SMTI Commissions ‘Heat Pump Furnace’ Field Test Prototypes
SMTI and its commercialization partners successfully commissioned an 80,000 BTU/hr gas heat pump furnace prototype on two single family residential homes in […]
Tag: absorption
SMTI develops first wall-hung gas-fueled heat pump boiler/furnace for low load buildings
SMTI completed its first prototype thermally-driven heat pump (TDHP) with a 20,000 BTU/hr (6 kW) capacity. Filling out SMTI’s suite of existing […]
5th Generation Residential Gas Heat Pump Water Heaters Begin Field Test
Six 5th generation prototype gas heat pump water heaters were recently commissioned. Five were installed in homes in Southern California while the […]
Commercial Water Heating Field Test Commissioned in NE Tennessee
SMTI’s first commercial water heating field test was commissioned in North East Tennessee in April, 2018. A 140,000 btu/hr gas absorption heat […]
SMTI featured in October Edition of AGA’s American Gas Magazine
SMTI’s advanced gas heating technology featured in October edition of AGA’s American Gas Magazine.
SMTI Wins DOE Grant
SMTI Wins DOE Grant to Commercialize Its Residential Furnace ProductSMTI is pleased to announce that it has been selected as an awardee […]
SMTI Hits 1.41 COP Target With Commercial Sized GAHP
SMTI recently achieved a 1.41 COP (coefficient of performance) at design conditions for our “Beta” 140,000 Btu/hr GAHP model. The commercial-sized (for […]
4th Generation Residential Gas Heat Pump Water Heater Field Test Installed
SMTI is proud to announce that a 4th generation GHPWH prototype was installed in a home in Birmingham, Alabama (serving a family […]
Residential “Combi” Field Test Site Upgraded to Beta Model
SMTI’s first residential “combi” field test installation in Erwin, TN was upgraded to a Beta model, nominal 80,000 Btu/hr GAHP. Originally installed […]
SMTI Delivers Beta 80,000 Btu/hr GAHP Prototype to GTI
SMTI delivered a 2nd generation “Beta” prototype to Gas Technology Institute for 3rd party testing. GTI will conduct both steady-state and simulated […]