Direct Reduced Iron (DRI) Natural Gas + Coal Steel Plant Reconciliation India

A Tier-1 Indian integrated steel producer running a Direct Reduced Iron plus Electric Arc Furnace (DRI-EAF) route at an integrated steel plant in Gujarat, Chhattisgarh, Odisha, Jharkhand or West Bengal — either a gas-based MIDREX or HYL-Energiron configuration on Regasified Liquefied Natural Gas (RLNG) or a coal-based rotary kiln configuration on non-coking coal — sits under a materially heavier reducing-agent cost reconciliation surface than the parallel Blast Furnace plus Basic Oxygen Furnace (BF-BOF) route. The illustrative persona is a Gujarat coastal gas-based DRI-EAF plant fed by RLNG from a Hazira LNG import terminal at illustrative USD 10.5 per million British thermal units landed price, versus a Chhattisgarh interior coal-based DRI-EAF plant fed by domestic non-coking coal from a Mahanadi Coalfields Ltd or South Eastern Coalfields Ltd Fuel Supply Agreement at illustrative Rs 3,700 per tonne notified price. India produces approximately 35 to 40 million tonnes per annum of DRI against a global DRI production of approximately 130 million tonnes per annum — the world’s largest single-country DRI production, driven by the structural shortage of domestic coking coal (India imports 60 to 70 million tonnes per annum of coking coal for the BF-BOF route) and the large domestic non-coking coal base supporting the coal-based DRI route. The reconciliation discipline that ties monthly DRI production per module to the reducing-agent consumption per tonne DRI, reconciles the iron ore pellet or lump feed against the DRI module receipt log, applies the RLNG landed cost or the Coal India Ltd Fuel Supply Agreement notified price at the correct grade, tests Section 194Q applicability on the third-party iron ore and coal and gas seller legs, computes the Carbon Border Adjustment Mechanism (CBAM) embedded emissions per tonne DRI-EAF crude steel for the European Union export leg, and threads the per-tonne DRI cost through Ind AS 2 inventory valuation into the crude steel and finished steel inventory hierarchy is the subject of this Direct Reduced Iron DRI natural gas coal steel plant reconciliation India walkthrough.

Quick reference

The reconciliation in one paragraph

A Tier-1 or Tier-2 Indian integrated steel producer running a DRI-EAF route must capture, month by month and DRI module by DRI module, the certified DRI production tonnage from the plant Manufacturing Execution System, the reducing-agent consumption per tonne DRI (natural gas volume in standard cubic metres from the Distributed Control System gas flow meter log for gas-based operations, or non-coking coal tonnage from the coal yard weighbridge log for coal-based operations), the iron ore feed record split between iron ore pellet (essential for gas-based MIDREX and HYL shaft furnace, optional for coal-based rotary kiln) and iron ore lump (usable only in coal-based rotary kiln), the RLNG landed cost breakdown from the gas marketer invoice (LNG delivered ex-ship cost, regasification tariff, transmission tariff, marketing margin, applicable GST) for gas-based operations or the Coal India Ltd Fuel Supply Agreement invoice for coal-based operations (notified price by grade, coal royalty at 14 percent ad valorem, DMF, NMET, Clean Environment Cess at Rs 400 per tonne, GST Compensation Cess at Rs 400 per tonne, applicable GST), the Section 194Q sub-ledger with 0.1 percent buyer-side TDS on third-party iron ore, non-coking coal, RLNG and merchant-DRI seller legs above the Rs 50 lakh aggregate threshold per seller per previous year, the CBAM embedded emissions record for the EU export leg with EU-accredited independent verifier attestation, and the Ind AS 2 per-tonne DRI cost sheet loading iron ore, reducing agent, process consumables, power, labour and depreciation to the DRI inventory weighted-average cost carrying value feeding downstream into the crude steel and finished steel inventory hierarchy. Every material deviation between design reducing-agent consumption and actual, between design iron ore feed and actual, between invoice reducing-agent cost and ledger balance, and between design embedded emissions per tonne DRI and CBAM verifier-attested actual, is flagged as a month-end break for the plant CFO, the plant operations head and the statutory auditor.

