The Plate-fin Heat Exchanger can realize air-air, air-water, air-oil, refrigerant-air, and other fluid medium heat exchange processes. The tube&Flat fin heat exchanger can realize the air-water, air-air fluid medium heat exchange process, and the cold plate heat exchanger can realize the water cooling cycle refrigeration process.
Water Shell&Tube Heat Exchanger Water Shell Heat Exchanger,Water Tube Heat Exchanger,Tube Heat Exchanger,Types Of Heat Exchangers Xinxiang Zhenhua Radiator Co., Ltd. , https://www.thermictransfer.nl
At present, there are many types of steam traps, but their working principle is to make use of the difference of the height, temperature and flow rate of steam and condensate water to realize the opening and closing of the steam traps through various mechanisms so as to achieve the purpose of blocking steam drainage. It mainly has three energy-saving effect. First, the rapid discharge of steam using equipment to produce condensed water, steam heating equipment to maintain the best efficiency, so that the device does not form a stagnant water condensation to maximize the equipment to ensure that the steam space, which can often Maintain the highest heating efficiency. Once the steam trap fails to function adequately, not only is the performance of steam-using equipment greatly affected by the retention of condensate, but it can even completely paralyze the production equipment. Second, the rapid discharge of air and low temperature condensate from the start of the start-up period will shorten the warm-up time. At the beginning of steaming, the steam delivery lines and the steaming equipment are filled with air and if they are not excluded, they can not be fed into the steam. In addition, during the process of steam heating equipment and steam heating equipment to achieve the steam temperature, the initial low temperature condensate generated must also be quickly discharged, so that equipment to achieve normal operation in a short period of time, which is an important condition to improve production efficiency, Especially in intermittent production, shortening the preheating time reduces the time required for each operation. As a result of the increased number of treatments, it eventually increases the output. In the past, bypass valves were first opened to allow primary air and low-temperature condensate to drain when preheating, and the proper steam traps were now used to automatically drain primary air and initial low temperature condensate as well as save labor. Third, reduce the steam consumption of steam traps. The so-called steam traps own steam consumption, generally refers to the steam leaks, steam traps steam needed for the action and the amount of heat loss.