Market Size and Share
The Biomass Briquette Market is estimated to reach USD 7.94 Billion in 2026 and is projected to grow to USD 15.05 Billion by 2035, registering steady growth at a CAGR of 7.0% during the forecast period from 2026 to 2035.
Large-scale scale agricultural activities globally that have resulted in the liberation of large volumes of residues. Rice husk, bagasse, coir pith, nut shells, and cotton stalks among others are the managing residuesdues produced in the world. These residhave has been posed ing environmental threat in the form of air pollution and surged the need for proper waste management methods. Biomass briquette is a method of converting biomass into usable fuel blocks. Biomass incluagro residuesdues, paper, and sawdust that are generated in bulk quantities in various agro-industrial activities. Briquetting is a densification process that involves pressure sure compaction-agro residuesdues into high-pressure fuel blocks, commonly referred to as biomass briquettes. These briquettes are considered effective substitutes for a charcoal and are widely used as an alternative fuel for coal, wood, and lignite across the globe.
Market Scope
| Metrics | Details |
| Market CAGR | 7.0% |
| Segments Covered | By Application, Industrial, and By Region |
| Report Insights Covered | Competitive Landscape Analysis, Company Profile Analysis, Market Size, Share, Growth, Demand, Recent Developments, Mergers and acquisitions, New Product Launches, Growth Strategies, Revenue Analysis, and Other vital insights. |
| Fastest Growing Region | Asia Pacific |
| Largest Market Share | North America |
For More Insights Request Free Sample
Key Takeaways
- Asia-Pacific is the fastest-growing region, while Europe holds a dominant position in adoption, driven by strong renewable energy policies and industrial decarbonization initiatives.
- Agro-waste-based briquettes account for nearly 40-60% of total production share, making agricultural residues the most widely used raw material segment globally.
- The power generation segment holds around 37-43% of market demand, as utilities and industries increasingly adopt biomass co-firing with coal to reduce emissions.
- Industrial heating applications continue to dominate overall consumption, supported by cost advantages over fossil fuels and increasing fuel substitution policies.
- Sawdust-based briquettes remain one of the most widely used feedstocks, contributing nearly 30-46% share depending on regional availability and industrial usage patterns.
- Rising government support for renewable energy adoption, carbon neutrality targets, and waste-to-energy initiatives are key growth drivers of the market.
- Increasing concerns over agricultural waste burning and rising fossil fuel prices are accelerating adoption across industrial and rural applications.
Analyst Viewpoint
The biomass briquette market is evolving from a traditional waste-management solution into a structured renewable energy industry supported by decarbonization policies and industrial fuel substitution programs. Utilities and manufacturing industries are increasingly adopting briquettes as a cost-effective and low-emission alternative to coal and firewood.
The market is strongly influenced by policy frameworks such as biomass co-firing mandates, carbon reduction targets, and clean energy incentives, particularly in Europe and Asia-Pacific. However, challenges such as inconsistent feedstock availability, logistics costs, and lack of standardized pricing still impact scalability.
Going forward, companies focusing on efficient briquetting technologies, high-energy-density fuel development, and large-scale supply chain integration are expected to gain a competitive advantage.
Market Dynamics
The growing demand for biofuel substitutes
The growing demand for biofuel substitutes in industrial applications coupled with efforts to reduce the consumption of fossil fuels is the primary growth factor the for biomass briquettes market. Governments and environmental protection agencies are striving to reduce the use of fossil fuels and unrenewable energy sources to curb global warming and rising greenhouse gas emissions. Bio-briquettes found a sustainable alternative to coal in industrial heating applications a and reliable energy source. Other potential benefits of these blocks including high combustibility, low residue content, sulfur-free, and economic factors are boosting the use of bio briquettes in these applications utilizationtion of biomass briquettes is also beneficial to the environment in that it eliminates on-field burning ago residuesdues by providing ing alternative market for commercial utilization as fuel.
