The condensate recovery device is a key equipment in the steam condensate recovery system. It is widely used in industrial sectors such as petrochemicals, pharmaceuticals, food, heating, metallurgy, rubber, and automobiles, as well as in steam boiler condensate recovery systems in hotels, hospitals, shopping malls, office buildings, and other units. It is also suitable for civil steam heating and central air conditioning refrigeration systems. It is an upgraded product of open condensate water tanks, playing an important role in reducing resource waste and environmental protection

(1) Energy saving, fully enclosed recycling, allowing condensate water to be fully utilized

(2) Condensed water is the purest water, without scaling, ensuring the evaporation efficiency of the boiler

(3) Raise the boiler feedwater temperature to reduce the demand for thermal energy per unit of steam production

(4) Save industrial water, significantly reduce external water supply, and lower water bills and treatment costs

(5) Effectively prevent the occurrence of phenomena such as water accumulation and water hammer in pipelines

The non negative pressure water supply unit is directly connected to the municipal water supply network, and is connected in series with stacked water supply based on the remaining pressure of the municipal water supply network to ensure that the pressure of the municipal water supply network is not less than the set maintenance pressure. Compared with traditional secondary water supply equipment, it is more energy-efficient

(1) Being able to fully utilize the water supply pressure of the municipal pipeline network, the energy-saving effect is better, and compared with traditional box type variable frequency water supply equipment, it can save 30% -60% energy

(2) It can automatically adjust the stacked water supply according to the inlet pressure and flow rate of tap water

(3) Cost saving and relatively small footprint

(4) The power outage phenomenon will not affect the status of water supply

(5) Clean and hygienic, avoiding secondary pollution

A method of collecting and utilizing waste heat generated during the production process, using the recovered waste heat to heat water, preheat air, and generate steam, in order to achieve energy conservation and reduce environmental pollution

(1) Energy saving, there is a large amount of water vapor in the flue gas, and the condensation of water vapor releases a large amount of latent heat of condensation. After installing a condensation heat exchanger, the exhaust temperature can be reduced to below 100 degrees, absorbing the sensible heat and latent heat emitted by the condensation of water vapor in the flue gas. The thermal efficiency of the boiler has been increased to over 95%

(2) Environmental protection: During the condensation process of water vapor in flue gas, harmful gases such as NOX and SOX are absorbed, and the harmful gases in the emissions are significantly lower than the national emission standards; At the same time, it saves fuel and reduces users' annual CO2 emissions