Fumes-to-Fuel
The Fumes-to-Fuel VOC abatement system is capable of reducing thermal energy consumption by 80%, generating usable electricity, and reducing VOC emissions as much as 50% and greenhouse gas emissions by up to 90%. The two-stage process begins in a fluidized bed concentrator, as a stream of VOC-laden air is passed through carbon beds for absorption and conveyed to a desorber. The heated carbon releases the VOCs, which are then taken downstream. Finally in a collector, a thermal reformer strips hydrogen to produce the electricity.
The process begins in a fluidized bed concentrator as a stream of VOC-laden air is passed through carbon beds for absorption and conveyed to a desorber. The heated carbon releases the VOCs, which are then taken downstream. Finally in a collector, a thermal reformer strips hydrogen to produce the electricity.
The Fumes-to-Fuel technology relies on a Stirling external combustion engine that converts heat from the combustion of a variety of materials into mechanical power, providing a payback by producing electricity from VOC waste. Other benefits of the Fumes-to-Fuel technology include: reduced CO2 emissions, operating expenses, natural gas consumption, and lower total life cycle costs. Instead of opting for a reformulated coating and sacrificing quality, VOC abatement with a payback might be your best option for VOC compliance.
Features
- Reduced CO2 emissions
- Reduced operating expenses
- Reduced natural gas consumption
- Lower total life cycle costs
- Products
Products
- Financing & Leasing
Financing & Leasing
- Routine & Preventive Maintenance
Routine & Preventive Maintenance
- Education & Training
Education & Training
- Direct/Phone Diagnostics
Direct/Phone Diagnostics
