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Sector Commercial
End-use Water Heating/DHW/HPWH
Project Number ET24SWG0006
2024 - N/A
SWG (Statewide Gas ETP)
ACTIVE
This project is a field study of a Gas Absorption Heat Pump (GAHP) water heater. The GAHP is a gas-fired technology and its technology readiness level (TRL) is 9. This project falls into phase 2F (field study phase) of a multi-phase field study pilot project for GAHP water heaters & combination...
Sector Cross Cutting
End-use Water Heating/DHW/HPWH
Project Number ET24SWG0004
2024 - N/A
SWG (Statewide Gas ETP)
ACTIVE
This study aims to characterize the hydrogen fuel blending performance (up to 30% blend) of a Robur Gas Absorption Heat Pump (GAHP)-A unit to sufficiently populate model inputs in EnergyPlus. Gas Technology Institute (GTI) Energy will serve as a contractor for this study. They will develop a test...
Sector Commercial
End-use Miscellaneous
Project Number ET24SWG0001
2024 - N/A
SWG (Statewide Gas ETP)
ACTIVE
The objective of this study is to examine the energy savings, benefits, and drawbacks of various types of pool heating equipment. A macro-based Excel tool will be developed to conduct an hourly energy, cost, and GHG emissions analysis of five types of pool heating equipment: traditional gas pool...
Sector Industrial
End-use Process Loads
Project Number ET23SWG0014
2023 - N/A
SWG (Statewide Gas ETP)
ACTIVE
The proposed project aims to conduct a comprehensive market study focused on production line heat recovery systems within the industrial and manufacturing sectors. Heat recovery systems play a crucial role in improving energy efficiency and sustainability for various industrial processes, and their...
Sector Commercial
End-use Water Heating/DHW/HPWH
Project Number ET23SWG0020
2023 - N/A
SWG (Statewide Gas ETP)
PDF Available
COMPLETE
This technology focused pilot is part of another project with Clean O2 where field testing will be separately performed. The separate GET project with CleanO2 will involve field testing on the CarbinX Unit. This project will be a market study that seeks to identify barriers implementing the...
Sector Industrial
End-use Process Loads
Project Number ET23SWG0009
2023 - N/A
SWG (Statewide Gas ETP)
PDF Available
COMPLETE
This project will gather burner efficiency data for commercial boilers using existing and emerging ultra-low-NOx burner technologies. The testing will characterize the complete system efficiency of the burner and boiler system including combustion efficiency, fuel efficiency, equipment power...
Sector Industrial
End-use Process Loads
Project Number ET23SWG0019
2023 - N/A
SWG (Statewide Gas ETP)
ACTIVE
This project aims to conduct a comprehensive market study on industrial furnace applications, with a primary focus on identifying opportunities for natural gas savings. The study will explore a range of technologies, including radiative recuperators, thermal imaging, insulation, ductwork, fuel/air...
Sector Commercial
End-use Water Heating/DHW/HPWH
Project Number ET23SWG0012
2023 - N/A
SWG (Statewide Gas ETP)
ACTIVE
This Gas Emerging Technology (GET) project includes research into site screening criteria and sizing methods for gas absorption heat pump water heaters (GAHPs). GAHPs have been around for many years, but the application of this technology to domestic hot water (DHW) systems is novel and presents...
Sector Commercial
End-use Process Loads
Project Number ET23SWG0006
2023 - N/A
SWG (Statewide Gas ETP)
PDF Available
COMPLETE
ERI is proposing to perform a market and technology study that will begin with a market assessment of Vortex Water Treatment (VWT) technology and applications in use in California. The resulting study will analyze current technologies utilized during ice resurfacing in ice arenas and the energy...
Sector Commercial
End-use HVAC
Project Number ET23SWG0011
2023 - N/A
SWG (Statewide Gas ETP)
ACTIVE
This Gas Emerging Technology (GET) study project is proposed to monitor and analyze the potential gas energy savings from adding a chemical additive to hydronic heating systems in commercial or multifamily buildings in California. These water additives claim to reduce the surface tension of the...
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The ETCC is funded in part by ratepayer dollars and the California IOU Emerging Technologies Program, the IOU Codes & Standards Planning & Coordination Subprograms, and the Demand Response Emerging Technologies (DRET) Collaborative programs under the auspices of the California Public Utilities Commission. The municipal portion of this program is funded and administered by Sacramento Municipal Utility District and Los Angeles Department of Water and Power.