Flue gas type

Flue Gas Absorption ChillerProduct Model: YP Series Cooling Capacity: 352~11630 kW Energy Source: Flue gas, hot water and other waste heat energy recovery ◇Single-effect flue gas unit: Uses flue gas below 300°C generated by small generators and other industrial equipment as a heat source to achieve refrigeration ◇Double-effect flue gas unit: Uses high-temperature flue gas above 300°C generated by gas turbines, micro-turbines, internal combustion engines and other industrial equipment to achieve refrigeration and heating ◇Flue gas hot water unit: Uses waste flue gas or waste hot water generated by internal combustion engines and other industrial equipment to achieve refrigeration and heating ◇Flue gas supplementary combustion unit: Uses equipment with gas turbines and other waste flue gas, and when the flue gas is insufficient, natural gas or other fuel is used for supplementary combustion to achieve refrigeration and heating. ◇Flue gas hot water supplementary combustion unit: Uses waste flue gas or waste hot water generated by internal combustion engines and other industrial equipment to achieve refrigeration and heating, and when the flue gas is insufficient, natural gas or other fuel is used for supplementary combustion to achieve refrigeration and heating.

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Related Products

Steam type

Using industrial waste steam, boiler steam, district heating network steam (0.1~8kg/cm²·G), exhaust steam, etc., as the driving heat source, lithium bromide solution as the absorbent, and water as the refrigerant, it produces chilled water above 5℃ for central air conditioning or industrial process systems. It is widely used in offices, hotels, shopping malls, public buildings, as well as petrochemical, steel, tobacco, textile, chemical fiber, pharmaceutical, electronic, thermal power plants, and garbage incineration plants.

Hot water type

Water-type lithium bromide absorption chillers use industrial wastewater, city network hot water, hot water generated by hot water boilers, etc., as heat sources to provide air-conditioning or process chilled water. The unit is safe, reliable, and maintains high efficiency for a long time. It can utilize waste heat, improve the environment, and is conducive to comprehensive energy utilization.

Gas/diesel type

Using natural gas, city gas, biogas, light oil, etc., as heat sources, it produces chilled water above 5℃ and hot water below 85℃, supplying central air conditioning or industrial process systems to achieve summer cooling and winter heating with one or two/three functions, saving heating boilers and large-capacity power distribution. Widely used in office buildings, hotels, shopping malls, theaters, stadiums, factories, oil fields and other fields of the national economy.

Absorption heat pump

The first type of lithium bromide absorption heat pump uses steam, hot water, flue gas, or fuel gas as the driving heat source, lithium bromide solution as the absorbent, and water as the refrigerant to produce process or air-conditioning hot water. It can effectively recover low-grade waste heat and can be used for process or central heating needs, complying with national waste heat and renewable energy utilization policies.

Flue gas type

Product Model: YP Series Cooling Capacity: 352~11630 kW Energy Source: Flue gas, hot water and other waste heat energy recovery

Module type

This system is based on a potassium bromide absorption unit. Leveraging our company's R&D design and procurement service advantages, and with a user-centric approach, we provide one-stop equipment and services for highly centralized supporting water cooling and cooling water systems.

GHP

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.

Vacuum hot water unit

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%.

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