Most gasification installations today are large-scale industrial systems that operate under high-pressure, high-temperature conditions. Typically, they are highly specialized industrial systems which require homogeneous fuels, highly skilled operating personnel, located in controlled-access industrial zones.
OE Gasification represents technology with the potential to become the leading gasification technology provider in the Energy-from-Waste market. The system offers an opportunity to install a modular unit to convert waste to thermal energy. The gasification technology provides an environmentally sound method of converting the waste to hot water or steam.
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| system Size |
Large-Scale |
Small-Scale |
| System Configuration |
Fixed |
Modular/Scalable |
| Fuel Type Capability |
Single-fuel |
Multi-fuel |
| Fuel Mix Capability |
Fixed |
Variable |
| Process Temperature |
High |
Moderate/Controlled |
| Reactor Type |
High-pressure |
Negative-pressure, Downdraft |
| External Fuel Source |
Required |
Not Required |
| Ash Output |
Solid/Gasified |
Loose |
• Waste is recycled as "fuel" for energy
• “Made here” solution creates corporate and community good will
• Generates local employment
• Small-scale allows for less transport, less congestion, less pollution
• Significantly reduced fossil fuel energy costs
• Significantly reduced waste disposal costs
• Significantly reduced environmental emission costs
• Added "green credits" (reduced greenhouse gas emissions)
- with variable fuel input
- units can be linked together for different energy/waste needs
- multi-unit installations enhance flexibility and system uptime
- fewer pollutants than many alternative systems. Air emissions
significantly below limits set by the EU directives on all parameter
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