Environment · Climate Change Report

Strategy

We follow a location-specific strategy to drive our sustainability journey. Our decarbonisation pathway is shaped by the unique context of each maritime geography in which it operates, within the broader strategic transition framework towards a low carbon ports and logistics ecosystem.

This approach considers:

Variations in local regulatory requirements
Policy and incentive structures
Accessibility of competitively priced renewable energy
Maturity of supporting delivery infrastructure
Evolving willingness of customers and supply chain partners to adopt low carbon logistics solutions

As a result, our low carbon transition is designed to be adaptive, region-specific, and aligned with both operational realities and stakeholder expectations. This ensures a resilient and future-ready decarbonisation journey across our port network.

Our Decarbonisation Strategy and Transition Framework

At APSEZ, we are committed to achieving Net Zero emissions by 2040. We have accordingly anchored our climate strategy in the adoption and gradual scaling of low carbon technologies, such as green hydrogen, battery storage, large scale renewable energy, and electrification across port operations.

Scope 1 Reduction Strategy

In FY 2025-26, we reinforced our sustainability leadership by investing 1,255 crore in key ESG initiatives. These investments targeted electrification, energy efficiency, emissions reduction, water management, and climate adaptation measures. Major interventions included replacing high pressure sodium vapour lamps with energy-efficient LEDs, shifting to battery operated forklifts, expanding access to renewable energy, and progressing on captive renewable energy development.

Scope 2 Reduction Strategy

APSEZ is advancing toward decarbonising purchased electricity by developing 1,000 MW of captive renewable power. Of this, 200 MW of solar, 52 MW of wind, and 25 MW of hybrid capacity have already been commissioned. The full capacity is expected to be commissioned in the near future, enabling a long-term shift toward clean electricity across our port operations.

To reduce direct emissions, the company is transitioning from fossil fuel powered equipment to electric alternatives, and exploring the use of green ammonia for port operations and cargo handling systems. These interventions are core constituents of the company’s Scope 1 decarbonisation roadmap.

Adani Mundra Cluster – Accelerating Industrial Decarbonisation

Adani Enterprises Limited (AEL), Adani Ports and Special Economic Zone Limited (APSEZ), and Ambuja Cements Limited have jointly established the Adani Mundra Cluster under the World Economic Forum’s “Transitioning Industrial Clusters” initiative. This collaborative platform aims to accelerate net zero transformation while advancing economic growth and job creation.

Cluster Highlights

  • Mundra Port, India’s largest commercial port, has evolved into a multi-sector industrial hub with an expanding focus on sustainability
  • APSEZ aims to achieve 100% renewable electricity in the near future and Net Zero by 2040, supported by electrified cranes, energy-efficient equipment, and large scale green belt development
  • Ambuja Cements is establishing a new, low emission intensity manufacturing facility within the cluster, aligned with its Net Zero by 2050 roadmap
  • The cluster will host one of the world’s largest green hydrogen hubs, targeting 1 MMTPA of green hydrogen by 2030 and scaling to 3 MMTPA by 2040. This will be enabled through:
    • 10 GW of solar module manufacturing
    • 5 GW of wind turbine and electrolyser production
    • Dedicated port and export infrastructure

Cluster’s Strategic Value

The Adani Mundra Cluster demonstrates how industrial convergence, integrated infrastructure, and coordinated stakeholder action can drive scalable, high impact decarbonisation across traditionally hard to abate sectors. It showcases how a unified ecosystem approach can accelerate national and global climate ambitions.

Emissions Reduction Strategy

To meet our Net Zero 2040 ambition, we have designed a comprehensive, forward-looking decarbonisation strategy that integrates low carbon technologies across our port and logistics operations. Cargo handling, spanning bulk, breakbulk, containerised, and liquid cargo, relies heavily on diesel-powered equipment. Recognising this, the company is executing a systematic transition toward electric and low carbon systems, guided by a scope-wise emissions reduction roadmap covering Scope 1, Scope 2, and Scope 3 emissions.

Fuel Switch and Low Carbon Technology Pilots

  • Battery-operated tugs and reach stackers
  • Electric shunters
  • Collaborative pilots with OEMs for early stage, low emissions technologies
  • First mover procurement of newly introduced low carbon equipment in India

Nature-Based Solutions (NBS)

Our significant nature-based sequestration initiatives include:

  • 4,240 hectares of mangrove afforestation
  • 1,267 hectares of mangrove restoration
  • 3,042 hectares of mangrove conservation

Mangroves offer a sequestration potential of 20-30 tCO2e per hectare annually, forming a critical part of our residual emissions offset strategy.

Addressing Future Scope 1 Emissions

Internal assessments indicate that most Scope 1 emissions originate from diesel use in cargo handling, dredging, tug operations, and marine activities. Considering the current technology-readiness and infrastructure constraints, we have created a phased transition roadmap that:

  • Targets ~75% of projected 2040 Scope 1 emissions through electrification and alternative fuels
  • Addresses the remaining 25% through high quality carbon credits, including nature-based and renewable energy based credits

Evolving Carbon Markets and APSEZ’s Strategy

India’s emerging carbon markets – driven by the Carbon Credit Trading Scheme (CCTS) under the Energy Conservation (Amendment) Act, 2022 – provide new avenues for compliance and voluntary offset mechanisms. We are closely tracking these developments, and aim to procure or generate credits aligned with global standards and community co-benefits. For Scope 2 emissions, our 1,000 MW renewable energy development remains central to our clean electricity transition.

