JOSEPH J WALLACE
Engineers in Chesapeake, VA

License number
Pennsylvania PE011337E
Category
Engineers
Type
Professional Engineer
Address
Address 2
Chesapeake, VA 23320
Pennsylvania

Professional information

Joseph Wallace Photo 1

Solar Energy System For Heating And Cooling Of Buildings Utilizing Moist Air Cycles

US Patent:
4365619, Dec 28, 1982
Filed:
Sep 24, 1979
Appl. No.:
6/077907
Inventors:
Edward M. Holbrook - Virginia Beach VA
Joseph J. Wallace - Chesapeake VA
International Classification:
F24J 302
US Classification:
126428
Abstract:
An integrated system for the collection, storage, and utilization of solar energy in the heating and cooling of buildings utilizing a moist air cycle involving evaporation and condensation of water vapor at constant pressure to obtain the advantages of high heat capacity, resulting from phase change, and low mass flow rate. Supersaturated moist air is circulated through solar collectors where evaporation takes place; the coolant leaving the solar collectors in a saturated condition and returning to a hot storage tank. There the coolant flows across the surface of hot stored water where condensation takes place, and thereafter leaves the hot storage tank in a saturated condition and at a temperature only slightly above that of the stored water. The hot storage tank further includes floating heat exchanger means for heating water in the portable water supply system. Upon leaving the hot storage tank the coolant is passed through a novel humidifying device which restores exactly the amount of moisture that was lost by condensation.


Joseph Wallace Photo 2

Solar Energy System For Heating And Cooling Of Buildings Utilizing Moist Air Cycles

US Patent:
4182406, Jan 8, 1980
Filed:
Feb 17, 1978
Appl. No.:
5/878510
Inventors:
Edward M. Holbrook - Virginia Beach VA
Joseph J. Wallace - Chesapeake VA
International Classification:
F25B 2900
US Classification:
165 48S
Abstract:
An integrated system for the collection, storage, and utilization of solar energy in the heating and cooling of buildings utilizing a moist air cycle involving evaporation and condensation of water vapor at constant pressure to obtain the advantages of high heat capacity, resulting from phase change, and low mass flow rate. Subersaturated moist air is circulated through solar collectors where evaporation takes place; the coolant leaving the solar collectors in a saturated condition and returning to a hot storage tank. There the coolant flows across the surface of hot stored water where condensation takes place, and thereafter leaves the hot storage tank in a saturated condition and at a temperature only slightly above that of the stored water. The hot storage tank further includes floating heat exchanger means for heating water in the portable water supply system. Upon leaving the hot storage tank the coolant is passed through a novel humidifying device which restores exactly the amount of moisture that was lost by condensation.