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 […]
Author: sandyg
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 […]
SMTI Demonstrates Prototype Chiller for US Army & Navy
SMTI hosted representatives from the US Army and Navy to demonstrate our 2RT absorption chiller prototype. The trailer-mounted chiller/engine-generator package, produced 2RT […]
First 80,000 Btu/hr GAHP Prototype Field Test Unit Installed
SMTI’s very first 80,000 Btu/hr GAHP prototype (Alpha 1) was installed as a field test unit, in a warehouse heating application. The […]
SMTI Wins Outstanding Venture Award at NREL Industry Growth Forum
In a competition with 30 other new ventures presenting at National Renewable Energy Laboratory’s 28th annual clean technologies investor event, Stone Mountain […]
SMTI Installs Four GHPWH Field Test Units in Pacific Northwest
SMTI commissioned four 3rd generation gas heat pump water heater prototypes in the Pacific Northwest, the first major field test of this […]
SMTI Completes Expansion Into New 11,000 sqft Laboratory
SMTI is excited to announce we have moved our engineering and test laboratory to an 11,000 sqft facility in Johnson City, TN.“Our […]
SMTI Installs 2nd Generation GHPWH Field Test Unit
SMTI commissioned a 2nd generation gas heat pump water heater prototype in northeast Tennessee home. This test builds upon lessons-learned during a […]
SMTI Installs 1st Generation GHPWH Field Test Unit
SMTI installed a 1st generation gas heat pump water heater prototype in northeast Tennessee home. This “Alpha” prototype, which was initially developed […]
SMTI Awarded DOE Grant to Develop GAHP for Residential Space Heating
SMTI is excited to announce we have been awarded a grant by the U.S. Department of Energy to develop a gas-fired absorption […]