Syngas Cleanup
TRI's proprietary KASyn™ Syngas Clean-Up & Conditioning Process technology is the recommended advanced platform to compliment TRI's proprietary gasification technology. KASyn™ provides a product gas that meets the stringent level of cleanliness demanded by any commercially available downstream syngas processing technology. The KASyn™ Process is fully customizable and can be tailored to accommodate a wide array of carbonaceous feedstock material to provide an ultra-clean syngas in a manner that is sustainable, repeatable, predictable, energy efficient, environmentally clean, and cost-effective.The TRI KASyn™ Process may be situated to take advantage of the chemistry of any type of carbonaceous feedstock material as well as that of TRI’s unique thermochemical reaction conditions to produce an ultra-high quality syngas in the an efficient, cost-effective, and minimally capital intensive manner. KASyn™ may be used to leverage TRI's unique thermochemical operating environment to clean and condition any type of syngas resulting in a technology that is remarkably well suited for integration with any conceivable type of gas-to-liquids or gas-to-power conversion system.
KASyn™ Syngas Clean-Up & Conditioning Process technology is the recommended industry standard to produce an ultra-high quality syngas in an efficient, cost-effective, and minimally capital intensive manner.
Benefits
TRI’s KASyn™ Syngas Clean-Up & Conditioning Process technology can be tailored to any thermochemical application to result in an ultra-clean syngas in a sustainable, repeatable, predictable, energy efficient, environmentally clean, and cost-effective manner.
KASyn™ provides a product gas that is capable of meeting any level of stringent cleanliness requirements demanded by any commercially available downstream syngas processing technology.
KASyn™ may be used to leverage TRI’s unique thermochemical operating environment to clean and condition any type of syngas resulting in a technology that is remarkably well suited for integration with any conceivable type of gas-to-liquids or gas-to-power conversion system.