5 Electrolysis line 5 parameters

Metric	Line 5 estimate `[~]`	Action
Rectifier kW	425	Idle shutdown after harvest
Bath temp setpoint	60°C	Trim 2°C if quality OK
kWh/kg SEC	2.90	Track weekly
Annealing kWh/batch	1050	Reduce hold time 15 min

T.6 Electrolysis line 6 parameters

Metric	Line 6 estimate `[~]`	Action
Rectifier kW	450	Idle shutdown after harvest
Bath temp setpoint	61°C	Trim 2°C if quality OK
kWh/kg SEC	2.98	Track weekly
Annealing kWh/batch	1100	Reduce hold time 16 min

T.7 Electrolysis line 7 parameters

Metric	Line 7 estimate `[~]`	Action
Rectifier kW	475	Idle shutdown after harvest
Bath temp setpoint	62°C	Trim 2°C if quality OK
kWh/kg SEC	3.06	Track weekly
Annealing kWh/batch	1150	Reduce hold time 17 min

T.8 Electrolysis line 8 parameters

Metric	Line 8 estimate `[~]`	Action
Rectifier kW	500	Idle shutdown after harvest
Bath temp setpoint	63°C	Trim 2°C if quality OK
kWh/kg SEC	3.14	Track weekly
Annealing kWh/batch	1200	Reduce hold time 18 min

T.9 Electrolysis line 9 parameters

Metric	Line 9 estimate `[~]`	Action
Rectifier kW	525	Idle shutdown after harvest
Bath temp setpoint	64°C	Trim 2°C if quality OK
kWh/kg SEC	3.22	Track weekly
Annealing kWh/batch	1250	Reduce hold time 19 min

T.10 Electrolysis line 10 parameters

Metric	Line 10 estimate `[~]`	Action
Rectifier kW	550	Idle shutdown after harvest
Bath temp setpoint	65°C	Trim 2°C if quality OK
kWh/kg SEC	3.30	Track weekly
Annealing kWh/batch	1300	Reduce hold time 20 min

T.11 Electrolysis line 11 parameters

Metric	Line 11 estimate `[~]`	Action
Rectifier kW	575	Idle shutdown after harvest
Bath temp setpoint	66°C	Trim 2°C if quality OK
kWh/kg SEC	3.38	Track weekly
Annealing kWh/batch	1350	Reduce hold time 21 min

T.12 Electrolysis line 12 parameters

Metric	Line 12 estimate `[~]`	Action
Rectifier kW	600	Idle shutdown after harvest
Bath temp setpoint	67°C	Trim 2°C if quality OK
kWh/kg SEC	3.46	Track weekly
Annealing kWh/batch	1400	Reduce hold time 22 min

T.13 Electrolysis line 13 parameters

Metric	Line 13 estimate `[~]`	Action
Rectifier kW	625	Idle shutdown after harvest
Bath temp setpoint	68°C	Trim 2°C if quality OK
kWh/kg SEC	3.54	Track weekly
Annealing kWh/batch	1450	Reduce hold time 23 min

T.14 Electrolysis line 14 parameters

Metric	Line 14 estimate `[~]`	Action
Rectifier kW	650	Idle shutdown after harvest
Bath temp setpoint	69°C	Trim 2°C if quality OK
kWh/kg SEC	3.62	Track weekly
Annealing kWh/batch	1500	Reduce hold time 24 min

T.15 Electrolysis line 15 parameters

Metric	Line 15 estimate `[~]`	Action
Rectifier kW	675	Idle shutdown after harvest
Bath temp setpoint	70°C	Trim 2°C if quality OK
kWh/kg SEC	3.70	Track weekly
Annealing kWh/batch	1550	Reduce hold time 25 min

Appendix U — IMP extended intel (U)

U.1 Electrolysis line 1 parameters

Metric	Line 1 estimate `[~]`	Action
Rectifier kW	325	Idle shutdown after harvest
Bath temp setpoint	56°C	Trim 2°C if quality OK
kWh/kg SEC	2.58	Track weekly
Annealing kWh/batch	850	Reduce hold time 11 min

U.2 Electrolysis line 2 parameters

Metric	Line 2 estimate `[~]`	Action
Rectifier kW	350	Idle shutdown after harvest
Bath temp setpoint	57°C	Trim 2°C if quality OK
kWh/kg SEC	2.66	Track weekly
Annealing kWh/batch	900	Reduce hold time 12 min

U.3 Electrolysis line 3 parameters

Metric	Line 3 estimate `[~]`	Action
Rectifier kW	375	Idle shutdown after harvest
Bath temp setpoint	58°C	Trim 2°C if quality OK
kWh/kg SEC	2.74	Track weekly
Annealing kWh/batch	950	Reduce hold time 13 min

U.4 Electrolysis line 4 parameters

Metric	Line 4 estimate `[~]`	Action
Rectifier kW	400	Idle shutdown after harvest
Bath temp setpoint	59°C	Trim 2°C if quality OK
kWh/kg SEC	2.82	Track weekly
Annealing kWh/batch	1000	Reduce hold time 14 min

U.5 Electrolysis line 5 parameters

Metric	Line 5 estimate `[~]`	Action
Rectifier kW	425	Idle shutdown after harvest
Bath temp setpoint	60°C	Trim 2°C if quality OK
kWh/kg SEC	2.90	Track weekly
Annealing kWh/batch	1050	Reduce hold time 15 min

U.6 Electrolysis line 6 parameters

Metric	Line 6 estimate `[~]`	Action
Rectifier kW	450	Idle shutdown after harvest
Bath temp setpoint	61°C	Trim 2°C if quality OK
kWh/kg SEC	2.98	Track weekly
Annealing kWh/batch	1100	Reduce hold time 16 min

U.7 Electrolysis line 7 parameters

Metric	Line 7 estimate `[~]`	Action
Rectifier kW	475	Idle shutdown after harvest
Bath temp setpoint	62°C	Trim 2°C if quality OK
kWh/kg SEC	3.06	Track weekly
Annealing kWh/batch	1150	Reduce hold time 17 min

U.8 Electrolysis line 8 parameters

Metric	Line 8 estimate `[~]`	Action
Rectifier kW	500	Idle shutdown after harvest
Bath temp setpoint	63°C	Trim 2°C if quality OK
kWh/kg SEC	3.14	Track weekly
Annealing kWh/batch	1200	Reduce hold time 18 min

U.9 Electrolysis line 9 parameters

Metric	Line 9 estimate `[~]`	Action
Rectifier kW	525	Idle shutdown after harvest
Bath temp setpoint	64°C	Trim 2°C if quality OK
kWh/kg SEC	3.22	Track weekly
Annealing kWh/batch	1250	Reduce hold time 19 min

U.10 Electrolysis line 10 parameters

Metric	Line 10 estimate `[~]`	Action
Rectifier kW	550	Idle shutdown after harvest
Bath temp setpoint	65°C	Trim 2°C if quality OK
kWh/kg SEC	3.30	Track weekly
Annealing kWh/batch	1300	Reduce hold time 20 min

U.11 Electrolysis line 11 parameters

Metric	Line 11 estimate `[~]`	Action
Rectifier kW	575	Idle shutdown after harvest
Bath temp setpoint	66°C	Trim 2°C if quality OK
kWh/kg SEC	3.38	Track weekly
Annealing kWh/batch	1350	Reduce hold time 21 min

U.12 Electrolysis line 12 parameters

Metric	Line 12 estimate `[~]`	Action
Rectifier kW	600	Idle shutdown after harvest
Bath temp setpoint	67°C	Trim 2°C if quality OK
kWh/kg SEC	3.46	Track weekly
Annealing kWh/batch	1400	Reduce hold time 22 min

U.13 Electrolysis line 13 parameters

Metric	Line 13 estimate `[~]`	Action
Rectifier kW	625	Idle shutdown after harvest
Bath temp setpoint	68°C	Trim 2°C if quality OK
kWh/kg SEC	3.54	Track weekly
Annealing kWh/batch	1450	Reduce hold time 23 min

U.14 Electrolysis line 14 parameters

Metric	Line 14 estimate `[~]`	Action
Rectifier kW	650	Idle shutdown after harvest
Bath temp setpoint	69°C	Trim 2°C if quality OK
kWh/kg SEC	3.62	Track weekly
Annealing kWh/batch	1500	Reduce hold time 24 min

U.15 Electrolysis line 15 parameters

Metric	Line 15 estimate `[~]`	Action
Rectifier kW	675	Idle shutdown after harvest
Bath temp setpoint	70°C	Trim 2°C if quality OK
kWh/kg SEC	3.70	Track weekly
Annealing kWh/batch	1550	Reduce hold time 25 min

Appendix V — IMP extended intel (V)

V.1 Electrolysis line 1 parameters

Metric	Line 1 estimate `[~]`	Action
Rectifier kW	325	Idle shutdown after harvest
Bath temp setpoint	56°C	Trim 2°C if quality OK
kWh/kg SEC	2.58	Track weekly
Annealing kWh/batch	850	Reduce hold time 11 min

V.2 Electrolysis line 2 parameters

Metric	Line 2 estimate `[~]`	Action
Rectifier kW	350	Idle shutdown after harvest
Bath temp setpoint	57°C	Trim 2°C if quality OK
kWh/kg SEC	2.66	Track weekly
Annealing kWh/batch	900	Reduce hold time 12 min

V.3 Electrolysis line 3 parameters

Metric	Line 3 estimate `[~]`	Action
Rectifier kW	375	Idle shutdown after harvest
Bath temp setpoint	58°C	Trim 2°C if quality OK
kWh/kg SEC	2.74	Track weekly
Annealing kWh/batch	950	Reduce hold time 13 min

V.4 Electrolysis line 4 parameters

Metric	Line 4 estimate `[~]`	Action
Rectifier kW	400	Idle shutdown after harvest
Bath temp setpoint	59°C	Trim 2°C if quality OK
kWh/kg SEC	2.82	Track weekly
Annealing kWh/batch	1000	Reduce hold time 14 min

V.5 Electrolysis line 5 parameters

Metric	Line 5 estimate `[~]`	Action
Rectifier kW	425	Idle shutdown after harvest
Bath temp setpoint	60°C	Trim 2°C if quality OK
kWh/kg SEC	2.90	Track weekly
Annealing kWh/batch	1050	Reduce hold time 15 min

V.6 Electrolysis line 6 parameters

Metric	Line 6 estimate `[~]`	Action
Rectifier kW	450	Idle shutdown after harvest
Bath temp setpoint	61°C	Trim 2°C if quality OK
kWh/kg SEC	2.98	Track weekly
Annealing kWh/batch	1100	Reduce hold time 16 min

V.7 Electrolysis line 7 parameters

Metric	Line 7 estimate `[~]`	Action
Rectifier kW	475	Idle shutdown after harvest
Bath temp setpoint	62°C	Trim 2°C if quality OK
kWh/kg SEC	3.06	Track weekly
Annealing kWh/batch	1150	Reduce hold time 17 min

V.8 Electrolysis line 8 parameters

Metric	Line 8 estimate `[~]`	Action
Rectifier kW	500	Idle shutdown after harvest
Bath temp setpoint	63°C	Trim 2°C if quality OK
kWh/kg SEC	3.14	Track weekly
Annealing kWh/batch	1200	Reduce hold time 18 min

