China High Efficiency Hot Water Boiler
The greatest part of the current heat demand of the oil refinery is provided by direct heating in process furnaces and by steam that is produced in steam boilers. Steam is the main utility at the refinery site. In the fractionation columns, as well as in many heat exchangers, steam is used as a heat source, and the condensate can be recovered and reused. In other units, such as strippers, it is injected to improve the process. And the steam headers are connected by let-down valves and turbines, the latter used in direct drive configuration to operate compressors and pumps.
Fang fast production of electric boiler furnace using a reliable water separation design, better security; also features multi-level, a number of protective measures water temperature, secondary overheating, over-temperature, leakage, antifreeze, and other power anomalies, which frost protection Fang is fast unique patented technology, comprehensive protection of the safe operation of electric boilers.
Still 8 cultural and creative industrial park is located in the Chaoyang District, Beijing, Bali Zhuang Chen Lin, No. 2, construction area of 493,300 square meters. Surrounded by quintessence of Court, Red Sandalwood Museum, Shanxi Museum and other famous attractions. Due to its special geographical location, has very stringent requirements for providing heat boiler plants. Carefully selected to finalize cooperation with our company, signed a two He Lide series complete condensation pressure china high efficiency hot water boiler.
Advantage of Water Tube Boiler
Water tube and fire tube boilers are essentially the opposite in design. In a water tube boiler, water travels through tubes which are surrounded by the by-products of combustion, or flue gas. In a fire tube boiler, the flue gas travels through the tubes, which are surrounded by hot water. Fire tube boilers are typically designed with either three or four sets of tubes (three- or four-pass boilers). Every set of tubes that the flue gas travels through is considered a “pass”. Boilers designed for three-passes have the stack at the rear, and boilers designed for four-passes have the stack at the front. A boiler with more passes has a higher heat extraction rate and is more efficient then one with less passes.