Cement Plant Fly Ash Utilisation Report MoEFCC Quarterly Submission Reconciliation

A Tier-1 or Tier-2 Indian cement producer manufacturing Portland Pozzolana Cement (PPC) under IS 1489 at an integrated cement plant in the Karnataka-Andhra limestone belt receives fly ash on a free-of-cost basis from coal-fired thermal power stations located within the 300-kilometre radius mandated by the Ministry of Environment, Forest and Climate Change (MoEFCC) fly ash utilisation notification originally issued vide S.O. 763(E) dated 14 September 1999 under Section 3 and Section 5 of the Environment (Protection) Act 1986 (as substantively amended by S.O. 2804(E) dated 3 November 2009, S.O. 254(E) dated 25 January 2016 and subsequent amendments). The procurement side of the fly-ash-for-PPC blending mechanic — the source-station-wise procurement register, the free-issue certificate discipline, the IS 3812 Part 1 quality-testing envelope and the Ind AS 2 landed-cost inventory valuation — sits in the Wave 1 sibling fly ash thermal power station procurement cement blending PPC reconciliation. The utilisation-reporting side — the quarterly MoEFCC portal filing, the reciprocal back-utilisation certificate to each source thermal power station, the receipt-versus-utilisation variance decomposition (storage build-up, IS 3812 Part 1 quality rejection, transit loss, in-process handling loss) and the Ind AS 2 storage-cost split between routine silo cover and abnormal rain-season build-up — is the subject of this cement plant fly ash utilisation report MoEFCC quarterly submission walkthrough.

The reconciliation in one paragraph

A cement plant running a Portland Pozzolana Cement franchise under IS 1489 receives free-of-cost fly ash from every source thermal power station within its 300-kilometre MoEFCC radius, must utilise the material in the end-use blending process at the grinding unit, must issue a quarterly back-utilisation certificate to each source thermal power station stating the volume actually utilised, and must file a mirror quarterly fly ash utilisation report on the MoEFCC portal. The core reconciliation surface is a source-power-station-wise quarterly packet holding four data columns for every source station: the aggregate free-issue-certificate quantity from the source station (dispatch side), the aggregate tanker-wise inward-receipt quantity at the cement plant gate (receipt side, reconciled to the free-issue aggregate net of transit-loss tolerance), the aggregate batch-record fly ash consumption in PPC production for the quarter (utilisation side, driven by the grinding unit batch-record fly ash mass fraction and the aggregate PPC output), and the reconciling variance decomposed across storage build-up at quarter-end, IS 3812 Part 1 quality rejection at the plant end, transit loss between dispatch and receipt, and in-process handling loss between the plant inward-receipt silo and the grinding-unit silo. The back-utilisation certificate — issued quarterly by the cement plant to each source thermal power station and cross-referenced on both parties’ MoEFCC portal submissions — is the reciprocal audit-trail artefact that binds the two-sided reporting together. The Ind AS 2 storage-cost engine splits routine 15 to 30-day raw-material silo cover (capitalised into fly ash inventory value as landed cost) from abnormal storage build-up beyond the normal cover (expensed as period cost under Ind AS 2 paragraph 16). The joint reconciliation call between the cement plant compliance team and the source thermal power station compliance team, held within 30 to 45 days of quarter-end, closes any residual receipt-versus-dispatch mismatch before both parties finalise their MoEFCC portal quarterly returns.

What the scenario looks like in India — a JK Cement Muddapur Karnataka persona

The illustrative persona for this walkthrough is a Tier-1 or Tier-2 Indian cement producer operating a 3 MTPA integrated cement plant in the Muddapur belt of northern Karnataka, with 75 percent of the cement output (2.25 MTPA) manufactured as Portland Pozzolana Cement under the IS 1489 certification mark and 25 percent as Ordinary Portland Cement (OPC 43 and OPC 53). Operating pattern typical of JK Cement Muddapur, JK Cement Mangrol, UltraTech Cement Rajashree Malkhed, Ambuja Cements Wadi, ACC Wadi, and Shree Cement Karnataka grinding units. The plant sources its fly ash from two coal-fired thermal power stations within the 300-kilometre MoEFCC free-issue radius — the Raichur Thermal Power Station (RTPS, operated by Karnataka Power Corporation Ltd) at 180 kilometres to the north, and the Kudgi Super Thermal Power Station (operated by NTPC) at 165 kilometres to the north-west. Both source stations sit inside the 300-kilometre notification radius, and the fly ash procured from both is on the free-of-cost basis under the MoEFCC notification. The reconciliation walkthrough below covers the Q2 FY 2026-27 (July-September 2026) quarterly utilisation report on the MoEFCC portal and the two back-utilisation certificates issued to RTPS Raichur and Kudgi NTPC.

