What makes a power plant carbon negative?

Carbon Negative Power Plants use biomass that has absorbed CO₂ from the atmosphere during growth. Through advanced gasification, they generate electricity while converting carbon into biochar—a stable form that remains sequestered for 1,000+ years. This results in net removal of CO₂ from the atmosphere, unlike conventional power plants that release carbon or even other renewables that are merely carbon neutral.

What biomass feedstocks can power these plants?

Our systems process agricultural and forestry waste including plywood production waste, forestry residues, rice husks, straw, corn waste, bagasse, Napier grass, municipal solid waste, bamboo, hemp, and moringa. Each plant is engineered for your specific feedstock type to optimize energy output and biochar quality.

How much electricity does each system produce?

The CNPP-1000 generates 1 MW (1000 kW), CNPP-2000 produces 2 MW (2000 kW), and CNPP-3000 delivers 3 MW (3000 kW) of continuous baseload power. All systems maintain energy conversion efficiency exceeding 1 kWh per kg of biomass feedstock with 24/7 operation independent of weather conditions.

Are these systems modular and scalable?

Yes. Each Carbon Negative Power Plant is a complete modular unit designed for specific capacity requirements. Multiple units can be deployed in parallel for larger operations or portfolio scaling across distributed sites.

Carbon Negative Power Plants

How it works

Biomass Feedstock

Agricultural residues, forestry waste, and other organic materials enter the system. These materials have already absorbed CO₂ from the atmosphere during their growth.

Advanced Carbonisation

Biomass undergoes controlled thermal conversion in a our patented low-oxygen environment, producing ultra clean syngas and solid biochar. This process maximizes energy recovery while capturing carbon in stable form.

Permanent Biochar Production

The carbon captured during gasification becomes biochar—a stable, solid form of carbon that remains sequestered for 1,000+ years. This is verified, permanent carbon removal.

Carbon Credit Generation

Every tonne of biochar produced generates verified carbon removal credits. We purchase these credits through long-term offtake agreements, guaranteeing revenue for the life of your plant.

Modular System Standards

1 MW

Essential Baseload power for smaller facilities

Feedstocks (fuel):

Plywood production waste
Forestry Waste
Agricultural Waste:
Rice husks/ Straw/ Corn/ Bagasse/ Napier etc
Municipal Solid Waste (MSW)
Bamboo/ Help/ Moringa

Green Electricity Generated

1000 kW

Usable Thermal Heat

8000Mj / hour

Biochar Production

7.2m3 /day

Carbon Credits

6 cru/ day

Ideal for wood processing facilities, small industrial operations, Internal Financing, and pilot deployments with consistent & stable biomass supply of 24+ tonnes/day.

View Technical Data

2 MW

Proven performance for growing operations

Feedstocks (fuel):

Plywood production waste
Forestry Waste
Agricultural Waste:
Rice husks/ Straw/ Corn/ Bagasse/ Napier etc
Municipal Solid Waste (MSW)
Bamboo/ Help/ Moringa

Green Electricity Generated

2000 kW

Usable Thermal Heat

16000 MJ/Hour

Biochar Production

14.4m3/ day

Carbon Credits

12 cru/ day

For plywood manufacturers, medium facilities, and project developers seeking finance-ready infrastructure with dual revenue streams. Requires consistent biomass supply of 48+ tonnes/day.

View Technical Data

3 MW

Maximum capacity for large-scale operations

Feedstocks (fuel):

Plywood production waste
Forestry Waste
Agricultural Waste:
Rice husks/ Straw/ Corn/ Bagasse/ Napier etc
Municipal Solid Waste (MSW)
Bamboo/ Help/ Moringa

Green Electricity Generated

3000 kW

Usable Thermal Heat

24,000MJ/ hour

Biochar Production

21.6m3/ day

Carbon Credits

18 cru/ day

Designed for large industrial facilities, heavy industry with significant biomass availability, and Energy Developers. Requires consistent biomass supply of 72+ tonnes/day.

View Technical Data