What the scenario looks like in India — safe illustrative gas-based versus coal-based DRI persona

The illustrative persona for this walkthrough is a comparison across two Tier-1 Indian integrated steel producers operating materially different DRI-EAF configurations. The first is a Gujarat coastal gas-based DRI-EAF integrated plant at Hazira, running three MIDREX modules for an aggregate DRI capacity of approximately 6.8 million tonnes per annum feeding an 8.6 million tonnes per annum crude steel EAF-plus-Continuous-Casting configuration — fed by RLNG imported through the Hazira LNG terminal on a mixed portfolio of long-term LNG DES contracts (Henry Hub-indexed and JKM-indexed) and short-term spot LNG at an illustrative all-in landed RLNG price of USD 10.5 per mmBtu at Rs 83 per USD conversion. The iron ore feed is 100 percent iron ore pellet, sourced through a mix of captive pellet plant production (illustrative 4 to 5 million tonnes per annum captive pellet capacity feeding from third-party iron ore fines purchase and captive lease fines) and third-party pellet purchase from KIOCL, JSW Pellet, Essel Mining and independent pellet producers.

The second is a Chhattisgarh interior coal-based DRI-EAF integrated plant at Raigarh, running eight rotary kiln modules for an aggregate DRI capacity of approximately 3.6 million tonnes per annum feeding a matched EAF configuration — fed by domestic non-coking coal from a South Eastern Coalfields Ltd or Mahanadi Coalfields Ltd Fuel Supply Agreement at an illustrative Rs 3,700 per tonne notified price for G7 to G11 grade coal (inclusive of coal royalty at 14 percent ad valorem, DMF, NMET, Clean Environment Cess at Rs 400 per tonne, GST Compensation Cess at Rs 400 per tonne and applicable GST). The iron ore feed is a mix of iron ore lump (approximately 70 to 80 percent) and iron ore pellet (approximately 20 to 30 percent), sourced from captive iron ore mining leases in the Barbil-Joda-Sundargarh belt (Odisha) and from third-party purchase from NMDC (Central Government PSU) and private-sector merchant iron ore lease holders.

Illustrative Tier-1 and Tier-2 Indian integrated steel producers operating DRI-EAF configurations of one or both types, running the same reducing-agent cost reconciliation stack, include AMNS (ArcelorMittal Nippon Steel India — Hazira gas-based MIDREX predominantly), JSW Steel (Vijayanagar and Dolvi with mixed DRI-EAF and BF-BOF configurations), JSPL (Jindal Steel & Power — Raigarh coal-based rotary kiln plus Angul integrated gas-based DRI), Welspun (specialty steel with DRI-EAF configurations), Sunflag Iron & Steel (Bhandara Maharashtra coal-based DRI), Kalyani Steel (specialty steel DRI-EAF), Bhushan Power & Steel (now under JSW — Odisha coal-based DRI), Sarda Energy (Chhattisgarh coal-based DRI), and regional producers across the Chhattisgarh-Odisha-Jharkhand-West Bengal coal-based DRI belt operating smaller-scale rotary kiln modules in the merchant DRI model selling DRI or Hot Briquetted Iron to standalone EAF and Induction Furnace melters. Every one of these producers runs some variant of the reducing-agent cost accounting discipline documented here as the standing month-end close mechanic for any DRI-EAF integrated steel plant.