Illustrative Tier-1 and Tier-2 Indian cement producers operating in the Karnataka-Andhra-Telangana limestone belt with substantial multi-source-station fly ash procurement programmes running the same MoEFCC quarterly utilisation reporting stack include UltraTech Cement, Shree Cement, Ambuja Cements, ACC Ltd, Dalmia Bharat Cement, JK Cement, Ramco Cements, Birla Corporation, JK Lakshmi Cement, HeidelbergCement India, Nuvoco Vistas, Prism Johnson, Orient Cement and India Cements. Every one of these producers with an active PPC franchise and multi-source-station procurement footprint files the quarterly MoEFCC portal submission alongside the back-utilisation certificates and runs the reconciliation discipline documented here. The Rajasthan-Chittorgarh-Nimbahera belt runs the same mechanic against thermal power stations in Rajasthan and Madhya Pradesh; the Chhattisgarh-Odisha belt runs it against NTPC Korba, NTPC Sipat, DVC and Odisha State-generation stations; the Meghalaya and north-east belt runs it against NEEPCO and Assam State-generation stations.

The regulatory overlay — MoEFCC notification, back-utilisation certificate mechanic, IS 3812 Part 1 quality rejection, Ind AS 2 storage cost

Four regulatory anchors govern a cement plant’s quarterly fly ash utilisation report and the reciprocal back-utilisation certificate to the source thermal power stations. The MoEFCC fly ash utilisation notification is the parent — originally issued vide S.O. 763(E) dated 14 September 1999 under Section 3 and Section 5 of the Environment (Protection) Act 1986, substantively amended by S.O. 2804(E) dated 3 November 2009 (which raised the utilisation obligation on the source stations and extended the free-issue radius), and further tightened by S.O. 254(E) dated 25 January 2016 (which set the 100 percent fly ash utilisation obligation on coal-fired and lignite-fired thermal power stations within a phased timeline and extended the free-issue mandate to all four receiving-user categories — cement and concrete manufacturers, brick and block manufacturers, road-construction agencies, and land-fill and mine-back-fill operators — within the 300-kilometre radius). The notification requires the source thermal power station to maintain a fly ash utilisation register with per-lifter dispatch records, issue free-issue certificates to receiving users, obtain reciprocal back-utilisation certificates and file quarterly utilisation returns on the MoEFCC portal. The receiving cement plant maintains a mirror fly ash procurement register, files a quarterly utilisation report on the MoEFCC portal and issues the back-utilisation certificate to each source thermal power station.

The back-utilisation certificate is the operational reciprocal to the free-issue certificate. Where the source thermal power station’s free-issue certificate covers dispatch-side data (aggregate quantity dispatched to the receiving cement plant during the quarter, per-tanker dispatch trail, source hopper or silo classification), the receiving cement plant’s back-utilisation certificate covers the receipt-and-utilisation-side data (aggregate quantity received, aggregate quantity actually utilised in PPC production per the grinding unit batch record, aggregate quantity rejected on IS 3812 Part 1 quality grounds, aggregate quantity held in storage at quarter-end and the variance decomposition). The two certificates cross-reference each other by quarter, source station, receiving plant and quantity — and both are attached to the respective parties’ MoEFCC portal quarterly submissions. A MoEFCC regional office fly ash utilisation compliance inspection cross-checks the source station’s dispatch register against the receiving users’ back-utilisation certificates and against the two-sided MoEFCC portal filings — any gap between the three data points is flagged as a compliance exception at both ends.

