Southeast Asia Waste to Energy Market Research Report: Forecast (2026-2032)

Southeast Asia Waste to Energy Market - By Type (Municipal Solid Waste (MSW), Residential, Commercial & Institutional, Construction & Demolition, Other Municipal Waste, Process Waste, Agriculture Wast... ... te, Agriculture Waste, Medical Waste, Others), By Technology (Thermal, Incineration, Gasification, Pyrolysis, Biological, Physical, Others), By Application (Electricity, Heat, Combined Heat & Power Units (CHP), Transport Fuels, Others), and others Read more

  • Energy
  • Nov 2025
  • 168
  • PDF, Excel, PPT

Southeast Asia Waste to Energy Market Size: Forecast (2026-2032) 

The Southeast Asia Waste to Energy Market size is valued at around USD 1.9 billion in 2025 and is projected to reach USD 3.88 billion by 2032. Along with this, the market is estimated to grow at a CAGR of around 10.9% during the forecast period, i.e., 2026-32.

The growth of the Southeast Asia Waste to Energy Market is largely driven by escalating urban waste volumes and clearer, more coordinated regulatory frameworks. For instance, in the Philippines, the Environment Department and national reporting highlight solid waste generation at around 61,000 tons/day, reinforcing the urgency for modular Waste to Energy facilities positioned near densely populated centers.

Thailand faces a similar challenge, producing 26.95 million tonnes of waste (73,840 tons/day), which continues to accelerate provincial demand for thermal treatment solutions and refuse-derived fuel (RDF) projects. Collectively, these rising waste pressures and advancing policy mechanisms signal a decisive shift toward large-scale Waste to Energy adoption across Southeast Asia.

Policy consolidation across Southeast Asia is increasingly directing the pace and prioritization of Waste-to-Energy development, with governments deploying clearer, dedicated regulatory pathways to accelerate project execution. For instance, the Philippines’ Department of Energy is advancing a special Green Energy Auction scheduled for January 2026, dedicated to Waste to Energy capacities. This move is supported by data showing that Metro Manila and other highly urbanized areas generate 6.12 million metric tons of waste annually, translating into a potential 335 MW of baseload energy.

Similarly, in Malaysia, regulatory clarity has encouraged project development, exemplified by Malakoff’s June 2025 PPP concession to construct a Waste to Energy plant in Melaka, capable of processing 1,056 tonnes/day and generating 22 MW of electricity, significantly easing pressure on state landfills. Furthermore, Vietnam is also consolidating its policy framework through the Ministry of Industry and Trade’s integration of Waste to Energy into Power Development Plan VIII, which outlines 34 projects totaling 621 MW.

Overall, these developments indicate that Waste-to-Energy is transitioning from a supplementary option to a core pillar of Southeast Asia’s waste-management and energy-transition strategies.

Southeast Asia Waste to Energy Market Recent Developments:

  • September 2025: Hanoi opened the Seraphin waste-to-energy facility at the Xuân Sơn waste complex, designed to process about 2,250 tonnes of municipal waste daily. The plant uses advanced Martin incineration technology from Germany and can generate up to 37 MW of electricity. With an investment of roughly USD 200 million, the project also incorporates material recovery, converting combustion ash into usable construction products to support circular-economy goals.
  • August 2025: The Bases Conversion and Development Authority approved a USD 70 million modular waste-to-energy project designed to handle roughly 600 tonnes of municipal waste per day. The initiative is intended to ease pressure on urban landfills while adding stable power to the local grid. By using modern, internationally tested incineration technology, the project aims to showcase a scalable model for cleaner waste management and decentralized energy generation in Philippine cities.

Southeast Asia Waste to Energy Market Scope:

 Category  Segments
By Type Municipal Solid Waste (MSW), Residential, Commercial & Institutional, Construction & Demolition, Other Municipal Waste, Process Waste, Agriculture Waste, Medical Waste, Others),
By Technology Thermal, Incineration, Gasification, Pyrolysis, Biological, Physical, Others),
By Application Electricity, Heat, Combined Heat & Power Units (CHP), Transport Fuels, Others), and others

Southeast Asia Waste to Energy Market Drivers:

Rising Urban Waste Volume

Southeast Asia Waste to Energy Market Growth is witnessing momentum driven by rapid urbanization that is intensifying municipal solid waste (MSW) generation, creating a pressing need for scalable and sustainable waste-management solutions.

