Marine type

By recovering heat from internal combustion engine exhaust gas and cylinder jacket water as the driving heat source for a lithium bromide unit, and through structural and material optimization to overcome the effects of ship sway and seawater corrosion, cold water at 5℃ and above is produced to meet air conditioning and refrigeration needs.

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Sludge drying

Recover the water vapor heat from the low-temperature drying machine, use steam as the driving heat source, use a steam-type lithium bromide absorption heat pump to produce 90 ℃ hot water to save energy consumption.

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Flue gas waste heat recovery

Recover heat from boiler flue gas. Using natural gas as the driving heat source, a direct-fired lithium bromide absorption heat pump is used to raise the boiler return water temperature, saving boiler energy consumption and achieving flue gas decolorization.

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Textiles and Chemical Fibers

Utilize waste heat steam, hot water, and esterification steam from the process as the driving heat source for the lithium bromide unit to produce chilled water at 5℃ and above, meeting the needs of air conditioning or process refrigeration.

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