Development of Offset Methodology for Waste to Energy Applications under CCTS

India is witnessing rapid growth in municipal solid waste (MSW) and industrial waste driven by urbanisation, rising consumption, and industrial expansion. While global waste generation is projected to reach 3.4–3.8 billion tonnes annually by 2050, India alone generates 62 million tonnes of MSW per year and 18–20 million tonnes of industrial waste, yet only 22–28% is scientifically processed. This creates significant challenges for waste management, climate change mitigation, and resource efficiency.

 

Waste‑to‑Energy (WtE) offers a critical pathway for India to simultaneously address waste disposal, reduce methane emissions—which account for 18–20% of global anthropogenic methane from waste—and displace fossil fuels through energy recovery. Existing WtE infrastructure remains limited, with only ~278 MW of operational MSW‑based WtE capacity across 21 plants that collectively treat 19,000–21,000 TPD of waste. Industrial waste streams, with their higher calorific value, present stronger technical feasibility for energy recovery but lack a unified carbon accounting framework.

 

It provides the analytical foundation to develop an India-specific WtE carbon offset methodology under CCTS, addressing MSW and industrial waste streams. The work

1. benchmarks global offset methodologies and MRV frameworks;
2. assesses India’s waste generation, WtE practices, and regulatory landscape;
3. identifies methodological, institutional, and data gaps that hinder credible carbon accounting; and
4. recommends design principles for a robust, transparent, and scalable WtE offset methodology aligned with India’s climate commitments.

 

A comprehensive methodology will unlock carbon finance for WtE, improve project bankability, enhance environmental integrity, and accelerate India’s transition toward sustainable waste management and low‑carbon development.

 

The objective of this assignment is to develop a new methodology for Waste-to-Energy applications in the context of the Indian Carbon Market, harmonised with established global frameworks and best practices to ensure the environmental integrity of voluntary carbon credits. The assignment aims to achieve this through the submission of the following deliverables:

1. Literature Review of global offset methodologies for Waste to Energy applications and Benchmarking.
2. Baseline Assessment and Waste Sector Analysis
3. Methodology Development
4. Validation and Stakeholder Consultation
5. Pilot Implementation Plan
6. Reporting and Knowledge Dissemination

 

 

The project outcomes span strategic, policy, technical, and institutional areas, providing scalable and long-term impact for industrial WtE under domestic carbon markets.

1. Creating a clear and credible pathway for recognising industrial WtE as an eligible mitigation activity under India’s CCTS
2. Significant contribution to the country’s net-zero, circular economy, and resource efficiency goals by repositioning industrial waste as a source of climate mitigation
3. Identification of priority industrial sectors and WtE technologies
4. Development of a carbon offset methodology for industrial WtE projects, aligned with the CCTS framework
5. A scalable Monitoring, Reporting, and Verification (MRV) framework suitable for small-, medium-, and large-scale projects
6. Identification of carbon reduction interventions where carbon revenues can accelerate the uptake of advanced WtE technologies
7. Improved readiness of Indian industrial WtE projects to transition from international voluntary mechanisms (e.g., CDM, VCS) to the domestic CCTS framework
8. Improved coordination among government agencies, industry associations, and project developers through a shared methodological reference