Solid-fuel cogeneration systems are high-efficiency energy solutions that convert solid fuels such as biomass, waste, coal, or agricultural residues into energy in a controlled manner, enabling the simultaneous production of electricity and heat.

In these systems, fuel energy is utilized within a single integrated process as:

• Electricity generation

• Steam / hot water / thermal oil

Operating Principle

1. Solid fuel → boiler or gasification unit

2. Generated energy → steam or syngas

3. Electricity generation → steam turbine / gas engine

4. Waste heat from turbine or engine → recovered as process heat

➡ Thus, nearly all of the fuel is converted into useful energy.

Advantages of Solid-Fuel Cogeneration

⚡ High Overall Efficiency

• Efficiency of conventional systems: 35–40%

• Cogeneration systems reach 80–90% total efficiency

Significant Reduction in Energy Costs

• Electricity and heat from a single fuel source

• Reduced dependence on the grid

• Short payback period, especially for industrial facilities

🌱 Use of Local and Renewable Fuels

• Biomass

• Agricultural waste

• Forestry residues

• Industrial solid waste

➡️ Reduces foreign dependency and promotes the use of local resources.

♻️ Waste Management + Energy Production

• Reduces waste disposal costs

• Converts waste into economic value

• Ensures environmental sustainability

🏭 Full Integration with Industrial Processes

• Suitable for tea, food, textile, chemical, paper, sugar, MDF, OSB industries, etc.

• Ideal for all facilities requiring steam

• Can be integrated into existing steam infrastructures

🌍 Reduction of Carbon Footprint

• Lower CO₂ emissions compared to fossil fuels

• Compliance with carbon regulations

• Supports ESG and sustainability goals

Application Areas

• Industrial facilities

• Organized industrial zones

• Waste-to-energy plants

• Agriculture and food enterprises

• Municipalities and private energy projects