The regulatory overlay — Ministry of Steel National Steel Policy 2017, PNGRB RLNG, CIL FSA, CBAM, Section 194Q, Ind AS 2

Six regulatory and reference anchors govern a DRI-EAF integrated steel plant’s reducing-agent cost accounting. The Ministry of Steel National Steel Policy 2017 frames the medium-term route-mix and per-tonne resource intensity targets for the Indian steel industry through 2030-31, identifying DRI-EAF as one of the two structural iron-making routes alongside BF-BOF. The Petroleum and Natural Gas Regulatory Board (PNGRB) framework under the PNGRB Act 2006 regulates the natural gas transportation, distribution and marketing tariff structure that determines the RLNG landed cost at the gas-based DRI plant gate. The Coal India Ltd Fuel Supply Agreement framework under the Ministry of Coal governs the notified price by grade, the delivery mode and the applicable levies for the coal-based DRI plant. The European Union Carbon Border Adjustment Mechanism under Regulation (EU) 2023/956 imposes the certificate purchase obligation on the EU importer that reflects the embedded direct emissions per tonne of Chapter 72 and 73 steel — with a materially different embedded emissions profile between gas-based and coal-based DRI-EAF routes. Section 194Q of the Income-tax Act 1961 applies to the third-party iron ore, non-coking coal, RLNG and merchant-DRI seller legs. Ind AS 2 governs the per-tonne DRI cost loading into the DRI inventory feeding downstream into crude steel and finished steel.

The RLNG landed cost at the gas-based DRI plant gate is the dominant variable operating cost element and comprises five layers. First, the LNG delivered ex-ship (DES) cost at the LNG import terminal (Hazira, Dahej, Kochi, Ennore, Mundra), indexed to Henry Hub, Brent-linked or JKM benchmark under the specific term contract. Second, the LNG regasification tariff at the LNG terminal (Rs 45 to Rs 55 per mmBtu illustrative). Third, the gas transmission tariff on the PNGRB-authorised natural gas pipeline (GAIL National Gas Grid, Reliance Gas Transportation Infrastructure Ltd, or specific state-level distributor) at Rs 40 to Rs 80 per mmBtu illustrative depending on distance zone. Fourth, the marketing margin of the gas marketer (GAIL Gas, Indian Oil, BPCL Gas, Torrent Gas or captive procurement). Fifth, the applicable 5 percent GST on industrial RLNG supply. For an illustrative all-in landed RLNG cost of Rs 870 per mmBtu (approximately USD 10.5 per mmBtu at Rs 83 per USD), the reducing-agent cost per tonne of DRI at 250 standard cubic metres per tonne DRI (approximately 8.7 mmBtu per tonne DRI at typical Wobbe Index) is approximately Rs 7,570 per tonne DRI on the gas leg alone.

The CIL Fuel Supply Agreement for the coal-based DRI plant prescribes the annual quantity, the applicable grade (G-grade classification G1 to G17 based on Gross Calorific Value in kcal per kilogram, with G7 to G11 typical for DRI feed), the notified price per tonne, the delivery mode and the applicable levies. The non-coking coal CIL FSA steel plant TDS Section 194Q reconciliation Wave 1 sibling unpacks the CIL FSA notified-price mechanic and the Section 194Q compliance framework for the CIL PSU seller leg in operational detail. For a coal-based DRI plant consuming 1.1 tonnes of non-coking coal per tonne DRI at an illustrative Rs 3,700 per tonne CIL FSA-notified price (inclusive of royalty, DMF, NMET, Clean Environment Cess, GST Compensation Cess and applicable GST), the reducing-agent cost is approximately Rs 4,070 per tonne DRI on the coal leg alone — approximately 54 percent of the gas-based reducing-agent cost per tonne DRI in the illustrative scenario.