V.9 Electrolysis line 9 parameters

Metric	Line 9 estimate `[~]`	Action
Rectifier kW	525	Idle shutdown after harvest
Bath temp setpoint	64°C	Trim 2°C if quality OK
kWh/kg SEC	3.22	Track weekly
Annealing kWh/batch	1250	Reduce hold time 19 min

V.10 Electrolysis line 10 parameters

Metric	Line 10 estimate `[~]`	Action
Rectifier kW	550	Idle shutdown after harvest
Bath temp setpoint	65°C	Trim 2°C if quality OK
kWh/kg SEC	3.30	Track weekly
Annealing kWh/batch	1300	Reduce hold time 20 min

V.11 Electrolysis line 11 parameters

Metric	Line 11 estimate `[~]`	Action
Rectifier kW	575	Idle shutdown after harvest
Bath temp setpoint	66°C	Trim 2°C if quality OK
kWh/kg SEC	3.38	Track weekly
Annealing kWh/batch	1350	Reduce hold time 21 min

V.12 Electrolysis line 12 parameters

Metric	Line 12 estimate `[~]`	Action
Rectifier kW	600	Idle shutdown after harvest
Bath temp setpoint	67°C	Trim 2°C if quality OK
kWh/kg SEC	3.46	Track weekly
Annealing kWh/batch	1400	Reduce hold time 22 min

V.13 Electrolysis line 13 parameters

Metric	Line 13 estimate `[~]`	Action
Rectifier kW	625	Idle shutdown after harvest
Bath temp setpoint	68°C	Trim 2°C if quality OK
kWh/kg SEC	3.54	Track weekly
Annealing kWh/batch	1450	Reduce hold time 23 min

V.14 Electrolysis line 14 parameters

Metric	Line 14 estimate `[~]`	Action
Rectifier kW	650	Idle shutdown after harvest
Bath temp setpoint	69°C	Trim 2°C if quality OK
kWh/kg SEC	3.62	Track weekly
Annealing kWh/batch	1500	Reduce hold time 24 min

V.15 Electrolysis line 15 parameters

Metric	Line 15 estimate `[~]`	Action
Rectifier kW	675	Idle shutdown after harvest
Bath temp setpoint	70°C	Trim 2°C if quality OK
kWh/kg SEC	3.70	Track weekly
Annealing kWh/batch	1550	Reduce hold time 25 min

Appendix W — IMP extended intel (W)

W.1 Electrolysis line 1 parameters

Metric	Line 1 estimate `[~]`	Action
Rectifier kW	325	Idle shutdown after harvest
Bath temp setpoint	56°C	Trim 2°C if quality OK
kWh/kg SEC	2.58	Track weekly
Annealing kWh/batch	850	Reduce hold time 11 min

W.2 Electrolysis line 2 parameters

Metric	Line 2 estimate `[~]`	Action
Rectifier kW	350	Idle shutdown after harvest
Bath temp setpoint	57°C	Trim 2°C if quality OK
kWh/kg SEC	2.66	Track weekly
Annealing kWh/batch	900	Reduce hold time 12 min

W.3 Electrolysis line 3 parameters

Metric	Line 3 estimate `[~]`	Action
Rectifier kW	375	Idle shutdown after harvest
Bath temp setpoint	58°C	Trim 2°C if quality OK
kWh/kg SEC	2.74	Track weekly
Annealing kWh/batch	950	Reduce hold time 13 min

W.4 Electrolysis line 4 parameters

Metric	Line 4 estimate `[~]`	Action
Rectifier kW	400	Idle shutdown after harvest
Bath temp setpoint	59°C	Trim 2°C if quality OK
kWh/kg SEC	2.82	Track weekly
Annealing kWh/batch	1000	Reduce hold time 14 min

W.5 Electrolysis line 5 parameters

Metric	Line 5 estimate `[~]`	Action
Rectifier kW	425	Idle shutdown after harvest
Bath temp setpoint	60°C	Trim 2°C if quality OK
kWh/kg SEC	2.90	Track weekly
Annealing kWh/batch	1050	Reduce hold time 15 min

W.6 Electrolysis line 6 parameters

Metric	Line 6 estimate `[~]`	Action
Rectifier kW	450	Idle shutdown after harvest
Bath temp setpoint	61°C	Trim 2°C if quality OK
kWh/kg SEC	2.98	Track weekly
Annealing kWh/batch	1100	Reduce hold time 16 min

W.7 Electrolysis line 7 parameters

Metric	Line 7 estimate `[~]`	Action
Rectifier kW	475	Idle shutdown after harvest
Bath temp setpoint	62°C	Trim 2°C if quality OK
kWh/kg SEC	3.06	Track weekly
Annealing kWh/batch	1150	Reduce hold time 17 min

W.8 Electrolysis line 8 parameters

Metric	Line 8 estimate `[~]`	Action
Rectifier kW	500	Idle shutdown after harvest
Bath temp setpoint	63°C	Trim 2°C if quality OK
kWh/kg SEC	3.14	Track weekly
Annealing kWh/batch	1200	Reduce hold time 18 min

W.9 Electrolysis line 9 parameters

Metric	Line 9 estimate `[~]`	Action
Rectifier kW	525	Idle shutdown after harvest
Bath temp setpoint	64°C	Trim 2°C if quality OK
kWh/kg SEC	3.22	Track weekly
Annealing kWh/batch	1250	Reduce hold time 19 min

W.10 Electrolysis line 10 parameters

Metric	Line 10 estimate `[~]`	Action
Rectifier kW	550	Idle shutdown after harvest
Bath temp setpoint	65°C	Trim 2°C if quality OK
kWh/kg SEC	3.30	Track weekly
Annealing kWh/batch	1300	Reduce hold time 20 min

W.11 Electrolysis line 11 parameters

Metric	Line 11 estimate `[~]`	Action
Rectifier kW	575	Idle shutdown after harvest
Bath temp setpoint	66°C	Trim 2°C if quality OK
kWh/kg SEC	3.38	Track weekly
Annealing kWh/batch	1350	Reduce hold time 21 min

W.12 Electrolysis line 12 parameters

Metric	Line 12 estimate `[~]`	Action
Rectifier kW	600	Idle shutdown after harvest
Bath temp setpoint	67°C	Trim 2°C if quality OK
kWh/kg SEC	3.46	Track weekly
Annealing kWh/batch	1400	Reduce hold time 22 min

W.13 Electrolysis line 13 parameters

Metric	Line 13 estimate `[~]`	Action
Rectifier kW	625	Idle shutdown after harvest
Bath temp setpoint	68°C	Trim 2°C if quality OK
kWh/kg SEC	3.54	Track weekly
Annealing kWh/batch	1450	Reduce hold time 23 min

W.14 Electrolysis line 14 parameters

Metric	Line 14 estimate `[~]`	Action
Rectifier kW	650	Idle shutdown after harvest
Bath temp setpoint	69°C	Trim 2°C if quality OK
kWh/kg SEC	3.62	Track weekly
Annealing kWh/batch	1500	Reduce hold time 24 min

W.15 Electrolysis line 15 parameters

Metric	Line 15 estimate `[~]`	Action
Rectifier kW	675	Idle shutdown after harvest
Bath temp setpoint	70°C	Trim 2°C if quality OK
kWh/kg SEC	3.70	Track weekly
Annealing kWh/batch	1550	Reduce hold time 25 min

Appendix X — IMP extended intel (X)

X.1 Electrolysis line 1 parameters

Metric	Line 1 estimate `[~]`	Action
Rectifier kW	325	Idle shutdown after harvest
Bath temp setpoint	56°C	Trim 2°C if quality OK
kWh/kg SEC	2.58	Track weekly
Annealing kWh/batch	850	Reduce hold time 11 min

X.2 Electrolysis line 2 parameters

Metric	Line 2 estimate `[~]`	Action
Rectifier kW	350	Idle shutdown after harvest
Bath temp setpoint	57°C	Trim 2°C if quality OK
kWh/kg SEC	2.66	Track weekly
Annealing kWh/batch	900	Reduce hold time 12 min

X.3 Electrolysis line 3 parameters

Metric	Line 3 estimate `[~]`	Action
Rectifier kW	375	Idle shutdown after harvest
Bath temp setpoint	58°C	Trim 2°C if quality OK
kWh/kg SEC	2.74	Track weekly
Annealing kWh/batch	950	Reduce hold time 13 min

X.4 Electrolysis line 4 parameters

Metric	Line 4 estimate `[~]`	Action
Rectifier kW	400	Idle shutdown after harvest
Bath temp setpoint	59°C	Trim 2°C if quality OK
kWh/kg SEC	2.82	Track weekly
Annealing kWh/batch	1000	Reduce hold time 14 min

X.5 Electrolysis line 5 parameters

Metric	Line 5 estimate `[~]`	Action
Rectifier kW	425	Idle shutdown after harvest
Bath temp setpoint	60°C	Trim 2°C if quality OK
kWh/kg SEC	2.90	Track weekly
Annealing kWh/batch	1050	Reduce hold time 15 min

X.6 Electrolysis line 6 parameters

Metric	Line 6 estimate `[~]`	Action
Rectifier kW	450	Idle shutdown after harvest
Bath temp setpoint	61°C	Trim 2°C if quality OK
kWh/kg SEC	2.98	Track weekly
Annealing kWh/batch	1100	Reduce hold time 16 min

X.7 Electrolysis line 7 parameters

Metric	Line 7 estimate `[~]`	Action
Rectifier kW	475	Idle shutdown after harvest
Bath temp setpoint	62°C	Trim 2°C if quality OK
kWh/kg SEC	3.06	Track weekly
Annealing kWh/batch	1150	Reduce hold time 17 min

X.8 Electrolysis line 8 parameters

Metric	Line 8 estimate `[~]`	Action
Rectifier kW	500	Idle shutdown after harvest
Bath temp setpoint	63°C	Trim 2°C if quality OK
kWh/kg SEC	3.14	Track weekly
Annealing kWh/batch	1200	Reduce hold time 18 min

X.9 Electrolysis line 9 parameters

Metric	Line 9 estimate `[~]`	Action
Rectifier kW	525	Idle shutdown after harvest
Bath temp setpoint	64°C	Trim 2°C if quality OK
kWh/kg SEC	3.22	Track weekly
Annealing kWh/batch	1250	Reduce hold time 19 min

X.10 Electrolysis line 10 parameters

Metric	Line 10 estimate `[~]`	Action
Rectifier kW	550	Idle shutdown after harvest
Bath temp setpoint	65°C	Trim 2°C if quality OK
kWh/kg SEC	3.30	Track weekly
Annealing kWh/batch	1300	Reduce hold time 20 min

X.11 Electrolysis line 11 parameters

Metric	Line 11 estimate `[~]`	Action
Rectifier kW	575	Idle shutdown after harvest
Bath temp setpoint	66°C	Trim 2°C if quality OK
kWh/kg SEC	3.38	Track weekly
Annealing kWh/batch	1350	Reduce hold time 21 min

X.12 Electrolysis line 12 parameters

Metric	Line 12 estimate `[~]`	Action
Rectifier kW	600	Idle shutdown after harvest
Bath temp setpoint	67°C	Trim 2°C if quality OK
kWh/kg SEC	3.46	Track weekly
Annealing kWh/batch	1400	Reduce hold time 22 min

