Operating duty
Standby, prime or continuous requirements.
Project requirements
Waste to Energy
Gas generation systems that convert landfill, sewage and organic waste gases into useful energy.
Site conditions
Environment, logistics and installation constraints.
Fuel and utilities
Available fuel quality and supporting systems.
Lifecycle
Commissioning, service and parts planning.
Power Risks Waste to Energy Operations Cannot Afford
Operating duty
Standby, prime or continuous requirements.
Site conditions
Environment, logistics and installation constraints.
Fuel and utilities
Available fuel quality and supporting systems.
Lifecycle
Commissioning, service and parts planning.
Operating Load Characteristics for Waste to Energy
Operating duty
Standby, prime or continuous requirements.
Site conditions
Environment, logistics and installation constraints.
Fuel and utilities
Available fuel quality and supporting systems.
Lifecycle
Commissioning, service and parts planning.
Recommended Power Architectures
Single package
One coordinated generation package.
Power range: 800 kW Frequency: 50 Hz Rated mode: Prime / continuous Explore Configuration
Multi-unit plant
Parallel units for capacity and operating flexibility.
Power range: Project configured Frequency: 50 Hz Rated mode: On request Explore Configuration
Integrated system
Generation, controls and auxiliaries as one project scope.
Published raw-gas context: Biogas typically 50%-85% CH4 in the brochure Treatment functions: Desulfurization, compression and decarbonization Published process option: PSA decarbonization Explore ConfigurationMatch the System to Waste to Energy
| Design Priority | Recommended Architecture | Core Equipment | Control Strategy | Explore |
|---|---|---|---|---|
| Operating duty | Single package | CG800 Gas Generator | Project specific | View Solution |
| Site conditions | Multi-unit plant | FGT200 Fuel Gas Treatment Skid | Verified before configuration | View Solution |
| Fuel and utilities | Integrated system | Biogas Purification System | Included in selection | View Solution |
| Lifecycle | Single package | Gas Preprocessing System | Available by project scope | View Solution |
Core Systems for Waste to Energy
Published gas and diesel generator systems from CAMDA authorized brochures. CG800 Gas Generator
Compact gas generation package for industrial and renewable-gas applications.
Power range: 800 kW Frequency: 50 Hz View System FGT200 Fuel Gas Treatment Skid
A project-engineered fuel-gas treatment skid that conditions inlet gas before a generator, with the process selected from gas analysis and operating requirements.
Power range: Project configured Frequency: 50 Hz View System Biogas Purification System
A project-engineered process for desulfurization, compression and carbon-dioxide removal based on raw-gas composition and the required product-gas quality.
Published raw-gas context: Biogas typically 50%-85% CH4 in the brochure Treatment functions: Desulfurization, compression and decarbonization View System
Gas Preprocessing System
A generator fuel-conditioning system combining filtration, dehydration, pressure stabilization, temperature control and online monitoring.
Functions: Filtration, dehydration and purification Conditioning: Pressure and temperature regulation View SystemEngineering Beyond the Generator
Operating duty
Standby, prime or continuous requirements.
Site conditions
Environment, logistics and installation constraints.
Fuel and utilities
Available fuel quality and supporting systems.
Lifecycle
Commissioning, service and parts planning.
Gas Power Generation Solutions
Integrated gas generator systems for natural gas, biogas, landfill gas and coalbed methane applications.
CCHP & Distributed Energy
Integrated electricity, heat and cooling systems for high-utilization energy projects.
From Site Data to Commissioned Resilience
- 01
Assess
Confirm loads, duty, environment and fuel.
- 02
Engineer
Select equipment and define system interfaces.
- 03
Deliver
Manufacture, test and coordinate installation.
- 04
Support
Commission, train and support operations.
Performance Targets We Engineer For
Directus projects record
Waste to Energy Projects
Guangzhou Langkun Waste-to-Energy Project
A 10 MW kitchen-waste biogas project using four Jenbacher J320 and two J620 generator sets.
View Project
Chongqing Luoqi Biogas Power Project
An 18 MW kitchen-waste biogas project equipped with twelve Jenbacher J420 generator sets.
View Project
Chengdu Chang’an Landfill Gas Power Project
A 30 MW landfill-gas project equipped with twenty Jenbacher J420 generator sets.
View ProjectWhy Waste to Energy Teams Work With CAMDA
Operating duty
Standby, prime or continuous requirements.
Site conditions
Environment, logistics and installation constraints.
Fuel and utilities
Available fuel quality and supporting systems.
Lifecycle
Commissioning, service and parts planning.
Gas Power Generation Solutions
Integrated gas generator systems for natural gas, biogas, landfill gas and coalbed methane applications.
CCHP & Distributed Energy
Integrated electricity, heat and cooling systems for high-utilization energy projects.
Waste to Energy Technical Resources
Waste-Gas Power Project Inputs
The fuel, site, operating and heat-use information needed to frame biogas, landfill-gas, coal-mine-gas and other recovered-fuel projects.
Product GuideBiogas Purification and Fuel Preprocessing
A brochure-backed overview of desulfurization, dehydration, filtration, pressure stabilization, monitoring and gas-quality control.
Product GuideSCR Denitration Project Planning
How to define engine-out emissions, exhaust conditions, reagent, controls, catalyst and test basis for a diesel-generator SCR system.
Planning GuideGas Quality and Generator Project Review
The gas composition, pressure, contaminants and variability data needed to select a generator and define preprocessing safely.
Product GuidePlan Your Waste to Energy Power Architecture
Choose from 10 inquiry types and share the available project details.Keep Every Rack Online. Engineer the Power Behind It.
Gas generation systems that convert landfill, sewage and organic waste gases into useful energy.