33results about How to "Facilitate the realization of industrial application" patented technology

The invention relates to a water treatment system based on the technology of simultaneously generating ozone and hydrogen peroxide, which includes a gas-water atomization mixing device, a discharge reaction device and a plurality of sewage treatment devices. The gas-water atomization mixing device generates a gas-water mixture with a certain pressure and enters the In the discharge reaction chamber of the discharge reaction device, a large amount of active substances such as ozone and hydrogen peroxide are produced in the discharge reaction chamber. The strong oxidizing gas enters the next sewage treatment device in turn and circulates in turn. In this water treatment system, strong oxidative active substances such as hydroxyl radicals, hydrogen peroxide and ozone generated by the discharge of the gas-water mixture can not only pass through their own oxidation, but also use the synergistic environment between a large amount of hydrogen peroxide and ozone generated by the discharge. Hydroxyl radicals are rapidly generated under the environment, so as to achieve more rapid and thorough degradation of high-concentration sewage.

The invention relates to a method for separating L-glutamic acid and L-pyroglutamic acid from a glutamic acid refinement mother solution. The method comprises the following steps: 1) carrying out vacuum concentration on the glutamic acid refinement mother solution, cooling to crystallize, and centrifugating, wherein the solid is the L-glutamic acid crude product, and the liquid is for later use; 2) washing the L-glutamic acid crude product with water to obtain pure L-glutamic acid; and 3) heating the liquid obtained in the step 1), carrying out pressurized pyrogenic reaction, cooling, concentrating, cooling to crystallize, centrifugating, collecting the precipitate, adding water to a saturated state, recrystallizing, cooling, and carrying out centrifugal separation to obtain the L-pyroglutamic acid. The method is simple in technical process, and can well solve the problem of the separation technique for glutamic acid and pyroglutamic acid, thereby achieving the goals of enhancing the L-glutamic acid refinement yield and coproducing the L-pyroglutamic acid.

The application discloses a polymer-based blend film, comprising a polymer matrix and a blending agent; the polymer matrix includes at least one of thermoplastic polymers; the blending agent includes citric acid ester, citric acid derivative at least one of esters. with high CO 2 Polymer-based blended membrane with separation performance and high thermal stability; by adding a blending agent, the structure of the polymer membrane material is modified to increase the CO of the polymer membrane 2 Affinity to improve the CO of polymer-based blend membrane materials 2 separation performance.

The invention discloses a forced grinding CaCO 3 On-line decomposition high-temperature flue gas desulfurization method and device. Using CaCO 3 As a desulfurizer, the heat energy of high-temperature flue gas is used to convert CaCO 3 On-line decomposed into CaO and combined with SO 2 In the process of reaction and desulfurization, the grinding disc is used to rotate and grind to break the CaSO wrapped on the surface of CaO particles 3 Product shell, elimination of CaO and SO 2 hindrance to further reactions. The desulfurization reaction is carried out in an integrated reactor, including CaCO 3 Decomposition area, desulfurization section, furnace bridge, grinding disc, high-temperature flue gas without desulfurization enters the desulfurization section for desulfurization reaction, and high-temperature flue gas after desulfurization enters the CaCO 3 The decomposition zone continues to complete the CaCO 3 Decomposition, and then discharged through the flue gas outlet into the follow-up process. The present invention uses high-temperature flue gas to implement CaCO 3 The on-line decomposition of CaO by forced grinding is used to update the surface of CaO, so that the desulfurization agent is fully utilized, greatly improving the desulfurization efficiency, while ensuring the purity of the desulfurization product gypsum, reducing the cost of desulfurization, and the device is simple in structure and easy to implement .

The invention provides a solid-waste recycling treating method.The solid-waste recycling treating method includes the steps that surface modifying, inflaming retarding, cement solidifying and strength bonding are carried out, waste circuit board resin powder, waste agricultural film powder and desulphurization gypsum powder are solidified into a composite board at the normal temperature accordingly, and the waste circuit board resin powder with the particle size ranging from 0.5 mm to 5 mm, the waste agricultural film powder with the particle size ranging from 5 mm to 10 mm and the desulphurization gypsum powder with the particle size ranging from 1 mm to 5 mm are subjected to assistant adding, stirred, mixed, solidified at the room temperature, subjected to casting molding, bubble removing and surface treating, demolded and dried to obtain the composite type board.The solid-waste recycling treating method is free of pollution, simple in technology and low in cost, the prepare board is large in practical value, and recycling use of burned petroleum coke dust is achieved.