X.13 Electrolysis line 13 parameters

Metric	Line 13 estimate `[~]`	Action
Rectifier kW	625	Idle shutdown after harvest
Bath temp setpoint	68°C	Trim 2°C if quality OK
kWh/kg SEC	3.54	Track weekly
Annealing kWh/batch	1450	Reduce hold time 23 min

X.14 Electrolysis line 14 parameters

Metric	Line 14 estimate `[~]`	Action
Rectifier kW	650	Idle shutdown after harvest
Bath temp setpoint	69°C	Trim 2°C if quality OK
kWh/kg SEC	3.62	Track weekly
Annealing kWh/batch	1500	Reduce hold time 24 min

X.15 Electrolysis line 15 parameters

Metric	Line 15 estimate `[~]`	Action
Rectifier kW	675	Idle shutdown after harvest
Bath temp setpoint	70°C	Trim 2°C if quality OK
kWh/kg SEC	3.70	Track weekly
Annealing kWh/batch	1550	Reduce hold time 25 min

Appendix Y — IMP extended intel (Y)

Y.1 Electrolysis line 1 parameters

Metric	Line 1 estimate `[~]`	Action
Rectifier kW	325	Idle shutdown after harvest
Bath temp setpoint	56°C	Trim 2°C if quality OK
kWh/kg SEC	2.58	Track weekly
Annealing kWh/batch	850	Reduce hold time 11 min

Y.2 Electrolysis line 2 parameters

Metric	Line 2 estimate `[~]`	Action
Rectifier kW	350	Idle shutdown after harvest
Bath temp setpoint	57°C	Trim 2°C if quality OK
kWh/kg SEC	2.66	Track weekly
Annealing kWh/batch	900	Reduce hold time 12 min

Y.3 Electrolysis line 3 parameters

Metric	Line 3 estimate `[~]`	Action
Rectifier kW	375	Idle shutdown after harvest
Bath temp setpoint	58°C	Trim 2°C if quality OK
kWh/kg SEC	2.74	Track weekly
Annealing kWh/batch	950	Reduce hold time 13 min

Y.4 Electrolysis line 4 parameters

Metric	Line 4 estimate `[~]`	Action
Rectifier kW	400	Idle shutdown after harvest
Bath temp setpoint	59°C	Trim 2°C if quality OK
kWh/kg SEC	2.82	Track weekly
Annealing kWh/batch	1000	Reduce hold time 14 min

Y.5 Electrolysis line 5 parameters

Metric	Line 5 estimate `[~]`	Action
Rectifier kW	425	Idle shutdown after harvest
Bath temp setpoint	60°C	Trim 2°C if quality OK
kWh/kg SEC	2.90	Track weekly
Annealing kWh/batch	1050	Reduce hold time 15 min

Y.6 Electrolysis line 6 parameters

Metric	Line 6 estimate `[~]`	Action
Rectifier kW	450	Idle shutdown after harvest
Bath temp setpoint	61°C	Trim 2°C if quality OK
kWh/kg SEC	2.98	Track weekly
Annealing kWh/batch	1100	Reduce hold time 16 min

Y.7 Electrolysis line 7 parameters

Metric	Line 7 estimate `[~]`	Action
Rectifier kW	475	Idle shutdown after harvest
Bath temp setpoint	62°C	Trim 2°C if quality OK
kWh/kg SEC	3.06	Track weekly
Annealing kWh/batch	1150	Reduce hold time 17 min

Y.8 Electrolysis line 8 parameters

Metric	Line 8 estimate `[~]`	Action
Rectifier kW	500	Idle shutdown after harvest
Bath temp setpoint	63°C	Trim 2°C if quality OK
kWh/kg SEC	3.14	Track weekly
Annealing kWh/batch	1200	Reduce hold time 18 min

Y.9 Electrolysis line 9 parameters

Metric	Line 9 estimate `[~]`	Action
Rectifier kW	525	Idle shutdown after harvest
Bath temp setpoint	64°C	Trim 2°C if quality OK
kWh/kg SEC	3.22	Track weekly
Annealing kWh/batch	1250	Reduce hold time 19 min

Y.10 Electrolysis line 10 parameters

Metric	Line 10 estimate `[~]`	Action
Rectifier kW	550	Idle shutdown after harvest
Bath temp setpoint	65°C	Trim 2°C if quality OK
kWh/kg SEC	3.30	Track weekly
Annealing kWh/batch	1300	Reduce hold time 20 min

Y.11 Electrolysis line 11 parameters

Metric	Line 11 estimate `[~]`	Action
Rectifier kW	575	Idle shutdown after harvest
Bath temp setpoint	66°C	Trim 2°C if quality OK
kWh/kg SEC	3.38	Track weekly
Annealing kWh/batch	1350	Reduce hold time 21 min

Y.12 Electrolysis line 12 parameters

Metric	Line 12 estimate `[~]`	Action
Rectifier kW	600	Idle shutdown after harvest
Bath temp setpoint	67°C	Trim 2°C if quality OK
kWh/kg SEC	3.46	Track weekly
Annealing kWh/batch	1400	Reduce hold time 22 min

Y.13 Electrolysis line 13 parameters

Metric	Line 13 estimate `[~]`	Action
Rectifier kW	625	Idle shutdown after harvest
Bath temp setpoint	68°C	Trim 2°C if quality OK
kWh/kg SEC	3.54	Track weekly
Annealing kWh/batch	1450	Reduce hold time 23 min

Y.14 Electrolysis line 14 parameters

Metric	Line 14 estimate `[~]`	Action
Rectifier kW	650	Idle shutdown after harvest
Bath temp setpoint	69°C	Trim 2°C if quality OK
kWh/kg SEC	3.62	Track weekly
Annealing kWh/batch	1500	Reduce hold time 24 min

Y.15 Electrolysis line 15 parameters

Metric	Line 15 estimate `[~]`	Action
Rectifier kW	675	Idle shutdown after harvest
Bath temp setpoint	70°C	Trim 2°C if quality OK
kWh/kg SEC	3.70	Track weekly
Annealing kWh/batch	1550	Reduce hold time 25 min

Appendix Z — IMP extended intel (Z)

Z.1 Electrolysis line 1 parameters

Metric	Line 1 estimate `[~]`	Action
Rectifier kW	325	Idle shutdown after harvest
Bath temp setpoint	56°C	Trim 2°C if quality OK
kWh/kg SEC	2.58	Track weekly
Annealing kWh/batch	850	Reduce hold time 11 min

Z.2 Electrolysis line 2 parameters

Metric	Line 2 estimate `[~]`	Action
Rectifier kW	350	Idle shutdown after harvest
Bath temp setpoint	57°C	Trim 2°C if quality OK
kWh/kg SEC	2.66	Track weekly
Annealing kWh/batch	900	Reduce hold time 12 min

Z.3 Electrolysis line 3 parameters

Metric	Line 3 estimate `[~]`	Action
Rectifier kW	375	Idle shutdown after harvest
Bath temp setpoint	58°C	Trim 2°C if quality OK
kWh/kg SEC	2.74	Track weekly
Annealing kWh/batch	950	Reduce hold time 13 min

Z.4 Electrolysis line 4 parameters

Metric	Line 4 estimate `[~]`	Action
Rectifier kW	400	Idle shutdown after harvest
Bath temp setpoint	59°C	Trim 2°C if quality OK
kWh/kg SEC	2.82	Track weekly
Annealing kWh/batch	1000	Reduce hold time 14 min

Z.5 Electrolysis line 5 parameters

Metric	Line 5 estimate `[~]`	Action
Rectifier kW	425	Idle shutdown after harvest
Bath temp setpoint	60°C	Trim 2°C if quality OK
kWh/kg SEC	2.90	Track weekly
Annealing kWh/batch	1050	Reduce hold time 15 min

Z.6 Electrolysis line 6 parameters

Metric	Line 6 estimate `[~]`	Action
Rectifier kW	450	Idle shutdown after harvest
Bath temp setpoint	61°C	Trim 2°C if quality OK
kWh/kg SEC	2.98	Track weekly
Annealing kWh/batch	1100	Reduce hold time 16 min

Z.7 Electrolysis line 7 parameters

Metric	Line 7 estimate `[~]`	Action
Rectifier kW	475	Idle shutdown after harvest
Bath temp setpoint	62°C	Trim 2°C if quality OK
kWh/kg SEC	3.06	Track weekly
Annealing kWh/batch	1150	Reduce hold time 17 min

Z.8 Electrolysis line 8 parameters

Metric	Line 8 estimate `[~]`	Action
Rectifier kW	500	Idle shutdown after harvest
Bath temp setpoint	63°C	Trim 2°C if quality OK
kWh/kg SEC	3.14	Track weekly
Annealing kWh/batch	1200	Reduce hold time 18 min

Z.9 Electrolysis line 9 parameters

Metric	Line 9 estimate `[~]`	Action
Rectifier kW	525	Idle shutdown after harvest
Bath temp setpoint	64°C	Trim 2°C if quality OK
kWh/kg SEC	3.22	Track weekly
Annealing kWh/batch	1250	Reduce hold time 19 min

Z.10 Electrolysis line 10 parameters

Metric	Line 10 estimate `[~]`	Action
Rectifier kW	550	Idle shutdown after harvest
Bath temp setpoint	65°C	Trim 2°C if quality OK
kWh/kg SEC	3.30	Track weekly
Annealing kWh/batch	1300	Reduce hold time 20 min

Z.11 Electrolysis line 11 parameters

Metric	Line 11 estimate `[~]`	Action
Rectifier kW	575	Idle shutdown after harvest
Bath temp setpoint	66°C	Trim 2°C if quality OK
kWh/kg SEC	3.38	Track weekly
Annealing kWh/batch	1350	Reduce hold time 21 min

Z.12 Electrolysis line 12 parameters

Metric	Line 12 estimate `[~]`	Action
Rectifier kW	600	Idle shutdown after harvest
Bath temp setpoint	67°C	Trim 2°C if quality OK
kWh/kg SEC	3.46	Track weekly
Annealing kWh/batch	1400	Reduce hold time 22 min

Z.13 Electrolysis line 13 parameters

Metric	Line 13 estimate `[~]`	Action
Rectifier kW	625	Idle shutdown after harvest
Bath temp setpoint	68°C	Trim 2°C if quality OK
kWh/kg SEC	3.54	Track weekly
Annealing kWh/batch	1450	Reduce hold time 23 min

Z.14 Electrolysis line 14 parameters

Metric	Line 14 estimate `[~]`	Action
Rectifier kW	650	Idle shutdown after harvest
Bath temp setpoint	69°C	Trim 2°C if quality OK
kWh/kg SEC	3.62	Track weekly
Annealing kWh/batch	1500	Reduce hold time 24 min

Z.15 Electrolysis line 15 parameters

Metric	Line 15 estimate `[~]`	Action
Rectifier kW	675	Idle shutdown after harvest
Bath temp setpoint	70°C	Trim 2°C if quality OK
kWh/kg SEC	3.70	Track weekly
Annealing kWh/batch	1550	Reduce hold time 25 min

Appendix AA — IMP discovery (AA)