The CBAM route-differential impact is the single most consequential regulatory overlay for the DRI-EAF EU export leg. The CBAM steel industry EU export carbon border adjustment mechanism reconciliation Wave 2 cornerstone unpacks the CBAM Regulation (EU) 2023/956 certificate purchase workflow, the EU-accredited independent verifier attestation and the Article 9 carbon-price-equivalent offset argument. For the DRI-EAF route, embedded direct emissions per tonne of crude steel are approximately 1.4 to 1.8 tonnes CO2 for the gas-based route and approximately 2.2 to 2.6 tonnes CO2 for the coal-based route. At the illustrative EU ETS reference price of EUR 75 per tonne CO2, the CBAM certificate cost per tonne of DRI-EAF crude steel exported into the EU is approximately EUR 120 for the gas-based route (using the midpoint 1.6 tonnes CO2 per tonne crude steel) and approximately EUR 180 for the coal-based route (using the midpoint 2.4 tonnes CO2 per tonne crude steel) — a EUR 60 per tonne CBAM disadvantage for the coal-based route on the EU export leg. This is a material competitive gap that flips the pre-CBAM per-tonne cost advantage of coal-based DRI on the EU-export sub-portfolio, and is a structural argument for allocating gas-based DRI production to the EU export leg and coal-based DRI production to the domestic and non-EU legs. The parallel cement-sector CBAM walkthrough at cement industry CBAM carbon border adjustment mechanism EU export reconciliation documents the cross-cluster CBAM mechanic and applies analogously — with steel being the larger CBAM-exposed Indian sector at approximately 10 to 12 million tonnes per annum EU export volume.

Section 194Q of the Income-tax Act 1961 applies at 0.1 percent buyer-side TDS to the third-party iron ore, non-coking coal, RLNG and merchant-DRI seller legs above the Rs 50 lakh aggregate threshold per seller per previous year. NMDC (Central Government PSU) iron ore purchase is within Section 194Q per CBDT Circular 20/2021 on Government-PSU commercial trading; the same circular position applies to CIL FSA non-coking coal purchase and to GAIL PSU RLNG purchase. Private-sector iron ore purchase from Sesa Goa, OMDC or private-lease merchant iron ore holders is separately subject to Section 194Q. The Section 393 payment code finder is the operational lookup for the correct Section 194Q payment code 1031 under Section 393 SL 8 (purchase of goods).

A worked example — Hazira gas-based DRI-EAF versus Raigarh coal-based DRI-EAF FY 2026-27 comparison

Illustrative — the following figures represent the operating pattern of two Tier-1 Indian integrated steel producers operating materially different DRI-EAF configurations. Public disclosures by listed Indian integrated steel majors do not reveal per-module per-month RLNG or CIL FSA cost quantum in the granularity below; cross-verify against the current PNGRB natural gas tariff notifications, the current CIL notified-price notifications by grade, the current EU ETS auction clearing prices and your own DRI plant operations records before action. The illustrative reference points used below — RLNG landed cost at USD 10.5 per mmBtu, CIL FSA notified price at Rs 3,700 per tonne, iron ore pellet at Rs 6,500 per tonne, iron ore lump at Rs 4,600 per tonne, EU ETS reference price at EUR 75 per tonne CO2, EUR to INR at Rs 90 — are intended to demonstrate the reconciliation mechanic and do not represent the actual prices for any specific operating year or plant.

Gas-based DRI-EAF — Hazira MIDREX Module 1 plus 2 plus 3 (illustrative 8.6 MTPA crude steel FY 2026-27)

Coal-based DRI-EAF — Raigarh Rotary Kiln (illustrative 3.6 MTPA crude steel FY 2026-27)

The gas-based route runs at approximately Rs 7,000 per tonne DRI higher fully-loaded cost than the coal-based route in the illustrative base-case Indian energy price environment — a per-tonne cost differential of approximately 1.7 to 1.9 times. On a plain domestic-supply cost-competitiveness basis, the coal-based route wins. The economics shift materially on the EU export leg once CBAM is loaded.

CBAM route-differential loading on the EU export sub-portfolio (illustrative)

The EUR 60 per tonne CBAM route-differential in favour of the gas-based route (approximately Rs 5,400 per tonne at Rs 90 per EUR) closes most of the pre-CBAM per-tonne cost advantage of the coal-based route on the EU export leg. For a producer with a material EU export sub-portfolio, the gas-based route becomes the preferred allocation for EU-bound tonnage, and the coal-based route retains its cost advantage on the domestic and non-EU export legs where CBAM does not apply.

