The torch system comes into play on the material, and the five-building team is actively involved with the project in connection with the torch and the hoisting program. The most optimized construction plan is used to organize powerful construction workers. During the hoisting process, the construction workers overcome the 40-degree hot summer weather, narrow construction sites, unobstructed roads, and difficulty in accessing large vehicles. The manual and mechanical lifting methods are used in the process of unloading and assembling, and the human resources are concentrated. During the week, the torch was paired and submitted for inspection. The first section of the torch from 0m to 16.5m was soon hoisted. After that, the operators were divided into three large-scale groups and they respectively performed ground pairings on the second section of 16.5 to 33 meters, the third section of 33 to 51.5 meters, and the fourth section of 51.5 to 77 meters. The molecular sealer and the torch head are assembled with the tower. To avoid working at heights, the 16 torches are attached to the tower pipeline and the inspection and operation platform is installed at the same time. From the use of lifting rigs and 400-ton cranes, the supply of sunstroke medications, cold drinks and mung bean soup was guaranteed in a timely manner. It took only 18 days from the arrival of the material to the installation of the torch.
The pillow plate heat exchangers are very versatile, and have been used in a wide range of industries, in applications such as cooling and heating of process liquids, condensation and evaporation of condensates, freezing and defrosting of liquids, direct heating and cooling of viscous liquids, and heat recovery from effluent waste streams.
Some examples of applications of pillow plate heat exchangers include cooling and heating of food and beverages, process liquids in chemical, oil and gas processing, solids, evaporators and crystallizers for pharmaceuticals, and heat recovery from exhaust and wastewater gases in power plants.
The advantages of using pillow plate heat exchangers include high efficiency, compact design, easy and fast installation, low maintenance cost and low energy consumption. The pillow plates are also reliable and durable and can be used for years without significant wear and tear, in addition. they are corrosion resistant and require minimal cleanliness maintenance.
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