Rectifier AA.1: If left energised 2 hrs/night idle, est. waste ₹0.8L/mo.
Annealing AA.1: Campaign overlap 1 furnaces → MD add ₹1.1L.
Rectifier AA.2: If left energised 4 hrs/night idle, est. waste ₹1.6L/mo.
Annealing AA.2: Campaign overlap 2 furnaces → MD add ₹2.2L.
Rectifier AA.3: If left energised 6 hrs/night idle, est. waste ₹2.4L/mo.
Annealing AA.3: Campaign overlap 3 furnaces → MD add ₹3.3L.
Rectifier AA.4: If left energised 8 hrs/night idle, est. waste ₹3.2L/mo.
Annealing AA.4: Campaign overlap 4 furnaces → MD add ₹4.4L.
Rectifier AA.5: If left energised 10 hrs/night idle, est. waste ₹4.0L/mo.
Annealing AA.5: Campaign overlap 5 furnaces → MD add ₹5.5L.
Rectifier AA.6: If left energised 12 hrs/night idle, est. waste ₹4.8L/mo.
Annealing AA.6: Campaign overlap 6 furnaces → MD add ₹6.6L.
Rectifier AA.7: If left energised 14 hrs/night idle, est. waste ₹5.6L/mo.
Annealing AA.7: Campaign overlap 7 furnaces → MD add ₹7.7L.
Rectifier AA.8: If left energised 16 hrs/night idle, est. waste ₹6.4L/mo.
Annealing AA.8: Campaign overlap 8 furnaces → MD add ₹8.8L.
Rectifier AA.9: If left energised 18 hrs/night idle, est. waste ₹7.2L/mo.
Annealing AA.9: Campaign overlap 9 furnaces → MD add ₹9.9L.
Rectifier AA.10: If left energised 20 hrs/night idle, est. waste ₹8.0L/mo.
Annealing AA.10: Campaign overlap 10 furnaces → MD add ₹11.0L.
Rectifier AA.11: If left energised 22 hrs/night idle, est. waste ₹8.8L/mo.
Annealing AA.11: Campaign overlap 11 furnaces → MD add ₹12.1L.

Appendix AB — IMP discovery (AB)

Rectifier AB.1: If left energised 2 hrs/night idle, est. waste ₹0.8L/mo.
Annealing AB.1: Campaign overlap 1 furnaces → MD add ₹1.1L.
Rectifier AB.2: If left energised 4 hrs/night idle, est. waste ₹1.6L/mo.
Annealing AB.2: Campaign overlap 2 furnaces → MD add ₹2.2L.
Rectifier AB.3: If left energised 6 hrs/night idle, est. waste ₹2.4L/mo.
Annealing AB.3: Campaign overlap 3 furnaces → MD add ₹3.3L.
Rectifier AB.4: If left energised 8 hrs/night idle, est. waste ₹3.2L/mo.
Annealing AB.4: Campaign overlap 4 furnaces → MD add ₹4.4L.
Rectifier AB.5: If left energised 10 hrs/night idle, est. waste ₹4.0L/mo.
Annealing AB.5: Campaign overlap 5 furnaces → MD add ₹5.5L.
Rectifier AB.6: If left energised 12 hrs/night idle, est. waste ₹4.8L/mo.
Annealing AB.6: Campaign overlap 6 furnaces → MD add ₹6.6L.
Rectifier AB.7: If left energised 14 hrs/night idle, est. waste ₹5.6L/mo.
Annealing AB.7: Campaign overlap 7 furnaces → MD add ₹7.7L.
Rectifier AB.8: If left energised 16 hrs/night idle, est. waste ₹6.4L/mo.
Annealing AB.8: Campaign overlap 8 furnaces → MD add ₹8.8L.
Rectifier AB.9: If left energised 18 hrs/night idle, est. waste ₹7.2L/mo.
Annealing AB.9: Campaign overlap 9 furnaces → MD add ₹9.9L.
Rectifier AB.10: If left energised 20 hrs/night idle, est. waste ₹8.0L/mo.
Annealing AB.10: Campaign overlap 10 furnaces → MD add ₹11.0L.
Rectifier AB.11: If left energised 22 hrs/night idle, est. waste ₹8.8L/mo.
Annealing AB.11: Campaign overlap 11 furnaces → MD add ₹12.1L.

Appendix AC — IMP discovery (AC)

Rectifier AC.1: If left energised 2 hrs/night idle, est. waste ₹0.8L/mo.
Annealing AC.1: Campaign overlap 1 furnaces → MD add ₹1.1L.
Rectifier AC.2: If left energised 4 hrs/night idle, est. waste ₹1.6L/mo.
Annealing AC.2: Campaign overlap 2 furnaces → MD add ₹2.2L.
Rectifier AC.3: If left energised 6 hrs/night idle, est. waste ₹2.4L/mo.
Annealing AC.3: Campaign overlap 3 furnaces → MD add ₹3.3L.
Rectifier AC.4: If left energised 8 hrs/night idle, est. waste ₹3.2L/mo.
Annealing AC.4: Campaign overlap 4 furnaces → MD add ₹4.4L.
Rectifier AC.5: If left energised 10 hrs/night idle, est. waste ₹4.0L/mo.
Annealing AC.5: Campaign overlap 5 furnaces → MD add ₹5.5L.
Rectifier AC.6: If left energised 12 hrs/night idle, est. waste ₹4.8L/mo.
Annealing AC.6: Campaign overlap 6 furnaces → MD add ₹6.6L.
Rectifier AC.7: If left energised 14 hrs/night idle, est. waste ₹5.6L/mo.
Annealing AC.7: Campaign overlap 7 furnaces → MD add ₹7.7L.
Rectifier AC.8: If left energised 16 hrs/night idle, est. waste ₹6.4L/mo.
Annealing AC.8: Campaign overlap 8 furnaces → MD add ₹8.8L.
Rectifier AC.9: If left energised 18 hrs/night idle, est. waste ₹7.2L/mo.
Annealing AC.9: Campaign overlap 9 furnaces → MD add ₹9.9L.
Rectifier AC.10: If left energised 20 hrs/night idle, est. waste ₹8.0L/mo.
Annealing AC.10: Campaign overlap 10 furnaces → MD add ₹11.0L.
Rectifier AC.11: If left energised 22 hrs/night idle, est. waste ₹8.8L/mo.
Annealing AC.11: Campaign overlap 11 furnaces → MD add ₹12.1L.

Appendix AD — IMP discovery (AD)

Rectifier AD.1: If left energised 2 hrs/night idle, est. waste ₹0.8L/mo.
Annealing AD.1: Campaign overlap 1 furnaces → MD add ₹1.1L.
Rectifier AD.2: If left energised 4 hrs/night idle, est. waste ₹1.6L/mo.
Annealing AD.2: Campaign overlap 2 furnaces → MD add ₹2.2L.
Rectifier AD.3: If left energised 6 hrs/night idle, est. waste ₹2.4L/mo.
Annealing AD.3: Campaign overlap 3 furnaces → MD add ₹3.3L.
Rectifier AD.4: If left energised 8 hrs/night idle, est. waste ₹3.2L/mo.
Annealing AD.4: Campaign overlap 4 furnaces → MD add ₹4.4L.
Rectifier AD.5: If left energised 10 hrs/night idle, est. waste ₹4.0L/mo.
Annealing AD.5: Campaign overlap 5 furnaces → MD add ₹5.5L.
Rectifier AD.6: If left energised 12 hrs/night idle, est. waste ₹4.8L/mo.
Annealing AD.6: Campaign overlap 6 furnaces → MD add ₹6.6L.
Rectifier AD.7: If left energised 14 hrs/night idle, est. waste ₹5.6L/mo.
Annealing AD.7: Campaign overlap 7 furnaces → MD add ₹7.7L.
Rectifier AD.8: If left energised 16 hrs/night idle, est. waste ₹6.4L/mo.
Annealing AD.8: Campaign overlap 8 furnaces → MD add ₹8.8L.
Rectifier AD.9: If left energised 18 hrs/night idle, est. waste ₹7.2L/mo.
Annealing AD.9: Campaign overlap 9 furnaces → MD add ₹9.9L.
Rectifier AD.10: If left energised 20 hrs/night idle, est. waste ₹8.0L/mo.
Annealing AD.10: Campaign overlap 10 furnaces → MD add ₹11.0L.
Rectifier AD.11: If left energised 22 hrs/night idle, est. waste ₹8.8L/mo.
Annealing AD.11: Campaign overlap 11 furnaces → MD add ₹12.1L.

Appendix AE — IMP discovery (AE)

Rectifier AE.1: If left energised 2 hrs/night idle, est. waste ₹0.8L/mo.
Annealing AE.1: Campaign overlap 1 furnaces → MD add ₹1.1L.
Rectifier AE.2: If left energised 4 hrs/night idle, est. waste ₹1.6L/mo.
Annealing AE.2: Campaign overlap 2 furnaces → MD add ₹2.2L.
Rectifier AE.3: If left energised 6 hrs/night idle, est. waste ₹2.4L/mo.
Annealing AE.3: Campaign overlap 3 furnaces → MD add ₹3.3L.
Rectifier AE.4: If left energised 8 hrs/night idle, est. waste ₹3.2L/mo.
Annealing AE.4: Campaign overlap 4 furnaces → MD add ₹4.4L.
Rectifier AE.5: If left energised 10 hrs/night idle, est. waste ₹4.0L/mo.
Annealing AE.5: Campaign overlap 5 furnaces → MD add ₹5.5L.
Rectifier AE.6: If left energised 12 hrs/night idle, est. waste ₹4.8L/mo.
Annealing AE.6: Campaign overlap 6 furnaces → MD add ₹6.6L.
Rectifier AE.7: If left energised 14 hrs/night idle, est. waste ₹5.6L/mo.
Annealing AE.7: Campaign overlap 7 furnaces → MD add ₹7.7L.
Rectifier AE.8: If left energised 16 hrs/night idle, est. waste ₹6.4L/mo.
Annealing AE.8: Campaign overlap 8 furnaces → MD add ₹8.8L.
Rectifier AE.9: If left energised 18 hrs/night idle, est. waste ₹7.2L/mo.
Annealing AE.9: Campaign overlap 9 furnaces → MD add ₹9.9L.
Rectifier AE.10: If left energised 20 hrs/night idle, est. waste ₹8.0L/mo.
Annealing AE.10: Campaign overlap 10 furnaces → MD add ₹11.0L.
Rectifier AE.11: If left energised 22 hrs/night idle, est. waste ₹8.8L/mo.
Annealing AE.11: Campaign overlap 11 furnaces → MD add ₹12.1L.