Section 194Q buyer-side TDS on the third-party seller stack (illustrative annual)

All five seller legs are subject to Section 194Q at 0.1 percent per CBDT Circular 20/2021 for the Government PSU seller legs (NMDC, KIOCL, CIL, GAIL) and per the base Section 194Q applicability for private-sector seller legs above the Rs 50 lakh aggregate threshold per seller per previous year. The illustrative aggregate Section 194Q buyer-side TDS across the two DRI-EAF plants is approximately Rs 16.7 crore per annum, deposited monthly on or before the 7th of the following month (30th of April for March deposits) and reported quarterly on Form 26Q through the standard Section 194Q compliance mechanic.

Common reconciliation breakages

Five breakages recur across Indian DRI-EAF integrated steel producers running the reducing-agent-plus-iron-ore cost accounting stack, and each maps to a specific control failure that a plant operations audit, an EU-accredited CBAM verifier attestation review, a Section 194Q assessment by the Income-tax Officer, or a statutory auditor reviewing DRI inventory valuation and DRI plant depreciation will surface.

• Reducing-agent consumption per tonne DRI drifts above design specification, understating DRI plant thermal efficiency and overstating per-tonne DRI cost. The most operationally consequential failure is a drift in the reducing-agent consumption per tonne DRI above the design specification — approximately 250 standard cubic metres of natural gas per tonne DRI on the gas-based route or approximately 1.0 to 1.2 tonnes of non-coking coal per tonne DRI on the coal-based route. Causes include shaft furnace or rotary kiln refractory degradation, iron ore pellet quality degradation (below-target metallisation potential due to pellet basicity or below-target reducibility), catalyst degradation on the gas reformer (for MIDREX), or process instability during grade changes. A 5 percent drift in reducing-agent consumption on the illustrative Hazira three-module gas-based configuration represents approximately 3.7 million mmBtu per annum incremental natural gas consumption at Rs 870 per mmBtu = approximately Rs 322 crore per annum incremental reducing-agent cost — a material cost accounting drift that the standing per-module reducing-agent consumption reconciliation to design specification is designed to surface. Reconciliation discipline: monthly per-module reducing-agent consumption per tonne DRI reconciliation against design specification with any deviation above a materiality threshold (illustrative 2 percent of design consumption) flagged for the plant operations head and the DRI process technology head investigation and corrective action, and the deviation cause coded and captured in the plant reliability database for trend analysis and capex justification for refractory or catalyst replacement.

• RLNG landed cost breakdown mis-allocated between LNG DES cost, regasification tariff, transmission tariff and marketing margin — impacting the Ind AS 2 per-tonne DRI cost sheet and the CBAM Scope 2 boundary for the EU export leg. For a gas-based DRI plant, the RLNG landed cost breakdown into (a) LNG DES cost at the LNG import terminal, (b) LNG regasification tariff at the terminal, (c) gas transmission tariff on the PNGRB-authorised pipeline, (d) marketing margin of the gas marketer and (e) applicable GST is the operational input for the Ind AS 2 per-tonne DRI cost loading and for the CBAM Scope 2 electricity emissions boundary determination (where the transmission tariff and marketing margin can be re-allocated between direct and indirect emissions perimeters depending on the CBAM methodology position). A compliance clerk lumping the all-in landed price into a single “natural gas cost” line without the breakdown loses the ability to track the LNG DES cost against the term contract indexation (Henry Hub, JKM, Brent-linked), the regasification tariff against the terminal-level notification, the transmission tariff against the PNGRB tariff notification and the marketing margin against the gas marketer’s commercial position. Reconciliation discipline: monthly RLNG cost breakdown reconciliation from the gas marketer invoice into the five-layer stack, with each layer cross-referenced to the applicable source notification or contract clause, and any deviation flagged for the plant CFO investigation. The reconciliation failure mode analysis design pillar frames the master-data-driven-cost-breakdown discipline that surfaces this failure at the invoice-capture stage rather than at the year-end audit.

