Businesses should respect and make efforts to protect and restore the environment

We view climate action as both a business imperative and a shared responsibility, given the far-reaching impacts of climate change. We are accelerating decarbonisation across our operations while enabling broader ecosystem transformation through partnerships and industry collaboration.

With science-based targets validated Net Zero Target and a clear roadmap, we are advancing our decarbonisation journey through increased adoption of renewable energy, improved energy and resource efficiency, and the development of lower-emission products supported by science and innovation. In parallel, we are reimagining our materials and supply chains to further reduce carbon emissions—actively lowering our environmental footprint and progressing towards a sustainable, low-carbon future.

UN SDGs

Gross Scope 1 Emission - 509 KgCO2/tonne of cementitious material

29.8% Renewable and
green power used

1.7x Water Positive

11.57 Million Tonnes of Waste derived resource consumed

Essential Indicators

Parameter UoM FY 2025-26
(Current Financial Year)
FY 2024-25
(Previous Financial Year)
From renewable sources
Total electricity consumption (A) GJ 1,109,533 488,160
Total fuel consumption (B) GJ 4,246,442 5,498,929
Energy consumption through other sources (C) GJ 0 0
Total energy consumed from renewable sources (A+B+C) GJ 5,355,975 5,987,089
From non-renewable sources
Total electricity consumption (D) GJ 2,818,135 3,120,480
Total fuel consumption (E) GJ 63,245,442 59,889,749
Energy consumption through other sources (F) GJ 0 0
Total energy consumed from non-renewable sources (D+E+F) GJ 66,063,577 63,010,229
Total energy consumed (A+B+C+D+E+F) GJ 71,419,552 68,997,318
Energy intensity per rupee of turnover (Total energy consumption/Revenue from operations) GJ/` Of turnover 0.00028 0.00033
Energy intensity per rupee of turnover adjusted for Purchasing Power Parity (PPP) (Total energy consumption/ Revenue from operations adjusted for PPP) GJ/USD PPP adjusted 0.006 0.006
Energy intensity in terms of physical output GJ/tonne of cementitious material 2.5 2.4
Energy Intensity (optional)- the relevant metric may be selected by the entity NA NA

Note: Indicate if any independent assessment/ evaluation/assurance has been carried out by an external agency? (Y/N) If yes, name of the external agency.

Yes, SGS India Private Limited

Yes, Gagal, Kymore, Wadi, Chanda, Lakheri, Jamul, Bargarh, Thondebhavi, Kudithini, Tikaria, Sindri, Chaibasa, and Madukarai are designated consumer units. Of these, Gagal, Kymore, Wadi, Chanda, Lakheri, Jamul, Bargarh, Tikaria, Chaibasa, and Madukarai are covered under PAT-VII and have completed the M&V Audit by Accredited Energy Auditors (AEA) as per statutory requirements. The achieved ESCerts (+/–) are currently under review by BEE, and the final figures will be confirmed upon completion of the review. Sindri, Kudithini and Thondebhavi are covered under PAT-VIII.

Parameter UoM FY 2025-26
(Current Financial Year)
FY 2024-25
(Previous Financial Year)
Water withdrawal by source
(i) Surface water KL 1,875,798 2,629,692
(ii) Groundwater KL 321,508 229,610
(iii) Third party water KL 67,670 70,819
(iv) Seawater / desalinated water KL 0 0
(v) Others (Rainwater Harvested) KL 1,876,576 1,869,799
Total volume of water withdrawal for Production (i + ii + iii + iv + v) KL 4,141,552 4,799,920
Total volume of water consumption for Production KL 4,141,552 4,799,920
Water intensity per rupee of turnover (Total water consumption / Revenue from operations) Litres/ ` of turnover 0.016 0.023
Water intensity per rupee of turnover adjusted for Purchasing Power Parity (PPP) (Total water consumption/ Revenue from operations adjusted for PPP) Litre/USD PPP adjusted 0.33 0.48
Water intensity in terms of physical output (liters /tonne of cementitious material) Litre/tonne of cementitious material 143 172
Water intensity (optional) – the relevant metric may be selected by the entity NA NA

Note: Indicate if any independent assessment/ evaluation/assurance has been carried out by an external agency? (Y/N) If yes, name of the external agency.