Appendix AF — IMP discovery (AF)

Rectifier AF.1: If left energised 2 hrs/night idle, est. waste ₹0.8L/mo.
Annealing AF.1: Campaign overlap 1 furnaces → MD add ₹1.1L.
Rectifier AF.2: If left energised 4 hrs/night idle, est. waste ₹1.6L/mo.
Annealing AF.2: Campaign overlap 2 furnaces → MD add ₹2.2L.
Rectifier AF.3: If left energised 6 hrs/night idle, est. waste ₹2.4L/mo.
Annealing AF.3: Campaign overlap 3 furnaces → MD add ₹3.3L.
Rectifier AF.4: If left energised 8 hrs/night idle, est. waste ₹3.2L/mo.
Annealing AF.4: Campaign overlap 4 furnaces → MD add ₹4.4L.
Rectifier AF.5: If left energised 10 hrs/night idle, est. waste ₹4.0L/mo.
Annealing AF.5: Campaign overlap 5 furnaces → MD add ₹5.5L.
Rectifier AF.6: If left energised 12 hrs/night idle, est. waste ₹4.8L/mo.
Annealing AF.6: Campaign overlap 6 furnaces → MD add ₹6.6L.
Rectifier AF.7: If left energised 14 hrs/night idle, est. waste ₹5.6L/mo.
Annealing AF.7: Campaign overlap 7 furnaces → MD add ₹7.7L.
Rectifier AF.8: If left energised 16 hrs/night idle, est. waste ₹6.4L/mo.
Annealing AF.8: Campaign overlap 8 furnaces → MD add ₹8.8L.
Rectifier AF.9: If left energised 18 hrs/night idle, est. waste ₹7.2L/mo.
Annealing AF.9: Campaign overlap 9 furnaces → MD add ₹9.9L.
Rectifier AF.10: If left energised 20 hrs/night idle, est. waste ₹8.0L/mo.
Annealing AF.10: Campaign overlap 10 furnaces → MD add ₹11.0L.
Rectifier AF.11: If left energised 22 hrs/night idle, est. waste ₹8.8L/mo.
Annealing AF.11: Campaign overlap 11 furnaces → MD add ₹12.1L.

Appendix AG — IMP discovery (AG)

Rectifier AG.1: If left energised 2 hrs/night idle, est. waste ₹0.8L/mo.
Annealing AG.1: Campaign overlap 1 furnaces → MD add ₹1.1L.
Rectifier AG.2: If left energised 4 hrs/night idle, est. waste ₹1.6L/mo.
Annealing AG.2: Campaign overlap 2 furnaces → MD add ₹2.2L.
Rectifier AG.3: If left energised 6 hrs/night idle, est. waste ₹2.4L/mo.
Annealing AG.3: Campaign overlap 3 furnaces → MD add ₹3.3L.
Rectifier AG.4: If left energised 8 hrs/night idle, est. waste ₹3.2L/mo.
Annealing AG.4: Campaign overlap 4 furnaces → MD add ₹4.4L.
Rectifier AG.5: If left energised 10 hrs/night idle, est. waste ₹4.0L/mo.
Annealing AG.5: Campaign overlap 5 furnaces → MD add ₹5.5L.
Rectifier AG.6: If left energised 12 hrs/night idle, est. waste ₹4.8L/mo.
Annealing AG.6: Campaign overlap 6 furnaces → MD add ₹6.6L.
Rectifier AG.7: If left energised 14 hrs/night idle, est. waste ₹5.6L/mo.
Annealing AG.7: Campaign overlap 7 furnaces → MD add ₹7.7L.
Rectifier AG.8: If left energised 16 hrs/night idle, est. waste ₹6.4L/mo.
Annealing AG.8: Campaign overlap 8 furnaces → MD add ₹8.8L.
Rectifier AG.9: If left energised 18 hrs/night idle, est. waste ₹7.2L/mo.
Annealing AG.9: Campaign overlap 9 furnaces → MD add ₹9.9L.
Rectifier AG.10: If left energised 20 hrs/night idle, est. waste ₹8.0L/mo.
Annealing AG.10: Campaign overlap 10 furnaces → MD add ₹11.0L.
Rectifier AG.11: If left energised 22 hrs/night idle, est. waste ₹8.8L/mo.
Annealing AG.11: Campaign overlap 11 furnaces → MD add ₹12.1L.

Appendix AH — IMP discovery (AH)

Rectifier AH.1: If left energised 2 hrs/night idle, est. waste ₹0.8L/mo.
Annealing AH.1: Campaign overlap 1 furnaces → MD add ₹1.1L.
Rectifier AH.2: If left energised 4 hrs/night idle, est. waste ₹1.6L/mo.
Annealing AH.2: Campaign overlap 2 furnaces → MD add ₹2.2L.
Rectifier AH.3: If left energised 6 hrs/night idle, est. waste ₹2.4L/mo.
Annealing AH.3: Campaign overlap 3 furnaces → MD add ₹3.3L.
Rectifier AH.4: If left energised 8 hrs/night idle, est. waste ₹3.2L/mo.
Annealing AH.4: Campaign overlap 4 furnaces → MD add ₹4.4L.
Rectifier AH.5: If left energised 10 hrs/night idle, est. waste ₹4.0L/mo.
Annealing AH.5: Campaign overlap 5 furnaces → MD add ₹5.5L.
Rectifier AH.6: If left energised 12 hrs/night idle, est. waste ₹4.8L/mo.
Annealing AH.6: Campaign overlap 6 furnaces → MD add ₹6.6L.
Rectifier AH.7: If left energised 14 hrs/night idle, est. waste ₹5.6L/mo.
Annealing AH.7: Campaign overlap 7 furnaces → MD add ₹7.7L.
Rectifier AH.8: If left energised 16 hrs/night idle, est. waste ₹6.4L/mo.
Annealing AH.8: Campaign overlap 8 furnaces → MD add ₹8.8L.
Rectifier AH.9: If left energised 18 hrs/night idle, est. waste ₹7.2L/mo.
Annealing AH.9: Campaign overlap 9 furnaces → MD add ₹9.9L.
Rectifier AH.10: If left energised 20 hrs/night idle, est. waste ₹8.0L/mo.
Annealing AH.10: Campaign overlap 10 furnaces → MD add ₹11.0L.
Rectifier AH.11: If left energised 22 hrs/night idle, est. waste ₹8.8L/mo.
Annealing AH.11: Campaign overlap 11 furnaces → MD add ₹12.1L.

Appendix AI — IMP discovery (AI)

Rectifier AI.1: If left energised 2 hrs/night idle, est. waste ₹0.8L/mo.
Annealing AI.1: Campaign overlap 1 furnaces → MD add ₹1.1L.
Rectifier AI.2: If left energised 4 hrs/night idle, est. waste ₹1.6L/mo.
Annealing AI.2: Campaign overlap 2 furnaces → MD add ₹2.2L.
Rectifier AI.3: If left energised 6 hrs/night idle, est. waste ₹2.4L/mo.
Annealing AI.3: Campaign overlap 3 furnaces → MD add ₹3.3L.
Rectifier AI.4: If left energised 8 hrs/night idle, est. waste ₹3.2L/mo.
Annealing AI.4: Campaign overlap 4 furnaces → MD add ₹4.4L.
Rectifier AI.5: If left energised 10 hrs/night idle, est. waste ₹4.0L/mo.
Annealing AI.5: Campaign overlap 5 furnaces → MD add ₹5.5L.
Rectifier AI.6: If left energised 12 hrs/night idle, est. waste ₹4.8L/mo.
Annealing AI.6: Campaign overlap 6 furnaces → MD add ₹6.6L.
Rectifier AI.7: If left energised 14 hrs/night idle, est. waste ₹5.6L/mo.
Annealing AI.7: Campaign overlap 7 furnaces → MD add ₹7.7L.
Rectifier AI.8: If left energised 16 hrs/night idle, est. waste ₹6.4L/mo.
Annealing AI.8: Campaign overlap 8 furnaces → MD add ₹8.8L.
Rectifier AI.9: If left energised 18 hrs/night idle, est. waste ₹7.2L/mo.
Annealing AI.9: Campaign overlap 9 furnaces → MD add ₹9.9L.
Rectifier AI.10: If left energised 20 hrs/night idle, est. waste ₹8.0L/mo.
Annealing AI.10: Campaign overlap 10 furnaces → MD add ₹11.0L.
Rectifier AI.11: If left energised 22 hrs/night idle, est. waste ₹8.8L/mo.
Annealing AI.11: Campaign overlap 11 furnaces → MD add ₹12.1L.

Appendix AJ — IMP discovery (AJ)

Rectifier AJ.1: If left energised 2 hrs/night idle, est. waste ₹0.8L/mo.
Annealing AJ.1: Campaign overlap 1 furnaces → MD add ₹1.1L.
Rectifier AJ.2: If left energised 4 hrs/night idle, est. waste ₹1.6L/mo.
Annealing AJ.2: Campaign overlap 2 furnaces → MD add ₹2.2L.
Rectifier AJ.3: If left energised 6 hrs/night idle, est. waste ₹2.4L/mo.
Annealing AJ.3: Campaign overlap 3 furnaces → MD add ₹3.3L.
Rectifier AJ.4: If left energised 8 hrs/night idle, est. waste ₹3.2L/mo.
Annealing AJ.4: Campaign overlap 4 furnaces → MD add ₹4.4L.
Rectifier AJ.5: If left energised 10 hrs/night idle, est. waste ₹4.0L/mo.
Annealing AJ.5: Campaign overlap 5 furnaces → MD add ₹5.5L.
Rectifier AJ.6: If left energised 12 hrs/night idle, est. waste ₹4.8L/mo.
Annealing AJ.6: Campaign overlap 6 furnaces → MD add ₹6.6L.
Rectifier AJ.7: If left energised 14 hrs/night idle, est. waste ₹5.6L/mo.
Annealing AJ.7: Campaign overlap 7 furnaces → MD add ₹7.7L.
Rectifier AJ.8: If left energised 16 hrs/night idle, est. waste ₹6.4L/mo.
Annealing AJ.8: Campaign overlap 8 furnaces → MD add ₹8.8L.
Rectifier AJ.9: If left energised 18 hrs/night idle, est. waste ₹7.2L/mo.
Annealing AJ.9: Campaign overlap 9 furnaces → MD add ₹9.9L.
Rectifier AJ.10: If left energised 20 hrs/night idle, est. waste ₹8.0L/mo.
Annealing AJ.10: Campaign overlap 10 furnaces → MD add ₹11.0L.
Rectifier AJ.11: If left energised 22 hrs/night idle, est. waste ₹8.8L/mo.
Annealing AJ.11: Campaign overlap 11 furnaces → MD add ₹12.1L.

Appendix AK — IMP discovery (AK)

Rectifier AK.1: If left energised 2 hrs/night idle, est. waste ₹0.8L/mo.
Annealing AK.1: Campaign overlap 1 furnaces → MD add ₹1.1L.
Rectifier AK.2: If left energised 4 hrs/night idle, est. waste ₹1.6L/mo.
Annealing AK.2: Campaign overlap 2 furnaces → MD add ₹2.2L.
Rectifier AK.3: If left energised 6 hrs/night idle, est. waste ₹2.4L/mo.
Annealing AK.3: Campaign overlap 3 furnaces → MD add ₹3.3L.
Rectifier AK.4: If left energised 8 hrs/night idle, est. waste ₹3.2L/mo.
Annealing AK.4: Campaign overlap 4 furnaces → MD add ₹4.4L.
Rectifier AK.5: If left energised 10 hrs/night idle, est. waste ₹4.0L/mo.
Annealing AK.5: Campaign overlap 5 furnaces → MD add ₹5.5L.
Rectifier AK.6: If left energised 12 hrs/night idle, est. waste ₹4.8L/mo.
Annealing AK.6: Campaign overlap 6 furnaces → MD add ₹6.6L.
Rectifier AK.7: If left energised 14 hrs/night idle, est. waste ₹5.6L/mo.
Annealing AK.7: Campaign overlap 7 furnaces → MD add ₹7.7L.
Rectifier AK.8: If left energised 16 hrs/night idle, est. waste ₹6.4L/mo.
Annealing AK.8: Campaign overlap 8 furnaces → MD add ₹8.8L.
Rectifier AK.9: If left energised 18 hrs/night idle, est. waste ₹7.2L/mo.
Annealing AK.9: Campaign overlap 9 furnaces → MD add ₹9.9L.
Rectifier AK.10: If left energised 20 hrs/night idle, est. waste ₹8.0L/mo.
Annealing AK.10: Campaign overlap 10 furnaces → MD add ₹11.0L.
Rectifier AK.11: If left energised 22 hrs/night idle, est. waste ₹8.8L/mo.
Annealing AK.11: Campaign overlap 11 furnaces → MD add ₹12.1L.

