The present invention discloses various applications of split hydrocarbon processing (SHCP) across an array of technologies for hydrogen (H.sub.2), power and industrial production purposes. These applications generate nearly pure carbon dioxide CO.sub.2 with no need for separation, making it ready for compression and storage or utilization.

Improvements in the method of simultaneous hydrogen production and emission control are disclosed as a device that is configured for hydrogen generation methods for auto, truck, and stationary engine use. This apparatus and method may be applied to any single or multi-cycle, rotary engine applications including but not limited to two-stroke, four stroke or multi-cycle and gasoline, diesel, turbine, air compressor and alternative dual fuel or hybrid applications.

Improvements in the method of simultaneous hydrogen production and emission control are disclosed as a device that is configured for hydrogen generation methods for auto, truck, and stationary engine use. This apparatus and method may be applied to any single or multi-cycle, rotary engine applications including but not limited to two-stroke, four stroke or multi-cycle and gasoline, diesel, turbine, air compressor and alternative dual fuel or hybrid applications.

A facility (100) for storing hydrogen in an organic liquid is disclosed. The facility (100) comprises an absorption chamber (190) adapted to hold the organic liquid, to receive synthesis gas such that the organic liquid sorbs the synthesis gas, separates the hydrogen from other components of the synthesis gas and bounds the hydrogen to store the hydrogen in the organic uid, and to release the other components of the synthesis gas from the organic liquid. Further, a method for storing hydrogen in an organic liquid is disclosed.

A facility (100) for storing hydrogen in an organic liquid is disclosed. The facility (100) comprises an absorption chamber (190) adapted to hold the organic liquid, to receive synthesis gas such that the organic liquid sorbs the synthesis gas, separates the hydrogen from other components of the synthesis gas and bounds the hydrogen to store the hydrogen in the organic uid, and to release the other components of the synthesis gas from the organic liquid. Further, a method for storing hydrogen in an organic liquid is disclosed.