32results about How to "Increase the effective adsorption capacity" patented technology

The invention provides a slack coal pressure gasification wastewater resourceful treatment method. The treatment method sequentially comprises the following steps of: (1) performing oil-water separation on the wastewater to obtain wastewater after the oil-water separation treatment; (2) treating the wastewater obtained by the step (1) by use of active sludge, and performing mud-water separation to obtain wastewater after the active sludge treatment; (3) adding an adsorbent into the wastewater obtained by the step (2), and performing solid-liquid separation to obtain wastewater after the adsorption separation treatment; (4) adding a flocculating agent and/or flocculation aid into the wastewater obtained by the step (3), and precipitating to obtain wastewater after the coagulation clarifying treatment; and (5) treating the wastewater obtained by the step (4) by use of a filter material loaded with microorganisms to obtain dischargeable/recyclable water. The invention also provides a system for the method to realize resourceful treatment on the wastewater, and application of the treatment method or treatment system in treating slack coal pressure gasification wastewater.

The invention provides an E-liquid carrier for a low temperature heat-not-burn cigarette, which comprises a plant fiber adsorption carrier mainly used for adsorbing tobacco extract and an inorganic material adsorption carrier mainly used for adsorbing plant essence, wherein the plant fiber adsorption carrier and the inorganic material adsorption carrier form a core-shell structure. The E-liquid carrier provided by the invention uses the plant fiber/inorganic porous material core-shell structure to respectively suck E-liquid components with different viscosities to replace a current mode of directly using a tobacco filling material, so that the uniformity of the E-liquid volatilization taste is effectively improved.

An embodiment of the invention discloses a cleaning and finishing agent and an application method thereof. The cleaning and finishing agent comprises sodium gluconate, ammonium chloride, polyethylenepolyamine, lower alcohol, a non-ionic surfactant, an anionic surfactant and deionized water. Compared with a cleaning and finishing agent in the prior art, the cleaning and finishing agent has the advantages that the sodium gluconate, ammonium chloride, polyethylene playamine, lower alcohol, non-ionic surfactant, anionic surfactant and deionized water are used to treat the surface of a pore ring of a PCB board, and glass fiber exposed in the surface of the pore ring is cleaned through sodium gluconate and ammonium chloride; the surface of pore ring resin can be treated by polyethylene polyamine; pore walls can be wetted through the lower alcohol and non-ionic surfactant; the resin and glass fiber on the pore ring surface can be modified through the anionic surfactant to enable the surfaceof the pore ring to form high Zeta potential, effective adsorption capacity of a palladium activator is increased, backlight of electroless copper plating is improved, and the situation of hole-without-copper is reduced.

The invention discloses a catalytic diesel oil hydro-conversion method. The catalytic diesel oil hydro-conversion method comprises the following steps: (1) mixing high aromatic hydrocarbon catalytic diesel oil with circulating hydrogen and feeding the mixture into a hydrofining reaction zone I for reaction; (2) mixing generated oil obtained in the step (1) with circulating hydrogen, and feeding the mixture into a hydrofining reaction zone II for further reaction, wherein the reaction temperature is 30-120 DEG C higher than that of the hydrofining reaction zone I, and the liquid hourly space velocity is 0.2-1.5 h<-1> lower than that of the hydrofining reaction zone I; (3) mixing the generated oil obtained in the step (2) with circulating hydrogen, feeding the mixture into a hydrocracking reaction zone for hydrocarbon hydro-conversion reaction; and (4) enabling the generated oil obtained in the step (3) to pass through a separation and fractionation system to obtain gas, light naphtha, heavy naphtha and diesel oil fractions, returning part of diesel oil to the hydrofining reaction zone II, and discharging the other part of the diesel oil from the device. By the catalytic diesel oil hydro-conversion method, the yield of aromatic hydrocarbons can be increased effectively.

The embodiment of the invention discloses a preparation method of a light honeycomb molecular sieve purification module. The preparation method comprises the following steps: a sample primary mixing step: putting weighed molecular sieve raw powder, a binder and a foaming agent into a mixer, and stirring and mixing until the materials are uniform; a sample pugging step: adding the weighed surfactant, continuously stirring, and putting the muddy blank into a pugging mill for extrusion; an extrusion molding step: putting the smelted pug into a low-pressure vacuum extruder for molding and extrusion; a low-temperature drying step: placing the wet green body in a low-temperature dry environment; a low-temperature foaming step: performing low-temperature foaming on the wet green body; calcining, namely calcining the blank at high temperature to obtain the light honeycomb molecular sieve. By manually controlling foaming and pore-forming, more hollow structures are obtained, so that the overall density of the honeycomb molecular sieve is reduced, the specific surface area of the honeycomb molecular sieve module is increased, contact adsorption of waste gas components and the honeycomb molecular sieve is more facilitated, and the unit effective adsorption capacity is improved.

The purpose of the present invention is to disclose a camptothecin separation and purification method, particularly a technology for preparing high-purity camptothecin by using diatomaceous earth filtration, membrane separation technology, macroporous adsorption resin column chromatography adsorption and chromatography column preparation integration purification. With the method of the present invention, the problems that the selectivity of extraction and adsorption on the target compound is low, the purity of the prepared camptothecin is not high, and the multiple extraction-recrystallization way has disadvantages of high organic solvent consumption, labor consuming, time consuming, poor economy, high industrial production and serious environmental pollution are solved.

The invention discloses a method for producing high-quality gasoline and diesel oil by catalytic diesel oil. The method comprises the following steps: (1) mixing high aromatic hydrocarbon catalytic diesel oil with circulating hydrogen and feeding the mixture into a hydrofining reaction zone I for reaction; (2) mixing generated oil obtained in the step (1) with circulating hydrogen and feeding themixture into a hydrofining reaction zone II for reaction, wherein the reaction temperature is 30-120 DEG C higher than that of the hydrofining reaction zone I; (3) dividing the generated oil obtainedin the step (2) into a light component and a heavy component; (4) mixing the light component obtained in the step (3) with circulating hydrogen and feeding the mixture into a hydro-upgrading reactionzone, and separating the generated oil to obtain a gasoline fraction and a diesel oil fraction; (5) feeding the heavy component obtained in the step (3) with circulating hydrogen and feeding the mixture into a hydro-conversion reaction zone, enabling the generated oil to pass through a separation system to obtain gas, gasoline and diesel oil fractions; and (6) mixing the gasoline obtained in the step (4) with the gasoline obtained in the step (5) to obtain a qualified gasoline product, and mixing the diesel oil obtained in the step (4) with the diesel oil obtained in the step (5) to obtain a qualified diesel oil product. By the method, high-quality fuel oil products can be produced. Compared with other technologies, the method has the characteristics of low chemical hydrogen consumption and flexible adjustment of product structures.