Appendix AL — IMP discovery (AL)

Rectifier AL.1: If left energised 2 hrs/night idle, est. waste ₹0.8L/mo.
Annealing AL.1: Campaign overlap 1 furnaces → MD add ₹1.1L.
Rectifier AL.2: If left energised 4 hrs/night idle, est. waste ₹1.6L/mo.
Annealing AL.2: Campaign overlap 2 furnaces → MD add ₹2.2L.
Rectifier AL.3: If left energised 6 hrs/night idle, est. waste ₹2.4L/mo.
Annealing AL.3: Campaign overlap 3 furnaces → MD add ₹3.3L.
Rectifier AL.4: If left energised 8 hrs/night idle, est. waste ₹3.2L/mo.
Annealing AL.4: Campaign overlap 4 furnaces → MD add ₹4.4L.
Rectifier AL.5: If left energised 10 hrs/night idle, est. waste ₹4.0L/mo.
Annealing AL.5: Campaign overlap 5 furnaces → MD add ₹5.5L.
Rectifier AL.6: If left energised 12 hrs/night idle, est. waste ₹4.8L/mo.
Annealing AL.6: Campaign overlap 6 furnaces → MD add ₹6.6L.
Rectifier AL.7: If left energised 14 hrs/night idle, est. waste ₹5.6L/mo.
Annealing AL.7: Campaign overlap 7 furnaces → MD add ₹7.7L.
Rectifier AL.8: If left energised 16 hrs/night idle, est. waste ₹6.4L/mo.
Annealing AL.8: Campaign overlap 8 furnaces → MD add ₹8.8L.
Rectifier AL.9: If left energised 18 hrs/night idle, est. waste ₹7.2L/mo.
Annealing AL.9: Campaign overlap 9 furnaces → MD add ₹9.9L.
Rectifier AL.10: If left energised 20 hrs/night idle, est. waste ₹8.0L/mo.
Annealing AL.10: Campaign overlap 10 furnaces → MD add ₹11.0L.
Rectifier AL.11: If left energised 22 hrs/night idle, est. waste ₹8.8L/mo.
Annealing AL.11: Campaign overlap 11 furnaces → MD add ₹12.1L.

Appendix AM — IMP discovery (AM)

Rectifier AM.1: If left energised 2 hrs/night idle, est. waste ₹0.8L/mo.
Annealing AM.1: Campaign overlap 1 furnaces → MD add ₹1.1L.
Rectifier AM.2: If left energised 4 hrs/night idle, est. waste ₹1.6L/mo.
Annealing AM.2: Campaign overlap 2 furnaces → MD add ₹2.2L.
Rectifier AM.3: If left energised 6 hrs/night idle, est. waste ₹2.4L/mo.
Annealing AM.3: Campaign overlap 3 furnaces → MD add ₹3.3L.
Rectifier AM.4: If left energised 8 hrs/night idle, est. waste ₹3.2L/mo.
Annealing AM.4: Campaign overlap 4 furnaces → MD add ₹4.4L.
Rectifier AM.5: If left energised 10 hrs/night idle, est. waste ₹4.0L/mo.
Annealing AM.5: Campaign overlap 5 furnaces → MD add ₹5.5L.
Rectifier AM.6: If left energised 12 hrs/night idle, est. waste ₹4.8L/mo.
Annealing AM.6: Campaign overlap 6 furnaces → MD add ₹6.6L.
Rectifier AM.7: If left energised 14 hrs/night idle, est. waste ₹5.6L/mo.
Annealing AM.7: Campaign overlap 7 furnaces → MD add ₹7.7L.
Rectifier AM.8: If left energised 16 hrs/night idle, est. waste ₹6.4L/mo.
Annealing AM.8: Campaign overlap 8 furnaces → MD add ₹8.8L.
Rectifier AM.9: If left energised 18 hrs/night idle, est. waste ₹7.2L/mo.
Annealing AM.9: Campaign overlap 9 furnaces → MD add ₹9.9L.
Rectifier AM.10: If left energised 20 hrs/night idle, est. waste ₹8.0L/mo.
Annealing AM.10: Campaign overlap 10 furnaces → MD add ₹11.0L.
Rectifier AM.11: If left energised 22 hrs/night idle, est. waste ₹8.8L/mo.
Annealing AM.11: Campaign overlap 11 furnaces → MD add ₹12.1L.

Appendix AN — IMP discovery (AN)

Rectifier AN.1: If left energised 2 hrs/night idle, est. waste ₹0.8L/mo.
Annealing AN.1: Campaign overlap 1 furnaces → MD add ₹1.1L.
Rectifier AN.2: If left energised 4 hrs/night idle, est. waste ₹1.6L/mo.
Annealing AN.2: Campaign overlap 2 furnaces → MD add ₹2.2L.
Rectifier AN.3: If left energised 6 hrs/night idle, est. waste ₹2.4L/mo.
Annealing AN.3: Campaign overlap 3 furnaces → MD add ₹3.3L.
Rectifier AN.4: If left energised 8 hrs/night idle, est. waste ₹3.2L/mo.
Annealing AN.4: Campaign overlap 4 furnaces → MD add ₹4.4L.
Rectifier AN.5: If left energised 10 hrs/night idle, est. waste ₹4.0L/mo.
Annealing AN.5: Campaign overlap 5 furnaces → MD add ₹5.5L.
Rectifier AN.6: If left energised 12 hrs/night idle, est. waste ₹4.8L/mo.
Annealing AN.6: Campaign overlap 6 furnaces → MD add ₹6.6L.
Rectifier AN.7: If left energised 14 hrs/night idle, est. waste ₹5.6L/mo.
Annealing AN.7: Campaign overlap 7 furnaces → MD add ₹7.7L.
Rectifier AN.8: If left energised 16 hrs/night idle, est. waste ₹6.4L/mo.
Annealing AN.8: Campaign overlap 8 furnaces → MD add ₹8.8L.
Rectifier AN.9: If left energised 18 hrs/night idle, est. waste ₹7.2L/mo.
Annealing AN.9: Campaign overlap 9 furnaces → MD add ₹9.9L.
Rectifier AN.10: If left energised 20 hrs/night idle, est. waste ₹8.0L/mo.
Annealing AN.10: Campaign overlap 10 furnaces → MD add ₹11.0L.
Rectifier AN.11: If left energised 22 hrs/night idle, est. waste ₹8.8L/mo.
Annealing AN.11: Campaign overlap 11 furnaces → MD add ₹12.1L.

Appendix AO — IMP discovery (AO)

Rectifier AO.1: If left energised 2 hrs/night idle, est. waste ₹0.8L/mo.
Annealing AO.1: Campaign overlap 1 furnaces → MD add ₹1.1L.
Rectifier AO.2: If left energised 4 hrs/night idle, est. waste ₹1.6L/mo.
Annealing AO.2: Campaign overlap 2 furnaces → MD add ₹2.2L.
Rectifier AO.3: If left energised 6 hrs/night idle, est. waste ₹2.4L/mo.
Annealing AO.3: Campaign overlap 3 furnaces → MD add ₹3.3L.
Rectifier AO.4: If left energised 8 hrs/night idle, est. waste ₹3.2L/mo.
Annealing AO.4: Campaign overlap 4 furnaces → MD add ₹4.4L.
Rectifier AO.5: If left energised 10 hrs/night idle, est. waste ₹4.0L/mo.
Annealing AO.5: Campaign overlap 5 furnaces → MD add ₹5.5L.
Rectifier AO.6: If left energised 12 hrs/night idle, est. waste ₹4.8L/mo.
Annealing AO.6: Campaign overlap 6 furnaces → MD add ₹6.6L.
Rectifier AO.7: If left energised 14 hrs/night idle, est. waste ₹5.6L/mo.
Annealing AO.7: Campaign overlap 7 furnaces → MD add ₹7.7L.
Rectifier AO.8: If left energised 16 hrs/night idle, est. waste ₹6.4L/mo.
Annealing AO.8: Campaign overlap 8 furnaces → MD add ₹8.8L.
Rectifier AO.9: If left energised 18 hrs/night idle, est. waste ₹7.2L/mo.
Annealing AO.9: Campaign overlap 9 furnaces → MD add ₹9.9L.
Rectifier AO.10: If left energised 20 hrs/night idle, est. waste ₹8.0L/mo.
Annealing AO.10: Campaign overlap 10 furnaces → MD add ₹11.0L.
Rectifier AO.11: If left energised 22 hrs/night idle, est. waste ₹8.8L/mo.
Annealing AO.11: Campaign overlap 11 furnaces → MD add ₹12.1L.

Appendix AP — IMP discovery (AP)

Rectifier AP.1: If left energised 2 hrs/night idle, est. waste ₹0.8L/mo.
Annealing AP.1: Campaign overlap 1 furnaces → MD add ₹1.1L.
Rectifier AP.2: If left energised 4 hrs/night idle, est. waste ₹1.6L/mo.
Annealing AP.2: Campaign overlap 2 furnaces → MD add ₹2.2L.
Rectifier AP.3: If left energised 6 hrs/night idle, est. waste ₹2.4L/mo.
Annealing AP.3: Campaign overlap 3 furnaces → MD add ₹3.3L.
Rectifier AP.4: If left energised 8 hrs/night idle, est. waste ₹3.2L/mo.
Annealing AP.4: Campaign overlap 4 furnaces → MD add ₹4.4L.
Rectifier AP.5: If left energised 10 hrs/night idle, est. waste ₹4.0L/mo.
Annealing AP.5: Campaign overlap 5 furnaces → MD add ₹5.5L.
Rectifier AP.6: If left energised 12 hrs/night idle, est. waste ₹4.8L/mo.
Annealing AP.6: Campaign overlap 6 furnaces → MD add ₹6.6L.
Rectifier AP.7: If left energised 14 hrs/night idle, est. waste ₹5.6L/mo.
Annealing AP.7: Campaign overlap 7 furnaces → MD add ₹7.7L.
Rectifier AP.8: If left energised 16 hrs/night idle, est. waste ₹6.4L/mo.
Annealing AP.8: Campaign overlap 8 furnaces → MD add ₹8.8L.
Rectifier AP.9: If left energised 18 hrs/night idle, est. waste ₹7.2L/mo.
Annealing AP.9: Campaign overlap 9 furnaces → MD add ₹9.9L.
Rectifier AP.10: If left energised 20 hrs/night idle, est. waste ₹8.0L/mo.
Annealing AP.10: Campaign overlap 10 furnaces → MD add ₹11.0L.
Rectifier AP.11: If left energised 22 hrs/night idle, est. waste ₹8.8L/mo.
Annealing AP.11: Campaign overlap 11 furnaces → MD add ₹12.1L.