• Iron ore pellet-vs-lump feed mis-allocated between DRI modules — pellet-only gas-based module fed with lump material, or coal-based module fed with 100 percent pellet without lump. For a plant operating both gas-based MIDREX and coal-based rotary kiln modules on the same iron ore feed yard (integrated steel plants with mixed configuration), the iron ore feed mis-allocation between the two module types is a physical operational risk with material downstream cost accounting consequences. A gas-based MIDREX module fed with lump material (which the shaft furnace cannot process due to counter-current gas flow requirement) will shut down for lump removal; a coal-based rotary kiln module fed with 100 percent pellet without any lump loses the operational optimisation of the lump-fines-pellet blend that maximises kiln productivity. Reconciliation discipline: iron ore feed yard segregation between pellet-yard (feeding gas-based modules) and lump-plus-pellet yard (feeding coal-based modules) with dedicated conveyor and belt scale infrastructure, weighbridge-log-level per-module feed reconciliation against the DRI module receipt log, and any cross-contamination flagged for the plant operations head. The iron ore lump vs fines IMF IMR pricing steel plant reconciliation Wave 1 sibling documents the lump-versus-fines split reconciliation mechanic and the pellet-yard-versus-lump-yard segregation discipline.

• CBAM embedded emissions per tonne DRI-EAF crude steel over-declared or under-declared, exposing the EU importer to a CBAM certificate short-purchase penalty or an over-purchase leakage. For the EU export leg, the CBAM certificate purchase obligation on the EU importer reflects the embedded direct emissions per tonne of Chapter 72 and 73 steel multiplied by the EU ETS reference price. The embedded emissions declaration is the Indian producer’s disclosure to the EU importer supported by the EU-accredited independent verifier attestation. Under-declaration of embedded emissions leaves the EU importer exposed to a CBAM short-purchase penalty on discovery; over-declaration inflates the CBAM certificate cost and reduces the Indian producer’s EU-export price competitiveness. Reconciliation discipline: per-module per-quarter embedded direct emissions computation from the reducing-agent carbon content and the DRI plant Scope 1 emissions record, roll-up to per-tonne crude steel emissions with the EAF Scope 2 electricity emissions loading, EU-accredited independent verifier attestation for the reporting quarter, and reconciliation to the EU import customs declaration on the CBAM leg. The CBAM steel industry EU export carbon border adjustment mechanism reconciliation Wave 2 cornerstone unpacks the CBAM verifier attestation and reconciliation mechanic in operational detail.

• Section 194Q incorrectly applied to a captive-supply leg (no seller-buyer transaction) or not applied to a third-party seller leg above the Rs 50 lakh aggregate threshold. The Section 194Q applicability determination on the DRI-EAF procurement stack must correctly distinguish between (a) captive iron ore or captive pellet or captive power supply from within the same legal entity — no seller-buyer transaction, no Section 194Q applicability; (b) third-party purchase from a Government PSU (NMDC iron ore, KIOCL pellet, CIL non-coking coal, GAIL RLNG) — Section 194Q applies per CBDT Circular 20/2021 on Government-PSU commercial trading; (c) third-party purchase from a private-sector seller above the Rs 50 lakh aggregate threshold per previous year — Section 194Q applies at 0.1 percent buyer-side TDS. Mechanically applying Section 194Q to a captive supply leg understates the captive transfer amount and creates a phantom TDS-payable liability; not applying Section 194Q to a genuine third-party seller leg above the threshold leaves the buyer exposed to a Section 194Q short-deduction assessment with 30 percent expenditure disallowance under Section 40(a)(ia). Reconciliation discipline: the payee master in the compliance ledger holds a Section 194Q applicability flag driven off the payee type (captive intercompany / Government PSU / private-sector seller / Government payee under Section 194Q(3)), and the Section 194Q determination is a master-driven read against the payee flag rather than a case-by-case judgement by the treasury clerk. The human errors detection envelope anchor documents the seven-family human-error taxonomy that surfaces this master-driven-versus-manual-read control gap.