Equipment Low Carbon Technology Implementation Feasibility Piloting Phase Start of Deployment
Dredger Dredger with Biofuel Low 2026 – 2028 2030 – 2032
Tugboats Hybrid Tugboats Medium 2025 – 2027 2029
Loco Electric Loco with Renewables Medium 2026 – 2028 2030
RTG Cranes Electric RTG Cranes High 2021 – 2022 2026 (all sites)
Excavator Electric Excavator High 2026 – 2028 2030
Loaders/Dozer Electric Loaders High 2026 – 2028 2030
Truck/Dumper BEV Truck Low 2027 – 2029 2030
Forklift Battery-based Forklift High 2026 – 2027 2028
Reach Stacker Electric Reach Stacker High 2027 – 2029 2030
ITV Electric Internal Terminal Vehicle High 2025 – 2026 2028

Internal Carbon Pricing (ICP)

Internal Carbon Pricing (ICP) is positioned as a strategic enabler of our decarbonisation pathway. It is applied across all major business decisions to:

  • Reduce GHG emissions
  • Encourage low carbon investments
  • Improve energy efficiency
  • Guide supplier engagement
  • Stress test capital decisions against current and future GHG regulations

We have introduced an internal carbon price of 1,880 per tCO2e (USD 20/tCO2e) across all Scope 1 and 2 emissions. A cumulative equivalent amount has been set aside for renewable energy investments and energy efficiency programmes. In FY 2025-26, this mechanism generated 83 crore (USD 8.8 million), which we have earmarked for decarbonisation initiatives.

Before implementation, all GHG impacting projects undergo a detailed financial and climate assessment. High emissions projects face additional review to ensure adoption of cleaner alternatives. This ensures CAPEX decisions deliver both financial value and long-term environmental benefits.

Objectives of Internal Carbon Pricing

  • Navigating current and emerging climate regulations
  • Driving energy efficiency
  • Catalysing low carbon investment
  • Supporting cost benefit and lifecycle analysis
  • Reducing upstream value chain emissions
  • Guiding strategy and financial planning
  • Enabling achievement of climate targets
  • Embedding climate considerations into decision-making
  • Enhancing climate risk assessment
The internal carbon pricing mechanism helps integrate emissions costs into investment decisions, fostering long-term value creation and sustainable growth.

Climate Investments and Financial Planning

Climate-related risks and opportunities are increasingly shaping our capital allocation, operational strategy, and growth planning. In FY 2025-26, the company invested 1,255 crore through internal accruals and debt towards climate initiatives, including:

  • Electrification of equipment
  • Procurement of low emission cranes
  • Rail infrastructure enhancement
  • Environmental protection measures
  • Energy and water efficiency projects
  • Waste management improvements
  • Climate resilience enhancements

This included 7.65 crore for electric-powered cargo handling equipment, projected to save 120 kilolitres of diesel annually.

Climate considerations are embedded into our Enterprise Risk Management (ERM) and financial planning frameworks, supported by a Board-approved investment roadmap. 6,000-8,000 crore has been earmarked for future decarbonisation projects, including renewable energy expansion and green port infrastructure.

Scope 3 Decarbonisation Strategy

We have developed a comprehensive Scope 3 emissions reduction plan, with several initiatives already underway. These include:

  • 50% port fee concession for LNG-powered vessels
  • Pilot deployment of shore power systems using renewable electricity for ships at berth
  • Supplier engagement frameworks to promote low carbon alternatives
  • Integration of lifecycle emissions into procurement and capital planning

Using the operational control approach, APSEZ accounts for emissions where it can influence outcomes through procurement, supply chain relationships, and investment decisions. We have identified key Scope 3 categories and corresponding levers, aligning them with our broader decarbonisation goals.

  • Purchased Goods & Services: Enhance procurement practices by integrating life-cycle emission criteria, improving productivity
  • Capital Goods: Reduce carbon intensity through efficient capital allocation, embedding emission performance in purchase decisions
  • Fuel- and Energy-related Activities: Increase the share of renewable electricity across operations to reduce upstream energy-related emissions
  • Upstream Transportation & Distribution: Implement renewable shore power solutions for ships at berth to reduce marine auxiliary emissions
  • Waste Generated in Operations: Advance circular economy practices through recycling, reuse, and zero-waste-to-landfill programmes
  • Business Travel: Minimise emissions through digital alternatives such as virtual meetings and virtual site tours
  • Employee Commuting: Encourage EV adoption and instal charging infrastructure to reduce commuting emissions
  • Downstream Transportation & Distribution: Facilitate electrification and low-carbon fuel-switching for rail and road logistics
  • Downstream Leased Assets: Transition to renewable electricity and enhance energy efficiency across leased offices and operational assets
  • Investments: Promote electrification of equipment and renewable energy usage across joint ventures and portfolio companies