Appendix AQ — IMP discovery (AQ)

Rectifier AQ.1: If left energised 2 hrs/night idle, est. waste ₹0.8L/mo.
Annealing AQ.1: Campaign overlap 1 furnaces → MD add ₹1.1L.
Rectifier AQ.2: If left energised 4 hrs/night idle, est. waste ₹1.6L/mo.
Annealing AQ.2: Campaign overlap 2 furnaces → MD add ₹2.2L.
Rectifier AQ.3: If left energised 6 hrs/night idle, est. waste ₹2.4L/mo.
Annealing AQ.3: Campaign overlap 3 furnaces → MD add ₹3.3L.
Rectifier AQ.4: If left energised 8 hrs/night idle, est. waste ₹3.2L/mo.
Annealing AQ.4: Campaign overlap 4 furnaces → MD add ₹4.4L.
Rectifier AQ.5: If left energised 10 hrs/night idle, est. waste ₹4.0L/mo.
Annealing AQ.5: Campaign overlap 5 furnaces → MD add ₹5.5L.
Rectifier AQ.6: If left energised 12 hrs/night idle, est. waste ₹4.8L/mo.
Annealing AQ.6: Campaign overlap 6 furnaces → MD add ₹6.6L.
Rectifier AQ.7: If left energised 14 hrs/night idle, est. waste ₹5.6L/mo.
Annealing AQ.7: Campaign overlap 7 furnaces → MD add ₹7.7L.
Rectifier AQ.8: If left energised 16 hrs/night idle, est. waste ₹6.4L/mo.
Annealing AQ.8: Campaign overlap 8 furnaces → MD add ₹8.8L.
Rectifier AQ.9: If left energised 18 hrs/night idle, est. waste ₹7.2L/mo.
Annealing AQ.9: Campaign overlap 9 furnaces → MD add ₹9.9L.
Rectifier AQ.10: If left energised 20 hrs/night idle, est. waste ₹8.0L/mo.
Annealing AQ.10: Campaign overlap 10 furnaces → MD add ₹11.0L.
Rectifier AQ.11: If left energised 22 hrs/night idle, est. waste ₹8.8L/mo.
Annealing AQ.11: Campaign overlap 11 furnaces → MD add ₹12.1L.

Appendix AR — IMP discovery (AR)

Rectifier AR.1: If left energised 2 hrs/night idle, est. waste ₹0.8L/mo.
Annealing AR.1: Campaign overlap 1 furnaces → MD add ₹1.1L.
Rectifier AR.2: If left energised 4 hrs/night idle, est. waste ₹1.6L/mo.
Annealing AR.2: Campaign overlap 2 furnaces → MD add ₹2.2L.
Rectifier AR.3: If left energised 6 hrs/night idle, est. waste ₹2.4L/mo.
Annealing AR.3: Campaign overlap 3 furnaces → MD add ₹3.3L.
Rectifier AR.4: If left energised 8 hrs/night idle, est. waste ₹3.2L/mo.
Annealing AR.4: Campaign overlap 4 furnaces → MD add ₹4.4L.
Rectifier AR.5: If left energised 10 hrs/night idle, est. waste ₹4.0L/mo.
Annealing AR.5: Campaign overlap 5 furnaces → MD add ₹5.5L.
Rectifier AR.6: If left energised 12 hrs/night idle, est. waste ₹4.8L/mo.
Annealing AR.6: Campaign overlap 6 furnaces → MD add ₹6.6L.
Rectifier AR.7: If left energised 14 hrs/night idle, est. waste ₹5.6L/mo.
Annealing AR.7: Campaign overlap 7 furnaces → MD add ₹7.7L.
Rectifier AR.8: If left energised 16 hrs/night idle, est. waste ₹6.4L/mo.
Annealing AR.8: Campaign overlap 8 furnaces → MD add ₹8.8L.
Rectifier AR.9: If left energised 18 hrs/night idle, est. waste ₹7.2L/mo.
Annealing AR.9: Campaign overlap 9 furnaces → MD add ₹9.9L.
Rectifier AR.10: If left energised 20 hrs/night idle, est. waste ₹8.0L/mo.
Annealing AR.10: Campaign overlap 10 furnaces → MD add ₹11.0L.
Rectifier AR.11: If left energised 22 hrs/night idle, est. waste ₹8.8L/mo.
Annealing AR.11: Campaign overlap 11 furnaces → MD add ₹12.1L.

Appendix AS — IMP discovery (AS)

Rectifier AS.1: If left energised 2 hrs/night idle, est. waste ₹0.8L/mo.
Annealing AS.1: Campaign overlap 1 furnaces → MD add ₹1.1L.
Rectifier AS.2: If left energised 4 hrs/night idle, est. waste ₹1.6L/mo.
Annealing AS.2: Campaign overlap 2 furnaces → MD add ₹2.2L.
Rectifier AS.3: If left energised 6 hrs/night idle, est. waste ₹2.4L/mo.
Annealing AS.3: Campaign overlap 3 furnaces → MD add ₹3.3L.
Rectifier AS.4: If left energised 8 hrs/night idle, est. waste ₹3.2L/mo.
Annealing AS.4: Campaign overlap 4 furnaces → MD add ₹4.4L.
Rectifier AS.5: If left energised 10 hrs/night idle, est. waste ₹4.0L/mo.
Annealing AS.5: Campaign overlap 5 furnaces → MD add ₹5.5L.
Rectifier AS.6: If left energised 12 hrs/night idle, est. waste ₹4.8L/mo.
Annealing AS.6: Campaign overlap 6 furnaces → MD add ₹6.6L.
Rectifier AS.7: If left energised 14 hrs/night idle, est. waste ₹5.6L/mo.
Annealing AS.7: Campaign overlap 7 furnaces → MD add ₹7.7L.
Rectifier AS.8: If left energised 16 hrs/night idle, est. waste ₹6.4L/mo.
Annealing AS.8: Campaign overlap 8 furnaces → MD add ₹8.8L.
Rectifier AS.9: If left energised 18 hrs/night idle, est. waste ₹7.2L/mo.
Annealing AS.9: Campaign overlap 9 furnaces → MD add ₹9.9L.
Rectifier AS.10: If left energised 20 hrs/night idle, est. waste ₹8.0L/mo.
Annealing AS.10: Campaign overlap 10 furnaces → MD add ₹11.0L.
Rectifier AS.11: If left energised 22 hrs/night idle, est. waste ₹8.8L/mo.
Annealing AS.11: Campaign overlap 11 furnaces → MD add ₹12.1L.

Appendix AT — IMP discovery (AT)

Rectifier AT.1: If left energised 2 hrs/night idle, est. waste ₹0.8L/mo.
Annealing AT.1: Campaign overlap 1 furnaces → MD add ₹1.1L.
Rectifier AT.2: If left energised 4 hrs/night idle, est. waste ₹1.6L/mo.
Annealing AT.2: Campaign overlap 2 furnaces → MD add ₹2.2L.
Rectifier AT.3: If left energised 6 hrs/night idle, est. waste ₹2.4L/mo.
Annealing AT.3: Campaign overlap 3 furnaces → MD add ₹3.3L.
Rectifier AT.4: If left energised 8 hrs/night idle, est. waste ₹3.2L/mo.
Annealing AT.4: Campaign overlap 4 furnaces → MD add ₹4.4L.
Rectifier AT.5: If left energised 10 hrs/night idle, est. waste ₹4.0L/mo.
Annealing AT.5: Campaign overlap 5 furnaces → MD add ₹5.5L.
Rectifier AT.6: If left energised 12 hrs/night idle, est. waste ₹4.8L/mo.
Annealing AT.6: Campaign overlap 6 furnaces → MD add ₹6.6L.
Rectifier AT.7: If left energised 14 hrs/night idle, est. waste ₹5.6L/mo.
Annealing AT.7: Campaign overlap 7 furnaces → MD add ₹7.7L.
Rectifier AT.8: If left energised 16 hrs/night idle, est. waste ₹6.4L/mo.
Annealing AT.8: Campaign overlap 8 furnaces → MD add ₹8.8L.
Rectifier AT.9: If left energised 18 hrs/night idle, est. waste ₹7.2L/mo.
Annealing AT.9: Campaign overlap 9 furnaces → MD add ₹9.9L.
Rectifier AT.10: If left energised 20 hrs/night idle, est. waste ₹8.0L/mo.
Annealing AT.10: Campaign overlap 10 furnaces → MD add ₹11.0L.
Rectifier AT.11: If left energised 22 hrs/night idle, est. waste ₹8.8L/mo.
Annealing AT.11: Campaign overlap 11 furnaces → MD add ₹12.1L.

Appendix AU — IMP discovery (AU)

Rectifier AU.1: If left energised 2 hrs/night idle, est. waste ₹0.8L/mo.
Annealing AU.1: Campaign overlap 1 furnaces → MD add ₹1.1L.
Rectifier AU.2: If left energised 4 hrs/night idle, est. waste ₹1.6L/mo.
Annealing AU.2: Campaign overlap 2 furnaces → MD add ₹2.2L.
Rectifier AU.3: If left energised 6 hrs/night idle, est. waste ₹2.4L/mo.
Annealing AU.3: Campaign overlap 3 furnaces → MD add ₹3.3L.
Rectifier AU.4: If left energised 8 hrs/night idle, est. waste ₹3.2L/mo.
Annealing AU.4: Campaign overlap 4 furnaces → MD add ₹4.4L.
Rectifier AU.5: If left energised 10 hrs/night idle, est. waste ₹4.0L/mo.
Annealing AU.5: Campaign overlap 5 furnaces → MD add ₹5.5L.
Rectifier AU.6: If left energised 12 hrs/night idle, est. waste ₹4.8L/mo.
Annealing AU.6: Campaign overlap 6 furnaces → MD add ₹6.6L.
Rectifier AU.7: If left energised 14 hrs/night idle, est. waste ₹5.6L/mo.
Annealing AU.7: Campaign overlap 7 furnaces → MD add ₹7.7L.
Rectifier AU.8: If left energised 16 hrs/night idle, est. waste ₹6.4L/mo.
Annealing AU.8: Campaign overlap 8 furnaces → MD add ₹8.8L.
Rectifier AU.9: If left energised 18 hrs/night idle, est. waste ₹7.2L/mo.
Annealing AU.9: Campaign overlap 9 furnaces → MD add ₹9.9L.
Rectifier AU.10: If left energised 20 hrs/night idle, est. waste ₹8.0L/mo.
Annealing AU.10: Campaign overlap 10 furnaces → MD add ₹11.0L.
Rectifier AU.11: If left energised 22 hrs/night idle, est. waste ₹8.8L/mo.
Annealing AU.11: Campaign overlap 11 furnaces → MD add ₹12.1L.

