33results about How to "Improve oxygen purity" patented technology

An oxygen-generating candle, comprising an absorption flammable layer, a heat generating layer and a main candle body layer; the heat generating layer is provided between the absorption flammable layer and the main body layer; according to mass percentage, the main body layer is made of 90% to 96% chlorate, 1.5% to 5% catalyst, 0 to 3% fuel, 1.5% to 2.5% binder and 0.5% to 1.5% stabilizer; the heat generating layer is made of 70% to 80% chlorate, 5% to 15% catalyst, 5% to 12% fuel and 3.0% to 6.0% binder; the absorption flammable layer is made of 5% to 15% fuel, 80% to 90% strontium chromate, 3% to 5% binder and 0 to 1% chlorate; the catalyst is a combination of two or more from among cobalt oxide, manganese dioxide and titanium oxide; the amount of catalyst in the main candle body layer is 4-5 times greater than the amount of the catalyst of the heating layer; the fuel comprises one or more from among magnesium powder, titanium powder, cobalt powder, and zirconium powder. Due to the adjustment of the type and proportion of the catalyst, the decomposition temperature of the oxidizing agent chlorate is lowered and the demand for an active metal of the flammable layer is lowered; in addition, the addition of a flame retardant may control the rate of energy release of the active metal.

The invention discloses a high-efficiency industrial oxygen production system and an oxygen production process, comprising an air purification cylinder, a refrigeration unit, a condenser heat dissipation unit, a low-temperature conduction heat preservation unit, a pressure tank and an oxygen filter unit; one end of the air purification cylinder is connected to an air inlet , and the other end of the air purification cylinder is connected to the inlet of compressor two through air guide pipe one, the outlet of said compressor two is connected to the top of the pressure tank through air guide pipe two, and the air guide pipe two is connected in series with an intake solenoid valve, so The top of the pressure tank is connected with a nitrogen outlet pipe, and a nitrogen solenoid valve is connected in series on the nitrogen outlet pipe, and the top of the pressure tank is also connected to the top of the oxygen filter unit through an oxygen outlet pipe; the air can be discharged in advance. Purify, get rid of dust and moisture, avoid the impact on oxygen production, and have high refrigeration efficiency for liquefaction containers, thereby speeding up air liquefaction efficiency, improving oxygen production efficiency, and using oxygen-enriched separation membranes to further refill liquefied oxygen Improve oxygen purity.

The invention discloses a hydrogen production method, a hydrogen production system, a hydrogen production electrolyte circulation method and a circulation device. The circulation method includes an oxygen side electrolyte circulation method and / or a hydrogen side electrolyte circulation method; an oxygen side electrolyte circulation method The method comprises the steps of: performing gas-liquid separation on the gas-liquid mixture discharged from the oxygen side of the electrolytic cell to obtain an oxygen-side separation electrolyte; performing step-down gas-liquid separation on the oxygen-side separation electrolyte to obtain a step-down separation electrolyte on the oxygen side; The electrolytic solution is depressurized and separated on the side to boost the pressure and input to the electrolytic cell; the electrolyte circulation method on the hydrogen side includes the steps of: performing gas-liquid separation on the gas-liquid mixture discharged from the hydrogen side of the electrolytic cell to obtain the hydrogen-side separated electrolyte; The electrolytic solution is decompressed and gas-liquid separated to obtain the decompressed and separated electrolyte on the hydrogen side; the depressurized and separated electrolyte on the hydrogen side is boosted and input to the electrolytic cell. The above circulation method can improve the purity of hydrogen and oxygen obtained by electrolyzing water to produce hydrogen, and can also ensure a relatively high system pressure.

The invention discloses a multifunctional device capable of generating oxygen, hyperpure activated water and hydrogen-rich water at the same time and an application method of the multifunctional device. The multifunctional device comprises an electrolytic tank, a hydrogen-rich water generator, an air pump, an activated water generator, an oxygen humidity adjuster, an activated water storage tank, a hydrogen guide-out pipe, a hydrogen guide-in pipe and a catalytic bed layer. An oxygen outlet of the electrolytic tank is connected with the oxygen humidity adjuster. A hydrogen outlet of the electrolytic tank is connected with the hydrogen-rich water generator through the hydrogen guide-in pipe. The hydrogen-rich water generator is sequentially connected with the activated water generator and the activated water storage tank. The activated water generator is further connected with the air pump. The hydrogen guide-in pipe stretches into hydrogen-rich water in the hydrogen-rich water generator. The hydrogen-rich water generator is connected with the activated water generator through the hydrogen guide-out pipe. The catalytic bed layer is arranged in the activated water generator. The multifunctional device can be widely applied to medical and family healthcare and other places needing high-purity oxygen, high-purity hydrogen, high-purity activated water and hydrogen-rich water.

