Refrigerants
Improve Efficiency with Solstice® Refrigerants in Industrial Processes
Solstice® HFO Refrigerants drive industrial process efficiently
Most industrial processes harness heating and cooling to ensure the correct quality, shape and form of the product being produced. Whether air, water or steam, the carbon footprint of cooling and heating energy has a significant influence on Scope 1 emissions – a key focus of any ESG agenda. Reducing carbon emissions starts with optimizing processes and identifying quick wins that can have positive financial and environmental impact. Low GWP Honeywell Solstice® ze (R-1234ze) and Solstice® zd (R-1233zd) refrigerants are designed to increase the energy efficiency and reduce the emissions of heating, cooling and refrigeration applications such as the medium and high-temperature heat pumps that power industrial heat sink applications. In addition, Solstice® HFO refrigerants are non-toxic and mildly or non-flammable, unlike conventional solutions such as ammonia.
Why choose Solstice HFO Refrigerant for your industrial processes?
Increases energy efficiency
Optimizes the energy cost of your manufactured product.
Reduces environmental impact
The low GWP and low ozone depletion potential of Solstice® HFO refrigerants support carbon reduction journeys.
Increases safety
Solstice® HFO refrigerants are non-toxic and non-flammable, making them a safe choice for industrial processes.
Lowers cost
Systems powered by Solstice® HFO refrigerants deliver higher CAPEX savings than those that use conventional refrigerants.
Reduces maintenance
Systems powered by Solstice® HFO refrigerants require less complex maintenance than those using conventional refrigerants due to hermetic compressors and lower circuit pressures.
Key applications
Get In Touch With Us
If you are a Sustainability Leader, Consultant Engineer, Heat Pump Specialist, Technology Leader or Project/Operations Manager and planning a new heat pump solution for any of the applications listed above, please do get in touch and learn more about how you can reduce cost, decrease risk and run your heat pump eco-efficiently?