IS 3812 (Part 1) — the Bureau of Indian Standards specification for Pulverized Fuel Ash for use as pozzolana in cement, cement mortar and concrete — is the quality-rejection envelope. The specification sets the chemical requirements (silicon dioxide plus aluminium oxide plus iron oxide combined not less than 70 percent, loss on ignition not more than 5 percent for concrete-grade fly ash, sulphuric anhydride not more than 3 percent, magnesium oxide not more than 5 percent) and the physical requirements (fineness of not less than 320 square metres per kilogram Blaine, lime reactivity, compressive strength ratio, soundness). Every fly ash procurement lot must carry a test report against IS 3812 Part 1 either from the source thermal power station chemistry laboratory or from an accredited third-party laboratory (safe context: Sriram Institute for Industrial Research, National Test House, Central Building Research Institute Roorkee, SGS India, Bureau Veritas India, TÜV SÜD India, Vimta Labs). Lots failing the IS 3812 Part 1 chemical or physical specification are rejected at the cement plant end, not consumed in PPC production and separately flagged in the MoEFCC portal quarterly report as a specific variance category.

Ind AS 2 Inventories governs the accounting treatment for storage build-up. Paragraph 10 provides that the cost of inventories shall comprise all costs of purchase, costs of conversion and other costs incurred in bringing the inventories to their present location and condition. Paragraph 16 excludes certain costs from inventory value including abnormal storage costs, unless those costs are necessary in the production process prior to a further production stage. Routine storage of fly ash pending consumption in the immediate next production cycle (a normal 15 to 30-day cover of raw-material silo inventory) is capitalised into the fly ash inventory value as part of the landed cost — silo depreciation allocation, silo aeration power cost, silo temperature and humidity control cost. Storage build-up beyond the normal operating cover (60 to 90 days of raw-material silo inventory as a rain-season buffer against monsoon transport disruption from the source thermal power station) sits under the paragraph 16 exclusion and is expensed as a period cost.

A worked example — JK Cement Muddapur Karnataka Q2 FY 2026-27 quarterly utilisation report

Illustrative — the following figures represent the operating pattern of a Tier-1 or Tier-2 Indian cement producer operating a 3 MTPA integrated cement plant with a 2.25 MTPA PPC franchise in the Muddapur belt of northern Karnataka, sourcing fly ash from RTPS Raichur and Kudgi NTPC. Public disclosures by listed Indian cement majors do not reveal per-source-station quarterly fly ash receipt and utilisation quantum in the granularity below; cross-verify against your own procurement register, batch record and MoEFCC portal quarterly return before action.

The Q2 FY 2026-27 (July-September 2026) quarterly fly ash reconciliation for the illustrative Muddapur plant is:

The 2,400 tonnes rejected on IS 3812 Part 1 quality grounds decomposes further — approximately 1,800 tonnes from Kudgi NTPC dispatched in early September 2026 with loss on ignition tested at 6.2 percent (above the 5 percent limit, attributable to a specific coal-batch combustion inefficiency at the source station) and returned to the source, and approximately 600 tonnes from RTPS Raichur received during the mid-August monsoon peak with as-received moisture content of 8.5 percent (above the specification, attributable to open-truck handling in heavy rain rather than the standard enclosed bulker) that was flagged as quality-marginal and diverted to a low-fly-ash-content OPC 43 batch rather than the PPC target. The 3,600 tonnes storage build-up at 30 September 2026 comprises the rain-season buffer that the plant procurement team stocked ahead against the anticipated Kudgi NTPC scheduled maintenance shutdown in mid-October 2026 (an operating decision to secure the October and early-November PPC batch production against a source-station supply disruption).

On the back-utilisation certificate side, the plant compliance team issues two certificates within 20 days of quarter-end — one to RTPS Raichur stating aggregate received 1,05,000 tonnes, aggregate utilised 84,400 tonnes (approximately 80 percent of the RTPS receipt after the RTPS-specific in-process handling loss and the 600-tonne moisture-related diversion), aggregate rejected nil (the RTPS receipts passed IS 3812 Part 1), aggregate held in storage 20,000 tonnes, and reciprocally one to Kudgi NTPC stating aggregate received 75,000 tonnes, aggregate utilised 71,200 tonnes, aggregate rejected 1,800 tonnes (returned to source under separate return advice), aggregate held in storage 2,000 tonnes. Both certificates are signed by the plant commercial head and countersigned by the plant quality-assurance head, dispatched to the respective source thermal power stations by 20 October 2026, and cross-referenced in the plant’s own MoEFCC portal quarterly return filed by 25 October 2026.

