GLOBAL GREEN POWERBENEFITS
The Advanced Biomass
Fueled Power System is able to use a large variety and mix of fuels and waste
streams.
Benefits:
Benefits:
Co-location to variety of waste generators, and
Both power and process heat available where it is needed.
Benefits:
Avoidance of expensive stack cleaners and processes,
Overall capital cost competitive with fossil fuels,
Operational costs competitive with fossil fuels, and
Cratech process exceeds EPA standards and targets for air quality.
Benefits:
Less costly to fabricate, transport, and erect,
Can be integrated into numerous processes to return waste heat, power and even clean CO2 gases to select agricultural enterprises, and
Alternative options include use of available process heat to create combined cycle efficiency.
Benefits:
Decreased vulnerabilities to disruptions of power whether intentionally , due to priority demand overloads, or as a result of natural disaster,
Improved reliability (individual plant downtime has minimal grid impact),
Economically feasible to co-locate several smaller units for further reliability and flexibility due to load variation,
Societal benefit to avoid additional transmission infrastructure necessary to accommodate forecasted growth in power needs, and
By sizing power plant process to available waste stream, avoidance of fuel transportation costs.
Benefits:
Multiple systems can be operated by a single crew or even by crews of co-located integrated industrial operations,
Capable of being monitored and controlled remotely, and
Early detection of potential system failures to avoid catastrophic failures and permit control of maintenance costs.
Benefits:
Possible to supply "green" power from reliable and competitive sources as society and government demand,
The Cratech process helps reduce sources of methane and is "CO2 neutral", and
By using waste streams for fuel, opportunity exists to earn tradable and saleable RECs( renewable energy credits) for power supplied and used in states such as Texas.