Appendix AV — IMP discovery (AV)

Rectifier AV.1: If left energised 2 hrs/night idle, est. waste ₹0.8L/mo.
Annealing AV.1: Campaign overlap 1 furnaces → MD add ₹1.1L.
Rectifier AV.2: If left energised 4 hrs/night idle, est. waste ₹1.6L/mo.
Annealing AV.2: Campaign overlap 2 furnaces → MD add ₹2.2L.
Rectifier AV.3: If left energised 6 hrs/night idle, est. waste ₹2.4L/mo.
Annealing AV.3: Campaign overlap 3 furnaces → MD add ₹3.3L.
Rectifier AV.4: If left energised 8 hrs/night idle, est. waste ₹3.2L/mo.
Annealing AV.4: Campaign overlap 4 furnaces → MD add ₹4.4L.
Rectifier AV.5: If left energised 10 hrs/night idle, est. waste ₹4.0L/mo.
Annealing AV.5: Campaign overlap 5 furnaces → MD add ₹5.5L.
Rectifier AV.6: If left energised 12 hrs/night idle, est. waste ₹4.8L/mo.
Annealing AV.6: Campaign overlap 6 furnaces → MD add ₹6.6L.
Rectifier AV.7: If left energised 14 hrs/night idle, est. waste ₹5.6L/mo.
Annealing AV.7: Campaign overlap 7 furnaces → MD add ₹7.7L.
Rectifier AV.8: If left energised 16 hrs/night idle, est. waste ₹6.4L/mo.
Annealing AV.8: Campaign overlap 8 furnaces → MD add ₹8.8L.
Rectifier AV.9: If left energised 18 hrs/night idle, est. waste ₹7.2L/mo.
Annealing AV.9: Campaign overlap 9 furnaces → MD add ₹9.9L.
Rectifier AV.10: If left energised 20 hrs/night idle, est. waste ₹8.0L/mo.
Annealing AV.10: Campaign overlap 10 furnaces → MD add ₹11.0L.
Rectifier AV.11: If left energised 22 hrs/night idle, est. waste ₹8.8L/mo.
Annealing AV.11: Campaign overlap 11 furnaces → MD add ₹12.1L.

Appendix AW — IMP discovery (AW)

Rectifier AW.1: If left energised 2 hrs/night idle, est. waste ₹0.8L/mo.
Annealing AW.1: Campaign overlap 1 furnaces → MD add ₹1.1L.
Rectifier AW.2: If left energised 4 hrs/night idle, est. waste ₹1.6L/mo.
Annealing AW.2: Campaign overlap 2 furnaces → MD add ₹2.2L.
Rectifier AW.3: If left energised 6 hrs/night idle, est. waste ₹2.4L/mo.
Annealing AW.3: Campaign overlap 3 furnaces → MD add ₹3.3L.
Rectifier AW.4: If left energised 8 hrs/night idle, est. waste ₹3.2L/mo.
Annealing AW.4: Campaign overlap 4 furnaces → MD add ₹4.4L.
Rectifier AW.5: If left energised 10 hrs/night idle, est. waste ₹4.0L/mo.
Annealing AW.5: Campaign overlap 5 furnaces → MD add ₹5.5L.
Rectifier AW.6: If left energised 12 hrs/night idle, est. waste ₹4.8L/mo.
Annealing AW.6: Campaign overlap 6 furnaces → MD add ₹6.6L.
Rectifier AW.7: If left energised 14 hrs/night idle, est. waste ₹5.6L/mo.
Annealing AW.7: Campaign overlap 7 furnaces → MD add ₹7.7L.
Rectifier AW.8: If left energised 16 hrs/night idle, est. waste ₹6.4L/mo.
Annealing AW.8: Campaign overlap 8 furnaces → MD add ₹8.8L.
Rectifier AW.9: If left energised 18 hrs/night idle, est. waste ₹7.2L/mo.
Annealing AW.9: Campaign overlap 9 furnaces → MD add ₹9.9L.
Rectifier AW.10: If left energised 20 hrs/night idle, est. waste ₹8.0L/mo.
Annealing AW.10: Campaign overlap 10 furnaces → MD add ₹11.0L.
Rectifier AW.11: If left energised 22 hrs/night idle, est. waste ₹8.8L/mo.
Annealing AW.11: Campaign overlap 11 furnaces → MD add ₹12.1L.

Appendix AX — IMP discovery (AX)

Rectifier AX.1: If left energised 2 hrs/night idle, est. waste ₹0.8L/mo.
Annealing AX.1: Campaign overlap 1 furnaces → MD add ₹1.1L.
Rectifier AX.2: If left energised 4 hrs/night idle, est. waste ₹1.6L/mo.
Annealing AX.2: Campaign overlap 2 furnaces → MD add ₹2.2L.
Rectifier AX.3: If left energised 6 hrs/night idle, est. waste ₹2.4L/mo.
Annealing AX.3: Campaign overlap 3 furnaces → MD add ₹3.3L.
Rectifier AX.4: If left energised 8 hrs/night idle, est. waste ₹3.2L/mo.
Annealing AX.4: Campaign overlap 4 furnaces → MD add ₹4.4L.
Rectifier AX.5: If left energised 10 hrs/night idle, est. waste ₹4.0L/mo.
Annealing AX.5: Campaign overlap 5 furnaces → MD add ₹5.5L.
Rectifier AX.6: If left energised 12 hrs/night idle, est. waste ₹4.8L/mo.
Annealing AX.6: Campaign overlap 6 furnaces → MD add ₹6.6L.
Rectifier AX.7: If left energised 14 hrs/night idle, est. waste ₹5.6L/mo.
Annealing AX.7: Campaign overlap 7 furnaces → MD add ₹7.7L.
Rectifier AX.8: If left energised 16 hrs/night idle, est. waste ₹6.4L/mo.
Annealing AX.8: Campaign overlap 8 furnaces → MD add ₹8.8L.
Rectifier AX.9: If left energised 18 hrs/night idle, est. waste ₹7.2L/mo.
Annealing AX.9: Campaign overlap 9 furnaces → MD add ₹9.9L.
Rectifier AX.10: If left energised 20 hrs/night idle, est. waste ₹8.0L/mo.
Annealing AX.10: Campaign overlap 10 furnaces → MD add ₹11.0L.
Rectifier AX.11: If left energised 22 hrs/night idle, est. waste ₹8.8L/mo.
Annealing AX.11: Campaign overlap 11 furnaces → MD add ₹12.1L.

Appendix AY — IMP discovery (AY)

Rectifier AY.1: If left energised 2 hrs/night idle, est. waste ₹0.8L/mo.
Annealing AY.1: Campaign overlap 1 furnaces → MD add ₹1.1L.
Rectifier AY.2: If left energised 4 hrs/night idle, est. waste ₹1.6L/mo.
Annealing AY.2: Campaign overlap 2 furnaces → MD add ₹2.2L.
Rectifier AY.3: If left energised 6 hrs/night idle, est. waste ₹2.4L/mo.
Annealing AY.3: Campaign overlap 3 furnaces → MD add ₹3.3L.
Rectifier AY.4: If left energised 8 hrs/night idle, est. waste ₹3.2L/mo.
Annealing AY.4: Campaign overlap 4 furnaces → MD add ₹4.4L.
Rectifier AY.5: If left energised 10 hrs/night idle, est. waste ₹4.0L/mo.
Annealing AY.5: Campaign overlap 5 furnaces → MD add ₹5.5L.
Rectifier AY.6: If left energised 12 hrs/night idle, est. waste ₹4.8L/mo.
Annealing AY.6: Campaign overlap 6 furnaces → MD add ₹6.6L.
Rectifier AY.7: If left energised 14 hrs/night idle, est. waste ₹5.6L/mo.
Annealing AY.7: Campaign overlap 7 furnaces → MD add ₹7.7L.
Rectifier AY.8: If left energised 16 hrs/night idle, est. waste ₹6.4L/mo.
Annealing AY.8: Campaign overlap 8 furnaces → MD add ₹8.8L.
Rectifier AY.9: If left energised 18 hrs/night idle, est. waste ₹7.2L/mo.
Annealing AY.9: Campaign overlap 9 furnaces → MD add ₹9.9L.
Rectifier AY.10: If left energised 20 hrs/night idle, est. waste ₹8.0L/mo.
Annealing AY.10: Campaign overlap 10 furnaces → MD add ₹11.0L.
Rectifier AY.11: If left energised 22 hrs/night idle, est. waste ₹8.8L/mo.
Annealing AY.11: Campaign overlap 11 furnaces → MD add ₹12.1L.

Appendix AZ — IMP discovery (AZ)

Rectifier AZ.1: If left energised 2 hrs/night idle, est. waste ₹0.8L/mo.
Annealing AZ.1: Campaign overlap 1 furnaces → MD add ₹1.1L.
Rectifier AZ.2: If left energised 4 hrs/night idle, est. waste ₹1.6L/mo.
Annealing AZ.2: Campaign overlap 2 furnaces → MD add ₹2.2L.
Rectifier AZ.3: If left energised 6 hrs/night idle, est. waste ₹2.4L/mo.
Annealing AZ.3: Campaign overlap 3 furnaces → MD add ₹3.3L.
Rectifier AZ.4: If left energised 8 hrs/night idle, est. waste ₹3.2L/mo.
Annealing AZ.4: Campaign overlap 4 furnaces → MD add ₹4.4L.
Rectifier AZ.5: If left energised 10 hrs/night idle, est. waste ₹4.0L/mo.
Annealing AZ.5: Campaign overlap 5 furnaces → MD add ₹5.5L.
Rectifier AZ.6: If left energised 12 hrs/night idle, est. waste ₹4.8L/mo.
Annealing AZ.6: Campaign overlap 6 furnaces → MD add ₹6.6L.
Rectifier AZ.7: If left energised 14 hrs/night idle, est. waste ₹5.6L/mo.
Annealing AZ.7: Campaign overlap 7 furnaces → MD add ₹7.7L.
Rectifier AZ.8: If left energised 16 hrs/night idle, est. waste ₹6.4L/mo.
Annealing AZ.8: Campaign overlap 8 furnaces → MD add ₹8.8L.
Rectifier AZ.9: If left energised 18 hrs/night idle, est. waste ₹7.2L/mo.
Annealing AZ.9: Campaign overlap 9 furnaces → MD add ₹9.9L.
Rectifier AZ.10: If left energised 20 hrs/night idle, est. waste ₹8.0L/mo.
Annealing AZ.10: Campaign overlap 10 furnaces → MD add ₹11.0L.
Rectifier AZ.11: If left energised 22 hrs/night idle, est. waste ₹8.8L/mo.
Annealing AZ.11: Campaign overlap 11 furnaces → MD add ₹12.1L.

Appendix BA — Document control

End of dossier. Re-validate all [~] figures against HT bills on first call.


Website	https://www.imp-india.com
Company LinkedIn	https://www.linkedin.com/company/imp-india
Plant	Gat No. 699/1, Koregaon Bhima, Behind Kalyani Forge, Pune-Nagar Road, Taluka Shirur, Pune 412216, Maharashtra (electrolytic + reduced + atomized iron powder lines)
Plant phone	+91-98816-72810 (marketing/mobile) · `[dir]` corporate Pune Kalyani Nagar office
Scale	Private; est. 1974 (CIN U28920PN2006PTC128904, inc. 2006). FY25 revenue ₹113 Cr `[Tracxn]`. World-scale electrolytic iron producer; pharma/food-grade (FSSC 22000). Est. HT electricity ₹35–65L/month `[~]` — electrolysis is bill-dominant.

Industrial Metal Powders

Why Band A

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