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...

This study aims to characterize the performance 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 plan including instrumentation, plumbing,...

This project is proposed to research and analyze the market of Infrared (IR) heating technologies to provide actionable recommendations of technologies and gaps for further study by the Statewide Gas Emerging Technologies (GET) program. This project will cover IR heating systems in industrial and...

This study aims to analyze and identify energy-efficient equipment and processes related to natural gas consumption in California crematoriums. The objective is to understand the current state of natural gas usage crematories, innovative technologies, and provide recommendations for implementing...

This project will be a market assessment on California hospitals to evaluate the current natural gas end use technology present in hospitals today. This study will look at existing data on hospital equipment use, energy, and natural gas consumption, and conduct research to assess the potential for...

This Gas Emerging Technology (GET) study project is proposed to monitor and analyze the potential gas energy savings from replacing non-controlled domestic hot water (DHW) circulator pumps with smart circulator pumps. Smart circulator pumps use either a timer, aquastat, timer + aquastat, or an...

This project is proposed to perform energy modeling and analysis of dual fuel heating systems in the single-family homes of California. The study will model different dual fuel heating scenarios using DEER EnergyPlus single family prototype models built around several parameters such as switchover...

This project will be an updated and broad approach to look at specific measures for enhancing the energy efficiency (EE) of boilers in CA IOU territory. Rather than focusing on boiler retrofits, which are already part of the IOU portfolio, this study will investigate the potential for add on and...

This project is phase 1 of a multi-phase pilot project for gas-fired heat pump water heaters & combination systems. This phase 1 project will do all the groundwork for the future phase 2 and 3 projects to install gas-fired water heating/combination equipment at various sites around California. ...

The project will research emerging Ultra-low NOx (ULN) Burner technologies to provide actionable recommendations of technologies and gaps for further study by the GET program. This project will research and evaluate cost-effective, efficient, and ultra-low emission burner technologies including...