17/07/2019
Flue gas & hot water type absorption Chiller
Flue gas inlet temperature: above 250 °C
Hot water inlet temperature: above 80 °C
Product Features
Application areas: distributed energy systems, industrial furnaces, flue gas waste heat utilization systems.
The unit uses high-temperature flue gas discharged from gas engine, gas turbine, industrial kiln exhaust and other gas cylinders as the driving heat source, lithium bromide aqueous solution as absorbent and water as refrigerant to obtain comfort air conditioning or process. Equipment using cold water and hot water. It can greatly improve energy efficiency, reduce harmful gas and carbon emissions, and operate stably and reliably with intelligent control devices, which can meet the process requirements of more than 8,000 hours of operation per year.
The refrigeration cycle is completed by the action of the absorber and the generator set. Due to the direct drive of primary energy, the power consumption and primary energy consumption can be balanced during summer cooling, and the impact on the power grid can be reduced. Mainly used in hotels, office buildings, hospitals, stadiums, theaters and other refrigeration and air conditioning systems.
Two-stage ev***ration/absorption cycle
Both the ev***rator and the absorber are constructed in a two-stage configuration, allowing them to operate at different pressures, and the concentration range of the solution is expanded, thereby greatly reducing the amount of solution circulation and reducing heat loss.
Multi-stage anti-crystallization system
The ev***rator uses multiple sets of proprietary coolant level control devices to prevent solution crystallization.
Further improve heat transfer efficiency
Solution heat exchangers, refrigerant condensate recovery, etc. are all replaced by high efficiency plates.
Optimized series and parallel cycle The
unit adopts a unique series-parallel process, which combines the advantages of series and parallel to ensure stable and efficient operation of the unit.
Set the temperature difference between cold water and cooling water. The
unit adapts to the working conditions of large temperature difference, reduces the models of pumps, cooling towers and pipelines, saves investment costs and makes the system more energy efficient.
