Heating and cooling system

DETAILED DESCRIPTION I claim: 1.
A heating and cooling system utilizing solid waste for selectively heating and cooling a confined area, said heating and cooling system comprising: a pyrolytic incinerator capable of combusting said solid waste, means for supplying outside air to said pyrolytic incinerator to support combustion of said solid waste in a low oxygen atmosphere and for exhausting through an exhaust duct of said pyrolytic incinerator after said combustion of said solid waste; an afterburner in said exhaust duct of said pyrolytic incinerator capable of combusting waste gases which have become mixed with said outside air during combustion of said solid waste to further heat said outside air and waste gas combustion products; a heat exchanger in said exhaust duct downstream of said afterburner capable of transferring heat of said outside air and said waste gas combustion products to heating water passing through said heat exchanger; a heating system portion including a first closed loop piping system selectively connected to said heat exchanger and capable of circulating said heated water of said heat exchanger through a radiator in said confined area to transfer the heat contained in said heated water to air passing through said radiator; means for feeding said solid waste into said pyrolytic incinerator; a cooling system portion including a second closed loop piping system selectively connected to said heat exchanger and capable of circulating said heated water of said heat exchanger through an absorption cold generator; a third closed loop piping system connected to said absorption cold generator including means for circulating cooling water therethrough to supply an air conditioner in said confined area to cool air passing through said air conditioner; and said absorption cold generator capable of employing heat from said heated water of said second closed loop piping system to cool said cooling water of said third closed loop piping system; whereby said confined area is heated when said second closed loop piping system is isolated from said heat exchanger and is cooled when said first closed loop piping system is isolated from said heat exchanger