For instance, Indonesia generated about 69.9 million tonnes of municipal waste, a level that continues to strain disposal systems and leaves a significant portion in adequately managed conditions that strengthen the case for large-scale Waste-to-Energy solutions. In Vietnam, data from the Ministry of Natural Resources & Environment indicates national MSW volumes of roughly 60,000 tonnes per day, with major cities such as Hanoi and Ho Chi Minh City contributing around 7,000–9,000 tonnes per day each. These concentrated waste streams create opportunities for both centralised waste-to-energy plants and city-level modular facilities.

Governments across the region are increasingly viewing Waste-to-Energy as a solution that both addresses mounting waste challenges and supports cleaner, more diversified power systems. In Indonesia, the Coordinating Minister for Food Affairs outlined an ambition to roll out waste-to-energy facilities across 33 cities by 2027, with each site designed to process up to 2,000 tonnes of waste per day, a scale that could substantially cut the volume of unmanaged waste nationwide.

Meanwhile, Vietnam advanced its policy framework by approving the National Strategy on Waste Prevention and Control (2025–2035) in April 2025. The strategy places clear emphasis on boosting “energy recovery in waste treatment,” signaling strong government backing that is likely to accelerate new waste-to-energy developments over the coming decade.

Shrinking Landfill Capacity & Supportive Regulatory Framework

Southeast Asia is facing mounting pressure from shrinking landfill capacity, prompting governments to prioritize large-scale alternatives for waste management. Rapidly growing urban centers such as Jakarta, Manila, and Ho Chi Minh City now produce more waste than existing disposal systems can handle, leaving little scope for new landfill expansion.

For instance, Jakarta’s Bantar Gebang landfill, for example, receives nearly 8,000 tonnes of waste each day and is nearing operational limits, pushing authorities toward thermal treatment and refuse-derived fuel solutions to ease the load. Singapore faces similar constraints, with Semakau landfill projected to reach capacity by 2035, reinforcing reliance on incineration and energy-recovery pathways. In Malaysia, official commentary have also warned that national landfill reserves could run out by 2050. These financial and spatial pressures are accelerating the shift toward Waste-to-Energy as a more viable long-term alternative to landfill development.

Governments across the region are tightening policy frameworks to support this transition. For instance, Indonesia’s Presidential Regulation No. 109/2025 positions waste-to-energy as a strategic national priority by introducing a USD 0.20/kWh feed-in tariff, routing procurement through the state wealth fund Danantara, and requiring municipalities to deliver a minimum of 1,000 tonnes/day of feedstock per plant. These measures align with Indonesia’s 2025–2029 planning agenda, which includes closing 343 open-dump sites and expanding waste-management coverage countrywide.  

As waste volumes surge and landfill options narrow, waste-to-energy is increasingly viewed as essential infrastructure, not just for controlling mounting waste streams but also for contributing to more resilient, domestically sourced power systems.