On the Ind AS 2 storage-cost side, the 20,000 tonnes at RTPS-designated silo and the 2,000 tonnes at Kudgi-designated silo held at 30 September 2026 are split against the normal 30-day operating cover. The RTPS silo holds approximately 60 days of forward PPC production cover, of which 30 days (approximately 10,000 tonnes) sits inside the normal-cover threshold and 30 days (approximately 10,000 tonnes) sits outside as abnormal rain-season build-up. The Kudgi silo holds approximately 10 days of forward cover and sits entirely inside the normal-cover threshold. The routine storage cost for the 10,000 tonnes at RTPS and the 2,000 tonnes at Kudgi is capitalised into the fly ash landed cost per Ind AS 2 paragraph 10; the abnormal storage cost for the 10,000 tonnes at RTPS is expensed as a period cost per Ind AS 2 paragraph 16 and disclosed in the plant’s production overhead expenses in the quarter’s profit and loss account.

Common reconciliation breakages

Four breakages recur across Indian cement producers running the MoEFCC quarterly fly ash utilisation reporting stack, and each maps to a specific control failure that a MoEFCC regional office fly ash utilisation compliance inspection, a Central Pollution Control Board audit at either the cement plant or the source thermal power station end, or a BIS IS 1489 certification renewal review will surface.

• Back-utilisation certificate quantity mismatched against the source station’s free-issue certificate. The most common cross-party failure is a gap between the source thermal power station’s free-issue-certificate aggregate for the quarter and the cement plant’s back-utilisation-certificate aggregate. The gap can arise from a transit-loss variance beyond tolerance (a specific dispatch lost to a road accident or truck breakdown), from a data-entry timing gap (a late-September dispatch recorded in the cement plant’s Q3 receipts rather than Q2 because the truck arrived after 30 September), from a source-station data-entry error at the free-issue certificate stage (a tanker dispatched to a different receiving user misallocated to the wrong certificate), or from a receiving-plant data-entry error at the tanker inward-receipt stage. If the gap is not reconciled and closed before both parties file their MoEFCC portal quarterly returns, the two portal submissions will show inconsistent dispatch-versus-receipt aggregates and a MoEFCC compliance inspection will surface the exception. Reconciliation discipline: the joint reconciliation call between the cement plant compliance team and the source thermal power station compliance team, held within 30 to 45 days of quarter-end and before either party finalises the MoEFCC portal submission, is the standing operating cadence to eliminate the exposure at both ends.

• IS 3812 Part 1 quality rejection lot not separately flagged in the MoEFCC portal report, understating the utilisation-percentage claim and misrepresenting the variance cause. A cement plant that receives fly ash, tests it against IS 3812 Part 1, rejects the lot on quality grounds and diverts the material to a non-PPC end-use (or returns it to the source station) — but does not separately flag the rejection as a specific variance category on the MoEFCC portal — under-reports the variance decomposition and misrepresents the storage build-up as larger than it actually is. Reconciliation discipline: the IS 3812 Part 1 rejection ledger holds each rejected lot with rejection reason (loss on ignition above 5 percent, moisture beyond specification, chemical composition failing the 70 percent silicon-plus-aluminium-plus-iron oxide floor), disposition (returned to source with separate return advice, or separately disposed) and cross-reference to the source station’s free-issue certificate; the MoEFCC portal quarterly report reads the rejection ledger directly as the quality-rejection variance category. The reconciliation failure mode analysis for India design pillar frames the accounting-treatment-master-driven-computation discipline that surfaces this failure at the variance-decomposition stage rather than at a MoEFCC compliance inspection.

• Ind AS 2 storage-cost split incorrectly applied — abnormal rain-season build-up capitalised into fly ash inventory value instead of being expensed as period cost. A cement plant carrying a 60 to 90-day rain-season storage build-up at quarter-end but capitalising the entire silo storage cost into the fly ash landed cost overstates the fly ash inventory value on the balance sheet and understates the production overhead expense for the quarter. Ind AS 2 paragraph 16 explicitly excludes abnormal storage costs from inventory value. Reconciliation discipline: the Ind AS 2 storage-cost engine at the plant applies the normal-operating-cover threshold (typically 30 days) as an accounting-policy input, computes the allocable storage cost per tonne per day for the raw-material silo, and splits the aggregate storage cost between the inventoried portion (capitalised on the normal-cover tonnage) and the abnormal-cover portion (expensed on the excess tonnage). The plant CFO monthly close packet reviews the Ind AS 2 split as a standing balance-sheet-and-P&L discipline item.