The invention discloses a pressure swing adsorption oxygen production and oxygen purification integrated system which mainly comprises a compressed air pipeline, a pressure swing adsorption oxygen producer, a buffer tank, an oxygen purification host and an oxygen storage tank, wherein the compressed air pipeline is communicated with the inlet of the pressure swing adsorption oxygen producer; the outlet of the pressure swing adsorption oxygen producer is communicated with the buffer tank through a pipeline; the buffer tank is communicated with the inlet of the oxygen purification host through a pipeline; the outlet of the oxygen purification host is communicated with the oxygen storage tank through a pipeline; the oxygen storage tank is communicated with the buffer tank through a pipeline and is also communicated with a return tank through a pipeline; and a valve for controlling connection and disconnection is arranged on each pipeline. The invention further provides a method for producing and purifying oxygen by utilizing the integrated system. The system has the beneficial effects that exhaust discharged by the oxygen purification host is recovered by the return tank and input into the pressure swing adsorption oxygen producer to serve as resurgent gases, so that the oxygen recovery rate of the whole system is greatly improved, the regeneration effect is improved, and the oxygen purity is improved.

The therapeutic instrument includes electrolytic ozone generator, super pure water treater, oxygen-water mixing chamber and cleaning head. The super pure water treater has water outlet connected to the water inlet of the oxygen-water mixing chamber via pipes; the oxygen-water mixing chamber has air outlet, air (water) inlet and water outlet connected to the anode water inlet of the electrolytic ozone generator; the electrolytic ozone generator has anode water (air) outlet connected to the air (water) inlet of the oxygen-water mixing chamber and the cleaning head; and one circulating pump is connected in the pipeline between the electrolytic ozone generator and the oxygen-water mixing chamber. The present invention has high oxygen purity, high treating effect, reasonable structure and other advantages.

The invention discloses a spherical floating bin type chemical oxygen generation device.The chemical oxygen generation device which adopts catalysts for catalyzing decomposition of hydrogen peroxide to generate oxygen comprises a hollowed-out spherical base, a floating bin, a reaction chamber, a flexible oxygen delivery pipe, a hydrogen peroxide storage chamber, an oxygen outlet control valve, a two-way pressure reducing valve and the like.The chemical oxygen generation device is characterized in that the floating bin is in a closed double-shell hollow structure, the floating bin and the reaction chamber are integrated and always positioned above the base under the buoyancy action, and the hydrogen peroxide enters the reaction chamber from the lower position all along; by the hollowed-out spherical base and an inner shell of the reaction chamber, the floating bin and the reaction chamber are capable of rotating all around, and the hydrogen peroxide is allowed to enter the reaction chamber freely; oxygen generation is controlled by control of contact of the hydrogen peroxide with the catalysts in the reaction chamber; the hydrogen peroxide is controlled to enter or get out of the reaction chamber by control of the air pressure of the reaction chamber; by the two-way pressure reducing valve, intensity of pressure is maintained in a reasonable range to guarantee safety.The spherical floating bin type chemical oxygen generation device has the advantages of small size, convenience in use, portability and stability and sufficiency in oxygen generation.

The invention discloses a construction method of a centralized medical liquid oxygen supply system. The construction method comprises the following steps: (1) preparing for construction; (2) lifting a storage tank; (3) transporting the storage tank; (4) installing the storage tank; (5) degreasing pipelines; (6) installing the pipelines; (7) testing the intensity of the pipelines; (8) sweeping the pipelines; (9) installing equipment belts; (10) installing valves; (11) testing air tightness; (12) grounding the pipelines; (13) testing in station; and (14) finishing and inspecting. According to the invention, the technique and method are implemented accordingly in constructions of oxygen supply center parts in new construction, reconstruction and expanding construction projects of medical organizations, the gas storage amount is large, the construction method is safe and reliable and is convenient to operate, the cost is reduced, the gas product is high in quality, the economical benefit is remarkable and the daily maintenance workload is small; on one hand, the safe oxygen usage of a hospital is guaranteed, and on the other hand, the cost of the hospital is saved and the benefit of the hospital is improved; compared with a traditional construction method, the construction method disclosed by the invention has great advantages in terms of construction time, quality, safety and the like.