Record Display for the EPA National Library Catalog


Main Title Conversion of Trash to Gasoline.
Author Diebold, James ; Smith, Garyl ;
CORP Author Naval Weapons Center China Lake Calif
Year Published 1978
Report Number NWC-TP-6022; EPA-IAG-D7-0781;
Stock Number AD-A055 113/5
Additional Subjects Solid wastes ; Conversion ; Gasoline ; Pyrolysis ; Polymerization ; Olefin polymers ; Hydrocarbons ; Capacity(Quantity) ; Economic analysis ; Refuse derived fuels ; Design criteria
Library Call Number Additional Info Location Last
NTIS  AD-A055 113/5 Some EPA libraries have a fiche copy filed under the call number shown. 07/26/2022
Collation 27p
This report describes a thermochemical process through which organic waste materials found in municipal trash are converted into a high grade gasoline product. The process involves three major steps: selective pyrolysis to form gases relatively rich in olefins such as ethylene, propylene, and butylene; compression and purification of the pyrolysis gases to concentrate the olefins; and polymerization of the olefins to form polymer gasoline. Pyrolysis experimentation has resulted in about half of the energy in the organic feed being found in the gaseous olefin pyrolysis product. Polymerization of pure ethylene has produced a synthetic crude oil product containing about 90% gasoline having an unleaded motor octane of 90. Preliminary economic evaluation has shown the process to be suitable for relatively small plant sizes. The projected yield of gasoline and oils is about 0.19 l/kg (46 gal/ton). The process is currently in the bench-scale development stage. (Author)