Yes, SGS India Private Limited

Parameter UoM FY 2025-26
(Current Financial Year)
FY 2024-25
(Previous Financial Year)
Water discharge by destination and level of treatment
(i) To Surface water
- No treatment
KL 0 0
- With treatment-please specify level of treatment
KL 0 0
(ii) To Groundwater
- No treatment
KL 0 0
- With treatment-please specify level of treatment
KL 0 0
(iii) To Seawater
- No treatment
KL 0 0
- With treatment-please specify level of treatment
KL 0 0
(iv) Sent to Third Parties (Municipal STP)
- No treatment
KL 0 0
- With treatment-please specify level of treatment
KL 0 0
(v) Others
- No treatment
KL 0 0
- With treatment-please specify level of treatment
KL 0 0
Total water discharged KL 0 0

Note: Indicate if any independent assessment/ evaluation/assurance has been carried out by an external agency? (Y/N) If yes, name of the external agency.

Yes, SGS India Private Limited

Zero Liquid Discharge is implemented at all plant locations. No wastewater/ treated wastewater discharged outside the plant premises. Wastewater is treated and used for dust suppression and watering green areas

Parameter UoM FY 2025-26
(Current Financial Year)
FY 2024-25
(Previous Financial Year)
NOx Tonnes 7,996 8,003
SOx Tonnes 457 461
Particulate matter (PM) Tonnes 259 264
Persistent organic pollutants (POP) NA NA NA
Volatile organic compounds (VOC) NA NA NA
Hazardous air pollutants (HAP) NA NA NA
Others– please specify NA NA

Note: All our plants meet the prescribed standards given by respective regulatory body.

Note: Indicate if any independent assessment/ evaluation/assurance has been carried out by an external agency? (Y/N) If yes, name of the external agency.

Yes, SGS India Private Limited

Parameter UoM FY 2025-26
(Current Financial Year)
FY 2024-25
(Previous Financial Year)
Total Gross Scope 1 emissions (Break-up of the GHG into CO2, CH4, N2O, HFCs, PFCs, SF6, NF3, if available) tCO2 14,737,570 13,488,976
Total Scope 2 emissions (Break-up of the GHG into CO2, CH4, N2O, HFCs, PFCs, SF6, NF3, if available) tCO2 555,799 625,212
Total Scope 1 and Scope 2 emissions per rupee of turnover (Total Scope 1 and Scope 2 GHG emissions/Revenue from operations) kg CO2/` of turnover 0.0594 0.0686
Total Scope 1 and Scope 2 emissions per rupee of turnover adjusted for Purchasing Power Parity (PPP) (Total Scope 1 and Scope 2 GHG emissions/Revenue from operations adjusted for PPP) kg CO2/USD PPP adjusted 1.2 1.4
Total Scope 1 and Scope 2 emission intensity in terms of physical output kg/tonne of cementitious material 528 506
Total Scope 1 and Scope 2 emission intensity (optional) – the relevant metric may be selected by the entity NA NA

Note: Indicate if any independent assessment/ evaluation/assurance has been carried out by an external agency? (Y/N) If yes, name of the external agency.

Yes, SGS India Private Limited

Note: The Scope 2 emissions intensity has declined compared to the previous financial year due to an increase in the share of green power. The Scope 1 emissions intensity has slightly increased due to an increase in the share of OPC compared to the previous financial year as a result of market demand.

The Company is committed to reduce its carbon footprint. Its near-term (2030) as well as net-zero (2050) targets are already validated by SBTi. The Company has taken multiple initiatives to reduce greenhouse gases. These include: 1) Improved technology 2) Energy efficiency 3) Use of renewable energy 4) Use of green energy like WHRS 5) Use of alternate fuels 6) Use of alternate raw materials 7) Optimisation in clinker factor and having larger share of blended products in its portfolio. In addition, the Company is investing on innovative technologies like rotodynamic heating, in partnership with Coolbrook, which will reduce consumption of fossil fuels and resultant GHGs. The Company in partnership with IIT Bombay and Ecotech, Sweden; got its proposal for CCUS pilot recently approved by Department of Science and Technology, govt. of India and Swedish Energy Agency.