How a reconciliation platform handles this

A purpose-built steel reconciliation platform ingests every DRI module production record from the plant Manufacturing Execution System, every gas flow meter reading for gas-based operations, every coal yard weighbridge tally for coal-based operations, every iron ore pellet and lump feed record against the DRI module receipt log, every RLNG landed cost breakdown from the gas marketer invoice (LNG DES cost, regasification tariff, transmission tariff, marketing margin, GST), every Coal India Ltd Fuel Supply Agreement invoice for coal-based operations (notified price by grade, coal royalty, DMF, NMET, Clean Environment Cess, GST Compensation Cess, GST), every Section 194Q buyer-side TDS entry on third-party iron ore and non-coking coal and RLNG and merchant-DRI seller legs, every CBAM embedded emissions record with EU-accredited independent verifier attestation for the EU export leg, every Ind AS 2 per-tonne DRI cost sheet, and every downstream DRI-to-EAF transfer and EAF melting record for the crude steel cost roll-up — against a per-module-per-month reconciliation ledger keyed on the DRI module identifier and the production period. The platform tags each entry at capture with the applicable process route (gas-based MIDREX or HYL-Energiron / coal-based rotary kiln), the reducing-agent consumption benchmark per tonne DRI, the iron ore feed mode (pellet-only for gas-based / lump plus pellet for coal-based), the Section 194Q applicability flag against the payee type, the CBAM export leg tag, and the Ind AS 2 loading tag. Standing dashboard controls surface any reducing-agent consumption deviation above materiality threshold, any RLNG cost breakdown allocation mismatch, any pellet-vs-lump feed mis-allocation between DRI module types, any CBAM embedded emissions declaration deviation from verifier-attested actual, any Section 194Q applicability question on a third-party seller leg above the Rs 50 lakh threshold, any monthly reducing-agent-cost reconciliation break and any pending EU-accredited verifier attestation for the reporting quarter. Match-rate improvement of 51 to 88 percent on the reducing-agent-consumption-to-DRI-production reconciliation and on the invoice-cost-to-ledger-balance reconciliation, combined with an ISO 27001:2022 posture and DPDP Act 2023 aligned data handling for regulator-facing and EU-verifier-facing submissions, is what makes the platform an infrastructure investment for a Tier-1 or Tier-2 Indian DRI-EAF integrated steel producer operating multi-module reducing-agent-cost-heavy cost accounting stacks — rather than a spreadsheet substitute that leaves the reducing-agent consumption reconciliation, the RLNG or CIL FSA cost breakdown allocation, the pellet-vs-lump feed segregation, the CBAM embedded emissions attestation and the Section 194Q third-party seller applicability determination as manual overheads on a hybrid plant-operations-plus-plant-finance-plus-compliance team. The commercial pillar for the steel sub-cluster is Steel reconciliation software India; the broader authority for the platform is reconciliation software India. The Steel insights cluster hub provides the operational index to every Wave 1 and Wave 2 reconciliation walkthrough across the integrated steel plant and DRI-EAF value chain, and the reconciliation playbook for monthly close framework provides the month-end close cadence discipline for stitching the reducing-agent, iron ore, Section 194Q, CBAM and Ind AS 2 reconciliation artefacts into the plant closing packet.

Terra Insight Editorial Team Reconciliation Infrastructure

Content authored by practitioners with experience at Amazon India, Intuit QuickBooks, and the Tata Group. Meet the team →

Published 28 July 2026

Domain expertise

TDS Reconciliation GST Input Credit Platform Settlements NACH Batch Matching Bank Reconciliation Form 26AS Matching ERP Integrations Enterprise Finance Ops

Reviewed by

NK

Navin Krishnan

Managing Director & Founder — Terra Insight

Ex Amazon India · Intuit QuickBooks · Tata nexarc

ISO 27001:2022 Patent Pending Incorporated 2024