Waste heat boiler refers to a boiler that heats water to a certain temperature by using the waste heat from waste gas, waste materials or waste liquid in various industrial processes and the heat generated by the combustion of combustible materials. Through waste heat recovery, hot water or steam can be produced to supply other sections. The waste heat boiler designed and manufactured by ZOZEN Boiler is mainly used as one of auxiliary machines of boiler system. By recovering the high-temperature flue gas from the boiler, the exhaust temperature is reduced, thus further improving the overall thermal efficiency of the boiler.
ZOZEN SZS series gas-fired and oil-fired boiler is a kind of horizontal internal combustion structure. The size of the steam drum and water drum is calculated professionally, and the steam drum is equipped with several steam-water separation devices, which can effectively improve the steam quality.
A boiler is an essential piece for the new material industry, providing thermal energy for the production process of lithium hydroxide, lithium carbonate, etc. Considering the complexity of the production process of the new material industry, ZOZEN Boiler highly recommends the gas-fired and oil-fired steam boiler and the thermal oil heater. ZOZEN gas-fired boiler is favored by new material customers because of its reasonable structure, high steam quality and sufficient output. The end of the boiler is equipped with various energy-saving devices designed by ZOZEN engineers and it can effectively improve the overall thermal efficiency of the boiler.
Shenyang Third Thermal Heating Co., Ltd. is one of the largest companies of the central heating industry in Shenyang. The body and the middle partition wall of ZOZEN DHL series corner tube hot water boiler adopt membrane water wall complete sealing structure, which greatly reduces the boiler heat loss and improves the boiler thermal efficiency. Meanwhile, the flag heating surface of this series of boilers is designed with patented technology of the same smoke velocity in variable cross-section, so that the flow velocity of the smoke in heated surface between the high temperature zone and the low temperature zone is uniform, reducing the ash accumulation and increasing the heat transfer co-efficiency.
