In winter, the heat from the cooling tower is recovered. Steam turbine extraction serves as the driving heat source, and a steam lithium bromide absorption heat pump raises the return water temperature of the primary network, saving boiler energy.
Process waste heat steam and hot water are used as the driving heat source for the lithium bromide unit, producing cold water above 5℃ to meet process or air conditioning refrigeration needs.
Utilize waste heat steam, hot water, natural gas and other energy sources as the driving heat sources for the lithium bromide unit to produce chilled water at 5°C or above, meeting the requirements of process or air-conditioning refrigeration.
By recovering heat from the flue gas and jacket water of the internal combustion engine, it serves as the driving heat source for the lithium bromide unit. Through structural and material optimization, the unit can overcome the impacts of ship swaying and seawater corrosion, producing cold water at 5°C and above to meet air-conditioning refrigeration requirements.