Molecular sieve pressure transport tank

Abstract

Provided is a molecular sieve pressure transport tank. The molecular sieve pressure transport tank comprises a pressure safety device, a tank body and a tank bottom support part. The pressure safety device is installed at the top of the tank body. The tank bottom support part is arranged in the low half part of the tank body and has a support effect on the tank body. A first stainless steel pipe, a second stainless steel pipe, a third stainless steel pipe and a fourth stainless steel pipe are arranged on the tank wall, closely pressing the tank body. Heads of the first stainless steel pipe, the second stainless steel pipe, the third stainless steel pipe and the fourth stainless steel pipe stretch into the top surface of the tank body in the forms of bending pipes. The tail of the first stainless steel pipe is a dust collector joint. The tail of the second stainless steel pipe is a molecular sieve suction inlet. The tail of the third stainless steel pipe is a pressurized port. The head of the fourth stainless steel pipe is a molecular sieve outlet. The molecular sieve pressure transport tank has following beneficial effects: delivery efficiency of the molecular sieve is increased; quality of the molecular sieve during transport is ensured; by means of the pressure safety device, potential safety hazards of the transport tank are eliminated; and the molecular sieve pressure transport tank has excellent usage effect.

Description

technical field [0001] The invention relates to molecular sieve conveying equipment, in particular to a molecular sieve pressure conveying tank. Background technique [0002] Because it contains metal ions with low electricity price and large ionic radius and combined water, the water molecules lose continuously after heating, but the crystal skeleton structure remains unchanged, forming many cavities of the same size, and the cavities have many diameters. The same micropores are connected, and these tiny holes have uniform diameters, which can adsorb molecules smaller than the diameter of the holes into the interior of the holes, and separate molecules larger than the holes, that is, "sieving" molecules Therefore, it is called molecular sieve. Molecular sieves are widely used in metallurgy, chemical industry, electronics, natural gas, medicine, construction and other industrial fields. They can be used as high-efficiency desiccants, selective adsorbents, catalysts, particl...

AI Technical Summary

Problems solved by technology

The molecular sieve needs to be exported manually. The whole process is very cumbersome, time-consuming and labor-intensive. Using this traditional filling and transportation method, generally a worker can only fill 2 to 4 delivery tanks a day, which is very inefficient.

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