60results about How to "Eliminates the drying step" patented technology

The invention discloses a method for preparing a black fungus puffed ultramicro powder. The method includes selecting black fungus sporophores to serve as a raw material, puffing black funguses by an instantaneous alternating temperature and pressure difference of a puffing tank of a puffing device, maintaining a valve between the puffing tank of the puffing device and a vacuum tank to be in an opening state all the time, subjecting the black funguses in the puffing tank to a vacuum drying, and subjecting the puffed black funguses to a coarse grinding and a superfine grinding to obtain the black fungus puffed ultramicro powder. According to the method, a high pressure gas serves as a carrier, by means of a puffing wall breaking process, a black fungus organization structure is subjected to a cytoclasis to release whole nutritional ingredients and medicinal effect ingredients which are easy to digest and use by human bodies, and problems that the black funguses are hard and not suitable for being chewed, digested and used are solved. Besides, when the black fungus puffed ultramicro powder can be mixed with foods of flours, cakes and the like, the black fungus puffed ultramicro powder has flavor and nutrition of the black funguses, and smoothing taste is increased. The method is low in production cost and suitable for industrialization production, and products are used for foods, health care foods, medicines and raw material extraction.

The invention relates to a humic acid fertilizer, which in detail relates to a process for preparing humic acid ammonium compound fertilizer. The process comprises following steps: (1) grinding weathered coal in which the weight proportion of humic acid dry material is 50-75% and weight proportion of water is 20-30%, with roller mill into weathered coal powder, and 90% of the weathered coal powder can come across the screen of 80 fineness; (2) mixing the weathered coal powder with ammonium bicarbonate for agricultural use according to ratio of 30-70: 6-18, and said ammonium bicarbonate is disintegrated with mill so that it can cross screen of 40 fineness; (3) adding nitrogen, phosphorus, potassium and/ or medium-micro element that can cross the screen of 40 fineness into material in step (2); (4) packing mixed humic acid ammonium compound fertilizer, and storing for 3-7 days, then leaving factory. The invention is characterized by short process and saved energy.

The invention provides a spicy and hot flavoring material. The spicy and hot flavoring material comprises the following raw materials in parts by weight: 3-15 parts of amino acid, 3-15 parts of reducing sugar, 10-30 parts of protein substances, 10-30 parts of spices, 15-40 parts of carriers, 3-10 parts of oil and 0-10 part of water. The preparation method comprises the following steps of raw material mixing, extrusion reaction, cooling and crushing. The spicy and hot flavoring material provided by the invention has the characteristics of being harmonious, being mixed with meat flavor, blending spicy and hot aroma and meat aroma, being sufficient and real, fresh and fragrant, complete in spicy and hot flavor, freshness and fragrance, and mellow in mouthfeel, wherein the aftertaste can last for a long time; and the spicy and hot flavoring material kills most microorganisms through a high-temperature high-pressure extrusion technology, can meet the microorganism index requirement without irradiation, can directly act as external dusting powder for puffing snack food and biscuits, also can be used as the seasoning in instant noodle soup base, the seasonings in meat preparation of sausages and the like, and also can act as the family seasoning for various applications.

A method of cleaning a substrate within a controlled environment includes placing the substrate into a high pressure vessel. The high pressure vessel is then supplied with a dense fluid under pressure. The dense fluid is contacted with the substrate for a selected period of time to at least partially remove a contaminant contained on the substrate. After the selected period of time, the vessel is depressurized to at least partially convert the dense fluid into a vapor. The vapor is then subjected to an energy field to form a plasma within the vessel which is used to treat the substrate for a second selected period of time. The thus cleaned substrate is then removed from the vessel.

The invention aims at the field of chemical industry and relates to a separation and purification system of organic synthesis feed liquid and a separation and purification method of the organic synthesis feed liquid. The separation and purification system comprises a crystallization system and a solid-liquid separation system which are sequentially arranged from front to back, wherein the crystallization system comprises a mixed suspension-mixed product-removal (MSMPR) crystallizer and a draft-tube-baffled (DTB) crystallizer which are connected with each other in series; the separation and purification system also comprises a liquid processing system used for processing waste liquid produced by the solid-liquid separation system; the liquid processing system comprises a desalting device and a membrane concentration device which are sequentially arranged from front to back. By virtue of the separation and purification system of the organic synthesis feed liquid and the separation and purification method thereof, the organic synthesis feed liquid is separated and purified by using a continuous crystallization technology, an electrodialysis technology and a membrane separation and concentration technology; the produced waste liquid is fully recycled and used, so that the separation and purification efficiency is improved, the purity and the yield of products are improved and the discharge of the waste liquid is reduced; the separation and purification system of the organic synthesis feed liquid and the separation and purification method thereof are strong in production industrialization and low in costs, and are especially suitable for producing iminodiacetonitrile.