  1. Market Segmentation
  2. Introduction
    1. Product Definition
    2. Research Process
    3. Assumptions
  3. Executive Summary
  4. Southeast Asia Waste to Energy Market Policies, Regulations, and Standards
  5. Southeast Asia Waste to Energy Market Production Capabilities
    1. Year on Year Annual Production Capacity
    2. Year on Year Annual Production
    3. Competitor Wise Production Capabilities
  6. Southeast Asia Waste to Energy Market Supply Chain Analysis
    1. Overall Supply Chain & Margin Analysis
  7. Southeast Asia Waste to Energy Market Trends & Developments
  8. Southeast Asia Waste to Energy Market Dynamics
    1. Growth Drivers
    2. Challenges
  9. Southeast Asia Waste to Energy Market Hotspot & Opportunities
  10. Southeast Asia Waste to Energy Market Outlook, 2022-2032
    1. Market Size & Outlook
      1. By Revenues (USD Million)
      2. By Volume (Tons)
    2. Market Share & Forecast
      1. By Type -Market Size & Forecast 2022-2032, USD Million & Million Tons
        1. Municipal Solid Waste (MSW)
          1. Residential
          2. Commercial & Institutional
          3. Construction & Demolition
          4. Other Municipal Waste
        2. Process Waste
        3. Agriculture Waste
        4. Medical Waste
        5. Others
      2. By Technology- Market Size & Forecast 2022-2032, USD Million & Million Tons
        1. Thermal 
          1. Incineration
          2. Gasification
          3. Pyrolysis
        2. Biological
        3. Physical
        4. Others   
      3. By Application - Market Size & Forecast 2022-2032, USD Million & Million Tons
        1. Electricity
        2. Heat
        3. Combined Heat & Power Units (CHP)
        4. Transport Fuels
        5. Others
      4. By Country
        1. Indonesia
        2. Malaysia
        3. Singapore
        4. Thailand
        5. Vietnam
        6. Philippines
        7. Cambodia
        8. Others
      5. By Company
        1. Company Revenue Shares
        2. Competitor Characteristics
  11. Indonesia Waste to Energy Market Outlook, 2022-2032
    1. Market Size & Outlook
      1. By Revenues (USD Million)
      2.  Quantity Sold (Million Tons)
    2. Market Share & Forecast
      1. By Type - Market Size & Forecast 2022-2032, USD Million & Million Tons
      2. By Technology - Market Size & Forecast 2022-2032, USD Million & Million Tons
      3. By Application - Market Size & Forecast 2022-2032, USD Million & Million Tons
  12. Malaysia Waste to Energy Market Outlook, 2022-2032
    1. Market Size & Outlook
      1. By Revenues (USD Million)
      2.  Quantity Sold (Million Tons)
    2. Market Share & Forecast
      1. By Type - Market Size & Forecast 2022-2032, USD Million & Million Tons
      2. By Technology - Market Size & Forecast 2022-2032, USD Million & Million Tons
      3. By Application - Market Size & Forecast 2022-2032, USD Million & Million Tons
  13. Singapore Waste to Energy Market Outlook, 2022-2032
    1. Market Size & Outlook
      1. By Revenues (USD Million)
      2.  Quantity Sold (Million Tons)
    2. Market Share & Forecast
      1. By Type - Market Size & Forecast 2022-2032, USD Million & Million Tons
      2. By Technology - Market Size & Forecast 2022-2032, USD Million & Million Tons
      3. By Application - Market Size & Forecast 2022-2032, USD Million & Million Tons
  14. Thailand Waste to Energy Market Outlook, 2022-2032
    1. Market Size & Outlook
      1. By Revenues (USD Million)
      2.  Quantity Sold (Million Tons)
    2. Market Share & Forecast
      1. By Type - Market Size & Forecast 2022-2032, USD Million & Million Tons
      2. By Technology - Market Size & Forecast 2022-2032, USD Million & Million Tons
      3. By Application - Market Size & Forecast 2022-2032, USD Million & Million Tons
  15. Vietnam Waste to Energy Market Outlook, 2022-2032
    1. Market Size & Outlook
      1. By Revenues (USD Million)
      2.  Quantity Sold (Million Tons)
    2. Market Share & Forecast
      1. By Type - Market Size & Forecast 2022-2032, USD Million & Million Tons
      2. By Technology - Market Size & Forecast 2022-2032, USD Million & Million Tons
      3. By Application - Market Size & Forecast 2022-2032, USD Million & Million Tons
  16. Philippines Waste to Energy Market Outlook, 2022-2032
    1. Market Size & Outlook
      1. By Revenues (USD Million)
      2.  Quantity Sold (Million Tons)
    2. Market Share & Forecast
      1. By Type - Market Size & Forecast 2022-2032, USD Million & Million Tons
      2. By Technology - Market Size & Forecast 2022-2032, USD Million & Million Tons
      3. By Application - Market Size & Forecast 2022-2032, USD Million & Million Tons
  17. Cambodia Waste to Energy Market Outlook, 2022-2032
    1. Market Size & Outlook
      1. By Revenues (USD Million)
      2.  Quantity Sold (Million Tons)
    2. Market Share & Forecast
      1. By Type - Market Size & Forecast 2022-2032, USD Million & Million Tons
      2. By Technology - Market Size & Forecast 2022-2032, USD Million & Million Tons
      3. By Application - Market Size & Forecast 2022-2032, USD Million & Million Tons
  18. Southeast Asia Waste to Energy Market Key Strategic Imperatives for Growth & Innovation
  19. Competition Outlook
    1.  Company Profiles
      1. Mitsubishi Heavy Industries, Ltd.
        1. Business Description
        2. Product Portfolio
        3. Strategic Alliances or Partnerships
        4. Recent Developments
        5. Financial Details
        6. Others
      2. Keppel Corporation Limited
        1. Business Description
        2. Product Portfolio
        3. Strategic Alliances or Partnerships
        4. Recent Developments
        5. Financial Details
        6. Others
      3. PT Yokogawa Indonesia
        1. Business Description
        2. Product Portfolio
        3. Strategic Alliances or Partnerships
        4. Recent Developments
        5. Financial Details
        6. Others
      4. Veolia Environment SA
        1. Business Description
        2. Product Portfolio
        3. Strategic Alliances or Partnerships
        4. Recent Developments
        5. Financial Details
        6. Others
      5. SUEZ Group
        1. Business Description
        2. Product Portfolio
        3. Strategic Alliances or Partnerships
        4. Recent Developments
        5. Financial Details
        6. Others
      6. CNIM Group
        1. Business Description
        2. Product Portfolio
        3. Strategic Alliances or Partnerships
        4. Recent Developments
        5. Financial Details
        6. Others
      7. Babcock & Wilcox Enterprises, Inc.
        1. Business Description
        2. Product Portfolio
        3. Strategic Alliances or Partnerships
        4. Recent Developments
        5. Financial Details
        6. Others
      8. Global Green Power PLC Corp
        1. Business Description
        2. Product Portfolio
        3. Strategic Alliances or Partnerships
        4. Recent Developments
        5. Financial Details
        6. Others
      9. Others (Emerging Startups & MSMEs)
  20. Disclaimer


