Agricultural digesters
Manage manure, reduce uncontrolled emissions, create useful energy, and improve nutrient-management options.
Evaluate a farm opportunity ↗Renewable energy, rooted in real operations
Turn organic waste into dependable American energy.
Biogas USA connects operators, developers, and communities with clear pathways from feedstock assessment to useful gas, heat, power, and renewable natural gas.
- 01
- Capture methane
- 02
- Recover value
- 03
- Build resilience
Dairy manure◆Food residuals◆Wastewater solids◆Landfill gas◆Renewable natural gas
Where biogas works
Designed around the feedstock, site, and end use.
Successful projects begin with operating reality—not a one-size-fits-all technology package.
Food and beverage
Recover energy from high-strength organics while reducing disposal costs and operational risk.
Municipal systems
Integrate organics diversion, wastewater infrastructure, and resilient local energy strategies.
The anaerobic pathway
Four stages. One circular system.
Biogas systems use controlled biological decomposition without oxygen to transform organic material into a versatile gas stream and nutrient-rich digestate.
- 01
Receive
Collect and condition suitable organic feedstocks.
- 02
Digest
Microorganisms break down material inside a sealed vessel.
- 03
Condition
Clean and prepare biogas for the chosen end use.
- 04
Use
Produce heat, electricity, pipeline-quality RNG, or vehicle fuel.
Project readiness
Good projects align five variables.
Reliable feedstock
Appropriate technology
Practical gas use
Permitting pathway
Bankable economics