• MoEFCC portal quarterly submission missed the filing deadline, triggering a Show-Cause Notice and reputational damage at the source thermal power station end. A cement plant that files the quarterly fly ash utilisation report on the MoEFCC portal late — or does not file at all for a specific quarter — leaves the source thermal power stations without the back-utilisation-certificate evidence they need to support their own 100 percent utilisation claim, and the source stations face a MoEFCC regional office Show-Cause Notice with derivative reputational damage that then flows back to the receiving cement plant. Reconciliation discipline: the compliance calendar at the cement plant flags the quarterly MoEFCC portal submission deadline (typically 25 to 30 days of quarter-end depending on the plant’s internal reconciliation timeline against the source stations) as a standing compliance-cadence event with escalation to the plant compliance head, the plant CFO and the source thermal power station compliance team where the filing risk crosses the escalation threshold. The reconciliation playbook for monthly close framework and the human errors detection envelope anchor together frame the deadline-cadence and human-error-mitigation discipline that eliminates the missed-filing exposure at source.

How a reconciliation platform handles this

A purpose-built cement reconciliation platform ingests every tanker-wise fly ash inward receipt at the plant gate, every free-issue certificate from every source thermal power station, every IS 3812 Part 1 quality test report per procurement lot, every PPC batch record from the grinding unit, every silo-level fly ash storage measurement at quarter-end, every back-utilisation certificate issued to the source thermal power stations and every MoEFCC portal quarterly submission against a source-power-station-wise quarterly reconciliation packet keyed on the receiving cement plant. The platform tags each entry at capture with the source-station identity, the free-issue certificate cross-reference, the IS 3812 Part 1 quality-test disposition, the batch-record utilisation trail, the Ind AS 2 normal-cover-versus-abnormal-build-up storage-cost split and the MoEFCC portal submission acknowledgement — turning the two-sided reconciliation into a standing dashboard artefact rather than a Q-end scramble. Standing dashboard controls surface any receipt-versus-dispatch variance beyond the transit-loss tolerance, any IS 3812 Part 1 rejection lot not yet dispositioned, any batch-record fly ash mass fraction outside the IS 1489 15-to-35 percent envelope, any silo storage cover beyond the normal-cover threshold triggering the Ind AS 2 abnormal-storage-cost expense recognition, and any quarterly MoEFCC portal submission approaching the filing deadline. Match-rate improvement of 51 to 88 percent on the receipt-versus-dispatch reconciliation and on the batch-record-versus-inventory-movement reconciliation, combined with an ISO 27001:2022 posture and DPDP Act 2023 aligned data handling for regulator-facing submissions, is what makes the platform an infrastructure investment for a Tier-1 or Tier-2 Indian cement producer running a multi-source-station multi-plant PPC franchise against the MoEFCC quarterly reporting stack — rather than a spreadsheet substitute that leaves the two-sided reconciliation with the source thermal power stations, the IS 3812 Part 1 quality-rejection ledger, the Ind AS 2 storage-cost split and the MoEFCC portal filing as manual overheads on a hybrid plant-compliance-plus-cost-accountant team. The commercial pillar for the cement sub-cluster is cement reconciliation software India; the broader authority is reconciliation software India. Operational lookups sit in the Section 393 payment code finder for the parallel Section 194C compliance mechanic on the third-party logistics contract that carries the fly ash from the source thermal power station to the plant gate. The related Wave 2 sibling cement plant CEMS quarterly NABL calibration cost reconciliation unpacks the parallel CPCB quarterly portal submission mechanic for stack emission monitoring, and the Wave 1 cornerstone cement plant CTE and CTO MoEFCC Category A EIA cost accounting India frames the broader MoEFCC environmental clearance discipline that anchors both the fly ash utilisation reporting mechanic documented here and the emission monitoring mechanic in the CEMS sibling. The full Cement Wave 1 and Wave 2 cluster is at insights on cement industry reconciliation.

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

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Reviewed by

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Navin Krishnan

Managing Director & Founder — Terra Insight

Ex Amazon India · Intuit QuickBooks · Tata nexarc

ISO 27001:2022 Patent Pending Incorporated 2024