MarkNtel Advisors follows a robust and iterative research methodology designed to ensure maximum accuracy and minimize deviation in market estimates and forecasts. Our approach combines both bottom-up and top-down techniques to effectively segment and quantify various aspects of the market. A consistent feature across all our research reports is data triangulation, which examines the market from three distinct perspectives to validate findings. Key components of our research process include:

1. Scope & Research Design At the outset, MarkNtel Advisors define the research objectives and formulate pertinent questions. This phase involves determining the type of research—qualitative or quantitative—and designing a methodology that outlines data collection methods, target demographics, and analytical tools. They also establish timelines and budgets to ensure the research aligns with client goals.

2. Sample Selection and Data Collection In this stage, the firm identifies the target audience and determines the appropriate sample size to ensure representativeness. They employ various sampling methods, such as random or stratified sampling, based on the research objectives. Data collection is carried out using tools like surveys, interviews, and observations, ensuring the gathered data is reliable and relevant.

3. Data Analysis and Validation Once data is collected, MarkNtel Advisors undertake a rigorous analysis process. This includes cleaning the data to remove inconsistencies, employing statistical software for quantitative analysis, and thematic analysis for qualitative data. Validation steps are taken to ensure the accuracy and reliability of the findings, minimizing biases and errors.

Data Trangulation

4. Data Forecast and FinalizationThe final phase involves forecasting future market trends based on the analyzed data. MarkNtel Advisors utilize predictive modeling and time series analysis to anticipate market behaviors. The insights are then compiled into comprehensive reports, featuring visual aids like charts and graphs, and include strategic recommendations to inform client decision-making

We’d love to understand what matters most to you.

Your data is 100% confidential & secure

By submitting, you agree to our Terms and Privacy Policy .