David May - Prestonsburg KY, US David May - Allen KY, US John Burke - Prestonsburg KY, US
Assignee:
Recycling Solutions Technology, LLC - Prestonsburg KY
International Classification:
F23J011/00 F23B007/00
US Classification:
110345000, 110341000
Abstract:
A system and associated method of processing solid waste via a waste gasification process results in usable by-products. The method utilizes a rotary kiln heated to a temperature of at least 800 F. and a reduction chamber, heated to a temperature of at least 1800 F. The solid waste is slowly rotated in the kiln for six to eight hours. The solid material is passed through screens to separate the ash from other items. Gases are monitored and transported to the reduction chamber to generate power. The gases are then transported to at least one air pollution control unit to remove contaminants before being vented into the atmosphere.
David May - Prestonsburg KY, US David May - Allen KY, US John Burke - Prestonsburg KY, US
Assignee:
Recycling Solutions Technology, LLC - Prestonsburg KY
International Classification:
F23J011/00 F23J015/00
US Classification:
110345000, 110346000
Abstract:
A system and associated method of processing solid waste via a waste gasification process resulting in usable by-products may be used to generate electricity. The method utilizes a rotary kiln heated to a temperature of at least 800 F., a reduction chamber, heated to a temperature of at least 1800 F. and a boiler downstream of the reduction chamber. Steam generated in the boiler powers a turbine which operates a generator for generating electricity. Dampers may be positioned to bypass the power generation system. Gases are monitored and transported from the reduction chamber to at least one air pollution control unit to remove contaminants before being vented into the atmosphere.
Gordon D. Cooley - Morristown TN, US James D. Schultz - Corinth TX, US David E. May - Sweetwater TN, US Anurag N. Sharda - Vancouver WA, US
International Classification:
A47C 7/54
US Classification:
2974113
Abstract:
A moveable armrest is provided that pivots from a standard use position to a stowed position behind the backrest of a vehicle seat. The armrest pivots about a horizontal axis for movement from a horizontal position along the side of the seat to a vertical position along the side of the seat, and pivots about a vertical axis for movement from the vertical position adjacent to the inboard side of the seat to a vertical position behind the backrest of the seat. The moveable armrest includes a locking mechanism to prevent unintentional movement of the armrest.