51results about How to "Advanced technical route" patented technology

The invention discloses a treatment system for removing benzene series in petrochemical industrial waste gas. The system comprises a waste heat exchanger, a gas overheating protection device, a thermal gas mass flowmeter, a mixed gas flow regulating valve, a cloth bag type dust remover, a tungsten coil surface activation-ozonation treatment device, a smoke water-washing purification tower, an induced draft fan and the like. According to the system, the specific surface activation character of ozone on the surfaces of certain metal elementary substances is creatively used, when a tungsten metal coil is in an electrified fervidity state, the ozone can quickly release activated oxygen atoms on the surface of the tungsten metal coil, a strong oxidation environment can be generated on the surface of tungsten metal, when molecules, containing a C-C bond with a conjugative effect, of the benzene series and the like are in the strong oxidation environment, the conjugated C-C bond can be broken by the activated oxygen atoms, and the benzene series molecules are finally oxidized and decomposed into inorganic modecules such as H2O and CO2, so that the purpose of removing the benzene series in the waste gas is realized.

The invention discloses a catalytic high-pressure decomposition reactor for treating industrial waste gas. A plurality of nickel-palladium alloy foils uniformly float in the reactor, the top of the reactor is provided with a set of gas compression piston, and the gas compression piston is connected to a hydraulic compression device at the top end of the reactor through a telescopic transmission rod. According to the catalytic high-pressure decomposition reactor for treating the industrial waste gas, the characteristic that a benzene ring in an aromatic hydrocarbon molecule is easily catalyzedby a metal surface and then decomposed in a state of high internal energy is utilized, exhaust gas containing an aromatic hydrocarbon compound is subjected to volume compression at first to increase the internal energy of the exhaust gas, then the exhaust gas is in contact with the surface of nickel-palladium alloy, under the condition that ultraviolet rays continuously irradiate and excite the nickel-palladium alloy, the conjugated chemical bonds of the benzene ring in the aromatic hydrocarbon molecule can break on the surface of the nickel-palladium alloy, the aromatic hydrocarbon molecule can be gradually cracked to generate inorganic molecules such as H2O and CO2, and therefore, a purpose of removing aromatic hydrocarbon compounds in the exhaust gas is achieved.

The invention discloses a treatment and resource-utilizing technology of the production wastewater of tert-butyl peroxy benzoate (initiator is C). The technology is as follows: high concentration production wastewater is collected from the sewage outlet of a production device to perform stabilization treatment, and after the risk that the organic peroxide in wastewater is violently decomposed when heated is basically eliminated, the mixture of tertiary butanol and tert-butyl peroxide, sulfuric acid, benzoic acid and sodium chloride are recycled from wastewater. the mixture of tertiary butanoland tert-butyl peroxide, benzoic acid and sulfuric acid can be used repeatedly in production and sodium chloride is a by-product. After most of tertiary butanol and tert-butyl peroxide are removed and benzoic acid, sulfuric acid and sodium chloride are recycled, the wastewater performs hydrolysis-contact oxidation and C-Fe micro-electrolysis decoloring treatment and the main indexes of dischargedwater meet the requirements of the discharge standard of water pollutants for pharmaceutical industry chemical synthesis products category (GB21904-2008) on the water pollutants emission limits of new business.

The invention discloses a mineral processing wastewater processing method. According to the method, wastewater sequentially flows through a water collecting well, a coarse screen, a primary sedimentation tank, a pH adjusting tank, a carbon dioxide vortex convection scum separation reactor, an aeration tank, a biological oxidation filter tank, a secondary sedimentation tank, and a clean water tank.The eddy flow wall attachment effect in fluid mechanics is innovatively utilized, when fluid in a container carries out vortex motion, a counter rotation force is applied on the center of the vortexso as to generate a reverse vortex; the barium ions in the fluid will have an eddy flow wall attachment effect, barium ions will gradually be gathered in a narrow region between the inner reverse vortex and the outer vortex; the ion concentration in the local area is increased; then carbon dioxide is dissolved in the solution to form carbonate ions; thus barium ions can be combined with the carbonate ions to generate insoluble barium salt precipitates, insoluble barium salt precipitates flow up along the narrow region between two vortexes, finally barium salt scum is formed, and the barium ions in the solution are finally removed.

The invention discloses a treatment method of beneficiation wastewater. The wastewater is successively treated through a water collecting well, a coarse screen, a primary settling pond, a pH value adjusting pond, a carbon dioxide vortex convection scum separation reactor, an aeration tank, a biological oxidation filter chamber, a secondary settling pond and a pure water pond. By the method, a rotational flow wall attachment effect in fluid mechanics is utilized creatively, when liquid in a container carries out vortex movement, if contrarotation power is applied to the center position of a vortex simultaneously so that a reverse vortex is generated, barium ions in the liquid can be in rotational flow wall attachment effect, and are gradually gathered in a narrow region between an inner reverse vortex and an outer forward vortex, the local ion concentration is increased, at the moment, carbon dioxide gas is guided and is dissolved in a solution to form carbonate ions, then the barium ions can be combined with the carbonate ions to produce difficultly dissolved barium salt precipitate which floats along the narrow region between the two vortexes, finally barium salt scum is formed, and the barium ions in the solution are removed.