Air Conditioning Without Global Warming

The Global Problem

Green House gas emissions cause global warming, damaging the environment at an unprecedented rate and scale.

  • Legacy Air Conditioning (AC) refrigerants are Green House Gases that have Global Warming Potential (GWP) that are 1,000s times more damaging to the environment than carbon dioxide (CO2).

  • Refrigerant leakage alone accounts for 10% of total global greenhouse gas emissions.

  • AC will account for 40% of global carbon budget by 2050 (US-EPA)

  • Governments are mandating the elimination of high GWP refrigerants through international treaties and national legislation

Industry Challenge

  • The good news. Next generation Hydrofluoroolefin (HFO) synthetic refrigerants such as Solstice® ze (R-1234ze) are available with ZERO GWP

  • The bad news. Legacy AC compressors and systems do not perform well utilizing the new ZERO GWP refrigerants

  • Next generation Commercial AC systems require new compressor and system technologies for economic operation

  • New compressors must operate with lower density refrigerants, increased volumetric flow rates and lower pressure ratios all while having increased efficiency and low cost

TORAD’s Spool Compressor:

  • Achieves high displacement and groundbreaking efficiency with next generation refrigerants such as Solstice® ze.

  • Achieves low manufacturing cost through patented compact design and simple planer geometry.

  • Facilitates advanced chiller designs unavailable with legacy compressors.

Learn more about TORAD's proprietary technology
 
 

Watch our video on how our Spool Compressor works.

TORAD’s Spool Compressor for Commercial Air Conditioning is highly efficient with a low manufacturing cost.

Our Goal:

Enable the rapid, economic adoption of zero global warming air conditioning and refrigeration systems across a broad range of applications. 

TORAD  is a privately held Climate Tech company with R&D Center in Atlanta Georgia.

Win the Future with ZERO Global Warming Air Conditioning

Contact Us To Learn More