초록 ▼

This invention absorbs available heat from the flue gas of an existing building's heating system and heat from the sun. The heat is absorbed and stored in a heat-collecting sphere of special design. The absorbed heat collected in the sphere is transferred, by the conventional refrigeration cycle, to

This invention absorbs available heat from the flue gas of an existing building's heating system and heat from the sun. The heat is absorbed and stored in a heat-collecting sphere of special design. The absorbed heat collected in the sphere is transferred, by the conventional refrigeration cycle, to the heat exchanger located at the air inlet to the building heating system. The refrigerant liquid is sprayed into the collecting sphere, as it absorbs heat, it evaporates and changes into a gas. The refrigerant compressor transfers the gas from the heat-collector to the heat exchanger. The existing heater fan draws air across the heat exchanger finned coil removing heat from the refrigerant. The refrigerant gas gives up heat and is condensed. The heated air combines with the existing furnace air to heat the existing building. The refrigerant liquid from the heat exchanger is transferred to the heat-collecting sphere spray nozzles.

대표청구항 ▼

The invention claimed is: 1. A system for capturing heat energy from waste gas comprising: a chimney flue stack for conveying exhaust gases from a combustion space; a solar heat collecting sphere located directly above said chimney flue stack, said solar heat collecting sphere comprising at least o

The invention claimed is: 1. A system for capturing heat energy from waste gas comprising: a chimney flue stack for conveying exhaust gases from a combustion space; a solar heat collecting sphere located directly above said chimney flue stack, said solar heat collecting sphere comprising at least one spray nozzle connected to a liquid supply line; a heat exchanger; a hot gas return line placed inside said chimney flue stack, said hot gas return line coupled to said solar heat collecting sphere and a refrigerant compressor, wherein said refrigerant compressor delivers refrigerant gas from said solar heat collecting sphere to said heat exchanger; said liquid supply line centrally located inside said hot gas return line for supplying said refrigerant to said solar heat collecting sphere for conversion to a refrigerant gas; a flange located at a base of said solar heat collecting sphere, wherein said flange allows for complete rotation about a vertical axis for maximum solar heat absorption; wind baffles located below said solar heat collecting sphere to cause an upward wind action; and and air supply for passage through said heat exchanger to heat a desired location. 2. The system for capturing energy from waste gas of claim 1, wherein solar heat collecting sphere further comprises a heat collecting dome having an outer surface coated with lamp black color and an inter surface coated with silver color. 3. The system for capturing energy from waste gas of claim 2, wherein solar heat collecting sphere comprises magnifiers on surface of said sphere to create magnifier focal points onto said outer surface of said heat absorber dome. 4. The system for capturing energy from waste gas of claim 1, wherein said at least one liquid spray nozzle is centrally located inside said solar heat collecting sphere.