Scale inhibition device of ejector of iron and manganese removal equipment and implementation method of scale inhibition device

Abstract

The invention relates to a scale inhibition device of ejector of iron and manganese removal equipment and implementation method of scale inhibition device, the scale inhibition device comprises a scale inhibition outer sleeve, a transmission connecting sleeve and a pipeline mounting sleeve, a triangular sliding rail is arranged on the top surface of an inclined rail block, one end of an inclined surface block is fixedly mounted at one end of the top surface of the inclined rail block, and a small iron ball is arranged on the inclined rail block; when strong water flow flows through the jet device, the water flow can push the impact plate to move forwards, a T-shaped sliding block drives a L-shaped lower pressing plate to move towards the outer side, after the T-shaped sliding block moves to the other corner of the triangular sliding rail from one corner of the triangular sliding rail, the L-shaped lower pressing plate loses constraining force, the L-shaped lower pressing plate pops out towards the inner side relative to the T-shaped sliding block, and the small iron ball pops inward. The invention further discloses an implementation method of the scale inhibition device for the jet device of the iron and manganese removal equipment, when strong water flow flows through the jet device, the water flow can push the impact plate to move forwards, and the impact plate can drive the transmission connecting sleeve to integrally move forwards through the inclined block.

Description

technical field [0001] The invention relates to the field of technical ejectors, in particular to an antiscaling device for ejectors of iron and manganese removal equipment and an implementation method thereof. Background technique [0002] Ejector, also known as water ejector, is composed of three parts: nozzle, suction chamber and diffuser pipe. It is a multi-purpose aeration method developed by using the principle of jet negative pressure. Mix and spray with air to make the mixing even and complete, the bubbles produced are many and delicate, and the oxygen dissolution efficiency is high. The oxygen conversion rate of traditional aeration equipment is generally lower than 10%, and the oxygen conversion rate of jet aeration equipment can be improved. It can reach more than 25%. Traditional ejectors are mostly made of PVDF or metal. Due to the use of threaded connections, not only the connection is inconvenient but also not durable and easy to corrode. deposits, which will...

AI Technical Summary

Problems solved by technology

[0005] The object of the present invention is to provide a kind of antiscaling device and implementation method of the ejector of iron and manganese equipment, adopt this device to work, thus solve the problem that the antiscaling of ejector of iron and manganese equipment in the above background is generally manual After the ejector is removed, the sediment in the ejector is manually scraped out. This method not only wastes time and manpower, but also does not make good use of the mechanical energy of the water flow in the ejector, resulting in a waste of resources.

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