The invention relates to a high-pressure atomizing dielectric barrier discharge plasma water treatment device which comprises a sewage treatment cavity and a discharge reaction chamber, wherein a sewage outlet II is formed in the side wall of the sewage treatment cavity, and a dosing device for feeding ferrous sulfate into the sewage treatment cavity and a gas outlet are arranged in the top wall; the sewage outlet II is communicated with one end of a sewage pipe I; an array type high-pressure atomizing spray head is arranged at the other end of the sewage pipe I and positioned at the top of the discharge reaction chamber; a high-pressure water pump is arranged on the sewage pipe I; a fan for blowing the high-pressure atomized sewage into the discharge reaction chamber is arranged at the top of the discharge reaction chamber, and the bottom is communicated with a gas-liquid mixture inlet of a gas-liquid separator; the gas-state substance (mixture of air and ozone) and liquid-state substance (sewage and hydrogen peroxide) separated by the gas-liquid separator are fed into the sewage treatment cavity respectively. The device provided by the invention makes full use of the incomplete-reaction strong-oxidizing substances, increases the contact area between sewage and plasma, improves the sewage treatment efficiency and reduces the operation cost.

The invention relates to the technical field of chemical catalysis, in particular to an acid-base bifunctional solid catalyst for preparing 5-hydroxymethylfurfural, a preparation method and application thereof. The acid-base bifunctional solid catalyst uses an amino-functionalized alkylimidazole ionic liquid as a cationic precursor, and uses H 3 PW 12 o 40 The heteropolyacid is an anion precursor, which is prepared by hydrothermal synthesis. Then the prepared acid-base bifunctional solid catalyst is used for the preparation of 5-hydroxymethylfurfural. The invention not only retains the high catalytic activity of the ionic liquid and the heteropolyacid, realizes the acid-base synergistic catalysis in the solid catalyst, but also has the advantages of convenient preparation, less consumption and good stability. The invention has the advantages of simple process, wide selection range of raw material biomass sugar, mild reaction conditions, and less discharge of three wastes, and is beneficial to realize the industrial application of dehydration of biomass sugar to prepare HMF.

The invention provides a composite adsorption film for removing fluorine in water.The composite adsorption film is prepared from, by mass, layered magnesium-aluminum composite hydroxide, a high-molecular polymer and an organic solvent.The high-molecular polymer is preferably one of polyether sulfone, polysulfone and polyvinylidene fluoride.The organic solvent is one of N,N-dimethylacetamide, N,N-dimethylformamide and N-methyl pyrrolidone.The layered magnesium-aluminum composite hydroxide is firmly inlaid in a high-molecular basement membrane, and is not prone to fall off.The composite adsorption film is applied to high-fluorine water treatment, the fluorine content can be reduced to 1 mg / L or below, and the national hygienic standard for drinking water is met.The preparation process is simple, the composite adsorption film can be machined into a film device according to needs, and industrial application can be achieved.

The invention discloses a method for preparing bakelite, which uses nonmetallic material of waste printed circuit board as raw material to replace wood powder. The method includes steps: mixing 100 quotient of phenolic resin, 25-75 quotient of waster circuit board nonmetallic material particles, 25-55 quotient of wood powder, 15-20 quotient of curing agent, 10-30 quotient of inorganic filler and 2-6 quotient of lubricant under temperature of 90-110 DEG C, cooling, granulating and obtaining the product. The invention can solve problems of treatment and pollution of waste circuit board nonmetallic material, and can reduce production cost of bakelite.

The invention relates to the technical field of chemical catalysis, in particular to a mesoporous ionic liquid heteropoly acid salt catalyst for benzene hydroxylation reaction, and a preparation method and application thereof. The mesoporous ionic liquid heteropoly acid salt catalyst is prepared by a hydrothermal synthesis method: the H 5 PMo 10 V 2 O 40 The heteropolyacid was added to the xylene-coupled imidazole ionic liquid aqueous solution for reaction, filtered, washed and dried. Then the prepared mesoporous ionic liquid heteropoly acid salt catalyst was used in the reaction of benzene oxidation to phenol. The mesoporous structure hydrophobic microenvironment of the mesoporous ionic liquid heteropolyacid salt catalyst of the present invention improves its catalytic performance and can effectively improve the selectivity of phenol. In addition, the mesoporous ionic liquid heteropoly acid salt catalyst has the advantages of simple preparation, low cost, convenient recovery, stable reusability, fast reaction speed, mild conditions, less environmental pollution, and easy industrialized production.