Integration of IH<sup>2</sup>® with Cool Reformer for the Conversion of Cellulosic Biomass to Drop In Fuels
DOE
Questions this answers
Sources
- doe_osti · checked 2024-08-16
Source record
The underlying research record — supporting evidence for the object above.
Key Details
- Posted Date
- Source
- doe_osti
Description
GTI Energy has integrated the Cool Reformer technology with the IH<sup>2®</sup>-50 pilot plant (which can process a maximum of 50kg/day of biomass feed) to demonstrate the suitability of this new reforming technology for producing hydrogen within IH<sup>2</sup>® process. As part of this study, we showed that all of the hydrogen required for the IH<sup>2®</sup> process could be produced from steam reforming the IH<sup>2®</sup> light gas generated within the process and the system can be integrated in a cost-effective way compared to the use of standard SMRs.. Authors: Marker, Terry [GTI Energy, Des Plaines, IL (United States)]. DOE Contract: EE0008919. Subjects: 08 HYDROGEN; 09 BIOMASS FUELS; 10 SYNTHETIC FUELS; Biomass; IH2; Renewable diesel; SAF; TEA; cool reformer; lcof; modular plant; pilot plant