Parameter UoM FY 2025-26
(Current Financial Year)
FY 2024-25
(Previous Financial Year)
Total Waste generated
Plastic waste (A) MT 38,278 39,453
E-waste (B) MT 15 26
Bio-medical waste (C) MT 0.78 0.5
Construction and demolition waste (D) MT 737 56
Battery waste (E) MT 15 32
Radioactive waste (F) MT - -
Other Hazardous waste. Please specify, if any. (G) MT 119 191
Other Non-hazardous waste generated (H). Please specify, if any. (Non-hazardous waste contains Flyash, MS Scrap, Wooden Scrap, Metal Drum, Paper, etc.) MT 359,342 437,727
Total (A+B + C + D + E + F + G + H) MT 398,506.78 477,485.50
Waste intensity per rupee of turnover Kg/ ` of turnover 0.0015 0.0025
Waste intensity per rupee of turnover adjusted for Purchasing Power Parity (PPP) (Total waste generated/Revenue from operations adjusted for PPP) kg/USD PPP adjusted 0.031 0.048
Waste intensity in terms of physical output Kg/tonne of cementitious material 14 17
Waste intensity (optional) – the relevant metric may be selected by the entity NA NA
For each category of waste generated, total waste recovered through recycling, re-using or other recovery operations
Category of waste
(i) Recycled MT 398,506 477,485
(ii) Re-used MT - -
(iii) Other recovery operations MT - -
Total MT 398,506 477,485
For each category of waste generated, total waste disposed of by nature of disposal method
Category of waste
(i) Incineration MT 0.78 0.5
(ii) Landfilling MT - -
(iii) Other disposal operations MT - -
Total MT 0.78 0.5

Note: Indicate if any independent assessment/ evaluation/assurance has been carried out by an external agency? (Y/N) If yes, name of the external agency.

Yes, SGS India Private Limited

Note: Biomedical waste is disposed of through incineration by registered common biomedical waste management facilities. Fly ash is used in manufacturing blended cement. Plastic is covered under EPR regulation and 100% of it is recycled 60% for energy recovery by co-processing and 40% by recycling through registered recyclers as per the provision of EPR regulations.

The Company is in the business of cement manufacturing and does not use any hazardous of toxic chemical in the product or process. The Company adheres to the principles of sustainable consumption of resources while reducing waste generation and complying with the tenets of circular economy. The Company minimises waste disposal through maximising recycling and reusing efforts.

Our waste management include:

  • 100% Plastic waste is disposed of through co-processing and recycling as regulatory provision under EPR (Extended Producer Responsibility) Condition,
  • Biomedical waste is incinerated at authorised Common Biomedical Waste Treatment Facilities.
  • E-waste is recycled through authorised recyclers.
  • Hazardous waste (used oil, discarded drums) is either reused in plants or co-processed in cement kilns, with non-co-processable quantities sent to a common authorised facility for recycling.
  • Scraps are sold to authorised vendors for recycling.
  • Mining overburden is repurposed for backfilling within the mines.

Location of operations/offices Type of operations Whether the conditions of environmental approval/clearance are being complied with? (Y/N) If no, the reasons thereof and corrective action taken, if any.
Gagal Cement Plant, Himachal Pradesh Cement Manufacturing Yes
Chaibasa Grinding Unit, Jharkhand Cement Manufacturing Yes
Kudithini Grinding Unit, Karnataka Cement Manufacturing Yes
Damodar Cement Works, West Bengal Cement Manufacturing Yes

Sl. No. Name and brief details of project EIA Notification No. Date Whether conducted by independent external agency (Yes / No) Results communicated in public domain (Yes / No) Relevant Web Link
1 Proposed Integrated Cement Project Village: Godadih, Boradih and Loharsi, Tehsil: Pachapedi (Earlier Masturi) & District: Masturi, (Bilaspur), Chhattisgarh. S.O. 1533(E) dated 14.09.2006 & its amendments EC granted on 10.08.2025 Yes Yes parivesh.nic.in
2 Kannur (Wadi area) Limestone Block for mining Limestone Villages: Ingalgi, Basaveshwaranagara, Halkatta, and Kundanoor, Taluka: Chittapur, District: Kalaburagi Karnataka. S.O. 1533(E) dated 14.09.2006 & its amendments EC granted on 03.10.2025 Yes Yes parivesh.nic.in
3 Kurai Limestone Mine (Aucton Block) Villages – Kurai, Kurli & Sindola, Tehsil- Wani, DistrictYavatmal, State- Maharashtra S.O. 1533(E) dated 14.09.2006 & its amendments Final EIA Report submitted on 30.12.2025 Yes Yes parivesh.nic.in
4 Limestone Mine Villages Ingalgi & Ravoor, Taluka: Chittapur, District: Kalaburagi, KarnatakaRevalidation of EC under EIA Notification 2006 by M/s ACC Limited S.O. 1533(E) dated 14.09.2006 & its amendments Final EIA Report submitted on 29.03.2025 Yes Yes parivesh.nic.in
5 Expansion of Cement Grinding Unit Village - Thondebhavi, Tehsil - Gowribidanur, DistrictChikkaballapur, State - Karnataka S.O. 1533(E) dated 14.09.2006 & its amendments PH to be Conducted Yes Yes parivesh.nic.in
6 Expansion of Madukkarai Cement Grinding Unit Village: Madukkarai P.O. Madukkarai, TehsilMadukkarai, District: Coimbatore, State: Tamil Nadu S.O. 1533(E) dated 14.09.2006 & its amendments PH to be Conducted Yes Yes parivesh.nic.in

