Key Takeaways
- Characterize flow, composition, contaminants and variability together
- Coordinate gas collection and treatment with generator demand
- Define useful heat and parasitic loads in the project energy balance
Technical guide introduction
Recovered-fuel projects connect the gas source, treatment process, generator plant and site energy demand. Gas availability, collection pressure and treatment downtime can be as important as nominal engine capacity.
Technical planning workflow
Six-Step Project Guide
Step 1
Characterize flow, composition, contaminants and variability together
Recovered-fuel projects connect the gas source, treatment process, generator plant and site energy demand. Gas availability, collection pressure and treatment downtime can be as important as nominal engine capacity.| Input to confirm | Guide context |
|---|---|
| Characterize flow, composition, contaminants and variability together | Product Guide |
| Coordinate gas collection and treatment with generator demand | Products |
| Define useful heat and parasitic loads in the project energy balance | 11 minutes |
Step 2
Coordinate gas collection and treatment with generator demand
Published project examples do not guarantee another site result. Final output and performance depend on the verified fuel and approved system design. Characterize flow, composition, contaminants and variability together
Coordinate gas collection and treatment with generator demand
Define useful heat and parasitic loads in the project energy balance
Gas source, collection method, hourly and seasonal flow profile and expected project life
Representative composition, heating value, moisture, sulfur, siloxanes, particles and other contaminants
Collection pressure, flare or bypass arrangement, condensate handling and available utilities
Step 3
Define useful heat and parasitic loads in the project energy balance
The fuel, site, operating and heat-use information needed to frame biogas, landfill-gas, coal-mine-gas and other recovered-fuel projects.Characterize flow, composition, contaminants and variability together
Published project examples do not guarantee another site result. Final output and performance depend on the verified fuel and approved system design.
Coordinate gas collection and treatment with generator demand
The fuel, site, operating and heat-use information needed to frame biogas, landfill-gas, coal-mine-gas and other recovered-fuel projects.
Define useful heat and parasitic loads in the project energy balance
A brochure-backed overview of desulfurization, dehydration, filtration, pressure stabilization, monitoring and gas-quality control.
Step 4
Gas source, collection method, hourly and seasonal flow profile and expected project life
A brochure-backed overview of desulfurization, dehydration, filtration, pressure stabilization, monitoring and gas-quality control.| Review resource | Format | Knowledge area | Reading time |
|---|---|---|---|
| Biogas Purification and Fuel Preprocessing | Product Guide | Products | 12 min |
| Installation Inspection and Handover Record | Service Guide | Service Support | 11 min |
| Planning a Gas Power Generation Project | Planning Guide | Project Planning | 11 min |
Step 5
Representative composition, heating value, moisture, sulfur, siloxanes, particles and other contaminants
A structured review of civil, mechanical, cooling, fuel, exhaust, electrical and control interfaces before commissioning.Step 6
Collection pressure, flare or bypass arrangement, condensate handling and available utilities
A practical sequence for defining fuel, electrical duty, site, balance-of-plant, heat use and lifecycle responsibilities before a gas-power proposal. Product Guide Products
- Gas Generator System Datasheets CAMDA-GAS-SYSTEM-DATASHEETS
- Biogas Purification and Fuel Preprocessing Product Guide
- Installation Inspection and Handover Record Service Guide
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Products and Solutions in This Guide
Related products 6
- CBG500 Biogas Generator Set Biogas generator system configured for renewable and waste-to-energy projects.
- CLG800 Landfill Gas Generator Set Landfill-gas generator system for site power and energy-recovery projects.
- CMG600 Coal Mine Gas Generator Set Coal-mine-gas generator platform for recovered-fuel power projects.
- CSG1000 Syngas Generator Set Project-configured syngas generator system for alternative-fuel applications.
View 2 more related products
- 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.
- Gas Preprocessing System A generator fuel-conditioning system combining filtration, dehydration, pressure stabilization, temperature control and online monitoring.
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