Whirlpool separator

Abstract

A whirlpool separator is composed of a casing and a drive shaft, wherein the casing is internally provided with a casing cavity and the drive shaft; the casing cavity is internally provided with a whirlpool wheel connected with the drive shaft; the whirlpool wheel is internally provided with a whirlpool chamber the middle of which is provided with a whirlpool chamber inlet, and the periphery of the whirlpool chamber is provided with a whirlpool chamber outlet; and the casing cavity is provided with a casing cavity inlet arranged corresponding to the whirlpool chamber inlet, and the casing cavity is provided with a casing cavity outlet. The whirlpool separator in the invention adopts a brand new separation principle and a method, makes full use of circular motion and fluid motion, and utilizes a whirlpool the rotation speed of which increases from the periphery to the center progressively to separate the fluid therein. The invention can be widely applicable to the fields of sewage treatment, refuse treatment, oredressing, sea water desalination, ocean chemical industry, hydrogen production, oxygen production, nano material manufacture, carbon dioxide decomposition, harmful gas decomposition, air conditioning, refrigeration, reactor, oil refining, air purification, dust abatement, dust absorption and the like, can provide inexhaustible clean energy, can thoroughly solve the energy problem and leads to industrial revolution in various industries.

Description

technical field [0001] The present invention relates to separator equipment, centrifuge equipment, sewage treatment equipment, seawater desalination equipment, marine chemical equipment, mineral processing equipment, garbage treatment equipment, hydrogen production equipment, carbon dioxide decomposition treatment equipment, harmful gas decomposition treatment equipment, nano material manufacturing equipment, Reactor equipment, air purification equipment, dust removal equipment, vacuum equipment, air conditioning, refrigeration equipment, oxygen production equipment and other fields, specifically a vortex separator. Background technique [0002] Existing separation equipment mainly includes centrifuges, separators, etc., which generally have defects such as high equipment cost, mediocre separation effect, and high energy consumption. The existing sewage treatment equipment is complicated, the cost is too high, the sewage treatment cost is too high, and the treatment effect i...

AI Technical Summary

Problems solved by technology

[0002] Existing separation equipment mainly includes centrifuges, separators, etc., which generally have defects such as high equipment cost, average separation effect, and high energy consumption.

The existing sewage treatment equipment is complicated, the cost is too high, the cost of sewage treatment is too high, and the treatment effect is average

The existing seawater desalination equipment is complicated, the cost is too high, the cost of seawater desalination is too high, and the energy consumption is too large

Existing marine chemical equipment is complicated and expensive, and the effect on the utilization of marine resources is not ideal

The existing air purification equipment has a general purification effect and cannot thoroughly treat dust, carbon dioxide, nitrogen oxides, and sulfur oxides

Existing vacuuming equipment has unsatisfactory vacuuming effect, high noise, and dust particles pollute the air, and it is troublesome to deal with dust after dust removal

Existing dust removal equipment includes cyclone dust removal, electric dust removal, bag dust removal, etc., which generally have defects such as unsatisfactory dust removal effect and high energy consumption.

The cost of existing mineral processing equipment is too high, the mineral processing effect is average, and finer separation cannot be achieved, resulting in waste of resources and environmental pollution

The existing waste treatment mainly adopts incineration, landfill, and composting schemes, which generally have problems such as polluting the environment, unsatisfactory resource recycling effects, waste of resources, and unsatisfactory waste treatment effects.

Existing air conditioners and refrigeration equipment generally use ammonia and freon for refrigeration, which pollutes the environment, consumes high energy, and has low refrigeration efficiency, making it impossible to achieve lower temperatures

The cost of existing oxygen production equipment is too high to achieve popularization of equipment and cannot be widely used in household oxygen production

The existing hydrogen production equipment is complicated, the hydrogen production process is complicated, the energy consumption of hydrogen production by electrolysis of water is too high, and the manufacturing cost is high

Existing nanomaterial manufacturing equipment cannot produce finer nanomaterials

Existing reactor equipment has limited reaction capacity and cannot create special reaction conditions, which makes the reaction process complicated, greatly increases the manufacturing cost of chemical products, and makes some resources unusable, resulting in waste of resources and environmental pollution

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