However, the lack of favorable policies that promote the production and utilization of bio-briquettes is hindering the market growth in most of the geographies
Market Segmentation Analysis
Agro waste briquettes to dominate the global biomass briquette market
The market has been segmented by type biomass type into sawdust briquettes, agro-waste brique, rates, and wood briquettes. Agro-waste is the largest source of bio-briquettes globally constituting nearly 60% of the total production. Grain husk, groundnut shells, bags, cases, and several other farm residues undergo processing procedures such as drying, mixing, mol, ding, or compressing in pellet machines to form cylindrical blocks.
Wood briquets are tes to grow with a CAGR of YY% during the forecast period. Wood briquettes are a fuel source made out of dried, compacted wood. They are made from wood waste or by-products and machine-compressed into a log or block shape, generally without added ingredients, though they can have added materials like peat, bracken, or coffee. Wooden briquettes provide a cost-effective source of heating ng, efficient and consistent fires.
Market Geographical Share
Europe is expected to dominate the global biomass briquette market during the forecast period
By Geography, Europe is a critical region in the market growth. Biomass briquettes are widely used to meet industrial and domestic energy requirements in European countries. Countries such as Hungary, Po, land, and Austria ate at the forefront of consumptive abundance-ance of biomass residues led to the production of biomass briquettes. Developing nations in the region has been the largest consumer of bio-briquettes historically, majorly in domestic cooking activities owing to limited sources of cooking fuel. The market is recently gaining prominence among developed economies, which use these blocks for heating boilers in electricity generation. China is likely to win the ess most significant growth rate in market penetration owing to government polictowardards boosting production.
Companies and Competitive Landscape
The global biomass briquette market is highly fragmented with a large number of companies majorityrity of bio-briquette manufacturers are smallmedium-sizedized companies with limited production capacity and geographical reach. The market is also stagnant in terms of production technology with most of the current manufacturing facilities equipped with either piston press or screw extrusion machines. However, the favoring policies to boost the use of sustainable fuels is likely to increase demand in local applications and boost profit margins shortly. In December 2020, The Goa Energy Development Agency (has invited bids to set up a 2,000 kg/HR biomass briquetting project at Saligao, Bardez in Goa. The scope of work includes setting up a 2,000 kg/HR biomass briquetting project based on tree waste, tender coconut waste, and coconut leaves waste in Goa.
Key Players:
Enviva, Shijiazhuang Ningshu Trading CO., Drax Biomass Inc, Biomass Secure Power Inc, Pfeifer Group, General Biofuels Inc and German Pellets and Others.
Recent Developments
- April 2026 – Enviva and Drax Biomass expanding large-scale bioenergy pellet and briquette supply chains
Enviva and Drax Biomass Inc strengthened production and logistics networks to support rising global demand for renewable biomass fuels in power generation and industrial heating applications. - March 2026 – Pfeifer Group advancing sustainable wood-based briquette manufacturing
Pfeifer Group expanded production of high-density biomass briquettes using forestry residues, focusing on improved combustion efficiency and reduced carbon emissions. - February 2026 – Biomass Secure Power and General Biofuels increasing renewable energy integration
Biomass Secure Power Inc. and General Biofuels Inc. enhanced biomass-to-energy conversion projects aimed at supporting decentralized renewable power generation and industrial fuel substitution. - January 2026 – Rising adoption of biomass briquettes in industrial decarbonization
Companies such as Shijiazhuang Ningshu Trading Co. and German Pellets increased supply of cost-effective biomass briquettes for cement, steel, and thermal power industries to reduce reliance on coal.
Who Should Buy This Report?
This report is highly relevant for stakeholders across renewable energy, industrial fuel, and waste management sectors, including:
- Biomass briquette manufacturers and suppliers
Renewable energy developers and utilities
Industrial boiler and furnace operators
Cement, steel, and textile manufacturers
Agricultural waste processing companies
Power generation companies (coal co-firing plants)
Government energy and environmental agencies
Waste management and recycling firms
Equipment and briquetting machine manufacturers
Carbon credit and sustainability consultants
Infrastructure investors and private equity firms
Market intelligence and consulting organizations
Procurement and energy sourcing professionals
Rural energy development organizations
Clean fuel distribution companies