Specify the law/ regulation/ guidelines which was not complied with Provide details of the non-compliance Any fines / penalties / action taken by regulatory agencies such as pollution control boards or by courts Corrective action taken, if any
Air (Prevention and Control of Pollution) Act Stack Emission has exceeded the prescribed limit laid down by CPCB at Damodar Plant. ` 300,000 Complied

Leadership Indicators

For each facility / plant located in areas of water stress, provide the following information:

  1. Name of the area: Thondebhavi (Karnataka), Lakheri (Rajasthan) & Sindri (Jharkhand)
  2. Nature of operations: Cement Manufacturing
  3. Water withdrawal, consumption and discharge in the following format:
Parameter UoM FY 2025-26
(Current Financial Year)
FY 2024-25
(Previous Financial Year)
Water withdrawal by source
(i) Surface water KL 45,449 42,443
(ii) Groundwater KL 54,633 46,510
(iii) Third party water KL 66,664 69,668
(iv) Seawater / desalinated water KL - -
(v) Others KL - -
Total volume of water withdrawal KL 166,746 158,621
Total volume of water consumption KL 166,746 158,621
Water intensity per rupee of turnover (Water consumed / turnover) Litres/ ` of turnover 0.0006 0.0008
Water intensity (optional) – the relevant metric may be selected by the entity NA NA
Water discharge by destination and level of treatment
(i) To Surface water
- No treatment KL 0 0
- With treatment-please specify level of treatment KL 0 0
(ii) To Groundwater
- No treatment KL 0 0
- With treatment-please specify level of treatment KL 0 0
(iii) To Seawater
- No treatment KL 0 0
- With treatment-please specify level of treatment KL 0 0
(iv) Sent to Third Parties (Municipal STP)
- No treatment KL 0 0
- With treatment-please specify level of treatment KL 0 0
(v) Others
- No treatment KL 0 0
- With treatment-please specify level of treatment KL 0 0
Total water discharged KL 0 0

In FY’26, water withdrawal at plants operating in water-stressed areas increased by 5%, driven by an 11% rise in production from these facilities compared to FY’25.

Note: Indicate if any independent assessment/ evaluation/assurance has been carried out by an external agency? (Y/N) If yes, name of the external agency.

Yes, SGS India Private Limited

Parameter UoM FY 2025-26
(Current Financial Year)
FY 2024-25
(Previous Financial Year)
Total Scope 3 emissions (Break-up of the GHG into CO2, CH4, N2O, HFCs, PFCs, SF6, NF3, if available) tCO2e 4,026,924 4,789,976
Total Scope 3 emissions per rupee of turnover kg CO2/ ` of turnover 0.016 0.023
Total Scope 3 emission intensity (optional) – the relevant metric may be selected by the entity NA NA

Note: Indicate if any independent assessment/ evaluation/assurance has been carried out by an external agency? (Y/N) If yes, name of the external agency.

Yes, SGS India Private Limited

The Company has identified four operating locations —Gagal (Himachal Pradesh), Chaibasa (Jharkhand), Kudithini (Karnataka), and Damodar (West Bengal) —that are situated near protected forests and wildlife sanctuaries. These sites were recognised through a TNFD-aligned Nature Risk Assessment using the LEAP approach (Locate, Evaluate, Assess, Prepare), a globally recognised framework for identifying and managing nature-related dependencies, impacts, risks, and opportunities.

At Gagal, risks include dependence on surface water, transport impacts on agriculture, landslide hazards in hilly terrain, and disturbance to nocturnal fauna from lighting. Preventive measures include CPCB-compliant greenbelt development, wildlife monitoring, and a mitigation plan for landslide impacts.

At Chaibasa, risks include dependence on surface water, compliance with CPCB greenbelt norms, reputational risks from community impacts, and elephant mortality due to train collisions. Preventive measures include greenbelt management, orientation of lighting systems, wildlife monitoring, and mitigation planning for elephant-train collisions.

At Kudithini, risks include groundwater abstraction, transport impacts on agriculture, regulatory requirements for greenbelt management, and disturbance to nocturnal fauna. Preventive measures include CPCB-compliant greenbelt development, wildlife monitoring, rainwater harvesting, and restoration of water bodies for groundwater recharge.

At Damodar, risks include dependence on surface water, compliance with CPCB greenbelt norms, presence of RET and Schedule I species, and disturbance to nocturnal fauna. Preventive measures include CPCB-compliant greenbelt development and fugitive emission control measures.

