Mixing type energy collecting device

Abstract

The invention belongs to the technical field of heat transferring application of cold and hot liquid, and specifically discloses a mixing type energy collecting device. The mixing type energy collecting device comprises a housing, supporting legs, a steam exhausting port, a water outlet, a steam inlet, a steam distributing chamber, a filler frame, a filler, a first water distribution plate, a second water distribution plate, a cooling water inlet and a water spraying head. The device has the beneficial effects that 1, the heat is quickly transferred and is efficiently exchanged, and the heat exchanging efficiency is up to 100%; 2, the condensing water is fully recovered and recycled; the water of the whole system is automatically cleaned to avoid scale; a heat exchanging system maintains long-term stable efficient heat exchanging performance, so that the problem of scaling of the system is minimized, and the heat exchanging efficiency of the system cannot be reduced due to scaling which is hard to solve; 3, the influence from steam pressure and system pressure is avoided; the noise and steam impact are effectively removed; and the whole machine runs smoothly; and 4, the condensingwater is completely absorbed and utilized; and a water compensating device is only arranged in the system due to special reason, so that the water consumption and the system running cost can be greatly saved.

Description

technical field [0001] The invention belongs to the technical field of cold and hot fluid heat transfer applications, and in particular relates to a hybrid energy receiving device. Background technique [0002] The hybrid energy harvesting device conducts heat transfer by direct contact between cold and hot fluids. This heat transfer method avoids the thermal resistance of dirt on the heat transfer partition wall and its two sides. As long as the contact between the fluids is good, there will be greater the heat transfer rate. Therefore, where fluids are allowed to mix with each other, hybrid energy receiving devices can be used, such as gas washing and cooling, circulating water cooling, steam-water mixed heating, steam condensation, etc., and its application throughout the chemical industry , metallurgical enterprises, power engineering, air conditioning engineering and many other production departments. [0003] However, the existing hybrid energy storage structure has ...

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Problems solved by technology

[0003] However, the existing hybrid energy storage structure has poor heat transfer, heat transfer, and heat transfer effects, high noise, steam shock phenomenon, unstable operation of the whole machine, and inconvenient assembly and maintenance, etc., which cannot meet the existing heat transfer requirements. The high standard usage requirements of the assembly site, which is currently urgently to be solved

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