Unlike traditional EHP electric-driven multi-unit systems, GHP gas-driven multi-unit systems use a gas engine to drive the compressor. Using the environmentally friendly refrigerant R410a throughout the process for cooling or heating, it represents an upgrade to ordinary multi-unit products.
Using natural gas, liquefied petroleum gas, fuel oil, and city gas as heat sources, it produces hot water below 85℃ with a thermal efficiency as high as 94%.
Petroleum and Chemical Engineering
Utilize waste heat and steam generated from recycling processes (such as oil refining, EO/EG, styrene, EVA, polypropylene, caprolactam, etc.) as the heat source for a lithium bromide chiller to produce chilled water at 5℃ or above, meeting the process cooling needs.
By recovering the heat from the exhaust gas and cylinder jacket water of the gas internal combustion engine, it is used as the driving heat source for the lithium bromide unit to produce chilled water at 5℃ or above, meeting the cooling needs of air conditioning or data centers.