Laboratory nano material gas incineration absorbing apparatus

Abstract

The invention provides a laboratory nano material gas incineration absorbing apparatus which is characterized in that gas containing a nano material, which is collected from a nano laboratory, is conveyed to a liquating cabin through a collected gas input port so as to be mixed with compressed air input by another path under the stirring of a floating ball, and the mixture is diluted and then conveyed into an incineration bent pipe passage in an ultra-temperature furnace chamber; and the nano material gas subjected to high-temperature burning and incineration can be used for incinerating and digesting the whole or major nano material; after incineration, even if residual gas containing harmful substances enters into an absorbing rubber cabin and performs liquid-gas reverse exchange with preheated gel liquid under the driving of a colloid pump, an air pump drives clean gas to be exhausted through a dry grid, and the harmful substances left through exchange are adsorbed to a gel pool by gel so as to be accumulated, stored and recondensed for recovery processing. The laboratory nano material gas incineration absorbing apparatus provided by the invention has the beneficial effects that the technical problem of adsorption processing of laboratory nano material exhaust gas is solved; and special equipment which is safe, convenient, rapid and effective and can be used for thoroughly and cleanly adsorbing and processing laboratory nano material gas is provided.

Description

technical field [0001] The invention provides a laboratory nanometer material gas incineration absorption device. Background technique [0002] In recent years, the scientific research and application of nanomaterials have been vigorously developed. At the same time, the research on the possible biological and environmental safety of nanomaterials has also received increasing attention. Scientific research has proved that the spread of nanomaterials in the atmosphere will have adverse effects on human health and climate. The environment has caused serious harm, especially in the initial stage of scientific research, in order to develop and detect nanomaterials, it is necessary to simulate and test the gas state of nanomaterials. There is no good way to adsorb the gas generated by nanomaterials. At present, most of them use high-efficiency filters. After adsorption, ordinary high-efficiency filters can only absorb particles of 0.3 microns and larger in the gas, while most of ...

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Problems solved by technology

[0005] The beneficial effect of the present invention is that a laboratory nanomaterial gas incineration and absorption equipment has been developed, which can be used in the scientific research of nanomaterials for laboratory nanomaterial gas under closed conditions by high temperature incineration plus gel liquid reverse exchange recovery and adsorption treatment The method solves a major technical problem in the adsorption and treatment of waste gas in the current scientific research process of laboratory nanomaterials, and provides a special equipment that can safely, conveniently, quickly, effectively and thoroughly clean the adsorption treatment of laboratory nanomaterial gases, which meets the needs of current scientific research. There is an urgent need for safe discharge requirements for the harmless treatment of nanomaterial waste gas generated in the laboratory, which can be widely used in laboratory nanomaterial scientific research

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