With the improvement of environmental awareness and the increasing shortage of energy, the demand for energy-saving equipment has become more and more urgent. Among them, the zero-leakage tubular heat exchanger is a high-efficiency, high-efficiency,
Energy-saving equipment has been widely concerned and applied. This article will introduce the working principle, characteristics and application of zero-leakage tubular heat exchanger in energy saving.
The working principle of a zero-leakage tubular heat exchanger is based on the concept of heat exchange, which exchanges heat between two fluids through pipes. This equipment consists mainly of a shell and a set of tube bundles. The fluid enters the heat exchanger housing through the pipe, where one fluid flows inside the tube and the other fluid flows outside the tube, completing the heat transfer through the heat conduction on the wall.
Compared with the traditional heat exchanger equipment, the zero-leakage tube heat exchanger has the following significant characteristics. First of all, it adopts a sealed structure, which effectively prevents the leakage of fluids. This not only protects the cleanliness of the working environment, but also avoids wasted energy. Secondly, the zero-leakage tubular heat exchanger can achieve higher thermal efficiency during the heat transfer process. Since the fluid is inside the tube.