Sr. No. Initiative undertaken Details of the initiative (Web-link, if any, may be provided along with summary) Outcome of the initiative
1 Use of supplementary Cementitious Increased utilisation of fly ash, slag and other waste
  • Reduced fossil fuel and limestone consumption
  • Lower CO2 emissions and enhanced production of blended/low carbon cement
  • Lower use of mined resources and increased use of waste resource
2 Renewable Energy Expanded solar and wind capacities reduce reliance on grid and fossil fuel power sources.
  • Significant Scope 2 GHG emission reduction
  • Improved energy efficiency and higher share of clean energy.
3 Waste Heat Recovery (WHR) With increased WHR capacities, converting kiln and cooler exhaust heat into renewable electricity.
  • Reduced fossil fuel usage
  • Significant GHG emission reduction
  • Improved energy efficiency and higher share of clean energy
4 Co‑processing of Waste Safe disposal of municipal solid waste, plastic waste, industrial residues, biomass and other wastes through co processing in cement kilns, ensuring energy recovery and zero residue.
  • Achieved 8x plastic negative performance
  • Reduced landfill burden
  • Decreased use of fossil fuels
5 Water Stewardship – ZLD & Rainwater Harvesting All manufacturing sites operate with Zero Liquid Discharge (ZLD). Extensive rainwater harvesting, mine pit recharge, wetland/pond restoration, and water efficiency measures enhance local water security and reduce freshwater withdrawal.
  • Achieved 1.7x water‑positive performance
  • Reduced freshwater extraction
  • Increased groundwater recharge and improved water resilience
  • More utilisation of harvested water
6 Air-cooled Condenser (ACC) Technology Air-cooled condensers are installed in captive power plants and WHR units, replacing water-cooled systems. This significantly reduces cooling water requirements and lowers freshwater dependency.
  • Major savings in cooling-water consumption
  • Reduced stress on freshwater ecosystems
  • Lower environmental footprint of power generation
7 Utilisation of CNG in place of diesel in Coal Mill The Coal Mill Hot Air Gas Generator (HAG) was modified to operate on natural gas instead of diesel. This transition resulted in significant cost savings, reduced diesel consumption, and contributed to the conservation of fossil fuels.
  • This shift has delivered cost efficiencies, reduced reliance on diesel, and supported the preservation of fossil resources
  • Reduced emissions such as particulate matter, sulphur dioxide, and nitrogen oxides
  • Reduced our greenhouse gas footprint
8 Installation of Vertical Roller Mill (VRM) Vertical roller mills (VRMs) have become increasingly important in cement production because they offer several operational and environmental advantages compared to traditional ball mills.
  • VRMs use pressure and shear forces, which reduce energy consumption by 30–40% compared to ball mills.
  • Reduced energy demand directly decreases greenhouse gas emissions.
  • VRMs are enclosed systems, minimising dust release and noise pollution.
  • Their efficiency supports sustainable cement manufacturing practices.
9 Low carbon products (Production of blended cements) We are advancing sustainable construction by producing and distributing blended cement with reduced clinker content and improved environmental performance. By incorporating supplementary cementitious materials (SCMs) such as fly ash and slag, we not only minimise our ecological footprint but also support the development of durable, high-quality infrastructure across India.
  • Avoided GHG emissions through blended cements production

The Company has a structured Business Continuity and Disaster Management Plan across all its operations, emphasising risk identification, emergency preparedness, and mitigation measures to safeguard employees, communities, the environment, and business. The plan includes risk assessment and preparedness through hazard identification, preparedness and management. It also outlines emergency response protocols with onsite disaster management teams, evacuation procedures, and coordination with local authorities. The plan is part of the clearances received by the business from government authorities. The operations of the Company are spread across country. If an operation at any site faces some disruption in production or supplies, it can be managed through another location to ensure business continuity. Insurance coverage is in place to protect against damage to business assets or loss of product/material in warehouses or in transit. The Company has Enterprise Risk Management framework, which consolidates various risks into an organisation-wide risk management framework.

The Company value chain assessment did not identify any significant adverse environmental impacts across sourcing, logistics, manufacturing, or downstream activities. As no material risks were observed, no specific mitigation or adaptation measures were required. The company continues to apply rigorous monitoring, ESG governance, and periodic reviews to ensure that any potential future impacts are proactively detected and addressed. ACC Limited remains committed to responsible operations and environmental stewardship throughout its value chain.

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  2. By the top ten (in terms of value of purchases and sales, respectively) value chain partners - 0
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Principle 1 Management Process

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