Traditional tempering tower column heating modules have many practical use problems:
Column heating module using all-welded manufacturing, once the leakage or other failures, it can only be isolated for the entire heating module.
If the replacement, the entire tempering tower must be stopped to lift, disassemble in order to repair, the maintenance process is not only complex, time-consuming, more critical is to lead to production downtime, causing huge losses in production.
At the same time, the density of the heat transfer area of the tubular heating module is too low, resulting in the tempering tower is often more than 10 meters high or even higher.
In the expansion of the plant, because the installation space of the equipment is limited, and the heat transfer area of the tubular heating module is also limited, which leads to the expansion of the plant, the tempering tower often becomes the bottleneck of the entire production line, and the fundamental is the lack of heat transfer area of the tubular heating module.
In addition, because of the low heat transfer efficiency of the column heating module, the fluid cannot form turbulence in the column, which leads to the waste of a large amount of low-grade heat sources, such as low-temperature hot water and steam condensate, in the oil extraction plant.
The SW solid state heater designed and produced by Tripp is a good solution to the above problems.
SW solid heater mainly consists of pillow-shaped heat transfer plate. The pillow-shaped heat transfer plate is processed by fully automatic laser welding and post-forming process. The special pillow structure makes the fluid in and between the plates form the best turbulent flow state to achieve efficient heat transfer, and has many features such as low resistance, high pressure, easy cleaning, modularity, etc.