The invention relates to a preparation method of a catalytic cracking catalyst. According to the method, the NaY molecular sieve raw powder and halogen-containing gas are contact to perform gas phase ion exchange reaction; the sodium reduction and the ultra-stabilization of the NaY molecular sieve raw powder are completed in one step; the low-sodium high-silica-alumina-ratio molecular sieve is prepared. According to the method, different kinds of clay raw ores are compounded and are treated by high-concentration acid to obtain acid active composite clay; then, the low-sodium high-silica-alumina-ratio molecular sieve, the acid active composite clay, bonding agents, rare earth and decationized water are mixed and pulped; then, spraying granulation is performed; roasting and curing are performed; washing and drying are not needed; a finished product of the catalytic cracking catalyst is obtained. The catalytic cracking catalyst has the advantages that the olefin content in the gasoline can be obviously reduced; the light oil yield is improved; the preparation flow process of the catalyst is short; no ammonia and no nitrogen are discharged.

The invention provides a method for continuously preparing inulin and pectin by using jerusalem artichoke and/or endives. According to the technical scheme, the method comprises the following steps: cleaning, peeling and crushing the jerusalem artichoke and/or the endives, and pressing so as to obtain juice A and residues A; adding water to the residues A, and pressing again so as to obtain juice B and residues B; combining the juice A and the juice B so as to obtain juice C, filtering the juice C subjected to impurity removal so as to obtain juice D and residues, washing residues by using acidized ethyl alcohol, and carrying out centrifugal separation so as to obtain pectin precipitates A; concentrating the juice D so as to obtain the inulin; carrying out acid extraction on the residues B so as to obtain pectin clear liquor; obtaining pectin precipitates B by using the pectin clear liquor; and carrying out vacuum drying on the pectin precipitates A and the pectin precipitates B so as to obtain pectin. The method provided by the invention has the advantages that the production of the inulin and the pectin is combined through optimization of a preparation technology, the raw materials are fully utilized, the production cost is saved, and the production benefits are increased.

The invention relates to a recycling system and a recycling method for waste liquor produced in separation and purification of an organically synthesized feed liquid, and belongs to the field of chemical engineering. The recycling system for the waste liquor comprises a filter device, a desalting device and a membrane concentrating device which are arranged from the front to the rear in sequence, or the filter device is replaced with a filtrate collecting slot, wherein the filter device is used for filtering and collecting the waste liquor; the filtrate collecting slot is used for stewing and collecting the waste liquor; the desalting device is used for desalting the collected waste liquor; the membrane concentrating device is used for concentrating a liquid which is desalted by virtue of the desalting device; and the desalting device is preferably an electrodialysis device. According to the recycling system and the recycling method, a membrane separating and concentrating technology, an electrodialysis technology and the like are comprehensively utilized to separate and purify the organically synthesized feed liquid, and the produced waste liquor is sufficiently recycled, the separating and purifying efficiency and the purity and the yield of products are improved, discharge of the waste liquor is reduced, the production industrialization is strong and the cost is low, and thus, the recycling system and the recycling method are especially suitable for being applied in production of iminodiacetonitrile.

The invention discloses a tea dedusting device comprises a box and a dedusting screen. The dedusting screen is cylindrical and is vertically located in the box; a spiral air duct is arranged between the box and the dedusting screen, one side of the spiral air duct is an opened one connected to the outer wall of the dedusting screen, the upper end of the box is provided with an air sucking pipe, the side of the upper portion of the box is provided with a dedusting air sucking port communicated with the box, and the dedusting air sucking port is connected to a negative pressure suction recovery pipe; the outer wall of the bottom of the box is provided with a feeding pipe communicated with the inner wall of the dedusting screen, the bottom of the box is provided with a funnel-shaped discharging port, and the lower end of the discharging port is connected to a storage box. By the aid of the device, the disadvantages that an existing tea dedusting device dedusts in vibration and screen manners, and dedusting effect is poor are overcome, dedusting is performed during the dynamic motion of tea, and the dedusting effect is fine.

The invention relates to energy-saving lamp fluorescent powder which consists of a component A, a component B and a component C, wherein the component A consists of Y2O3, BaCO3, MgO and MoO3 by weight; the component B consists of Sb2O3, CaF2, BaO.Al2O3 and SrCO3; and the component C consists of CaHPO4, Na2B4O7 and Y2O3. The energy-saving lamp fluorescent powder provided by the invention is uniform in luminous effect, high in luminous stability and high in luminous strength during use, and the luminous flux of the manufactured energy-saving lamp can be 75lm/w. Moreover, the processing method of the fluorescent powder is simple, dry gas protection is used in the processing process and during subsequent treatment, the drying step is eliminated, and the processing time consumption is low.

The present invention relates to a hose sealability detection device. The device comprises a box body; an air inflation pump is arranged at the bottom of the inner cavity of the box body; the air outlet of the air inflation pump is connected with a first flow guide tube; one end of the first flow guide tube passes through the other side of the box body; a first sealing ring is disposed at the end opening of the first flow guide tube; a first hose clamp is arranged to one side of the first sealing ring; the first flow guide tube is provided with a first check valve and a pressure relief tubewhich are sequentially arranged from the left side to the right side of the first flow guide tube; one end of the pressure relief tube passes through the lower end of the box body; the pressure relieftube is provided with a solenoid valve; a PLC is disposed above the air inflation pump; a water pump is arranged above the PLC; one side of the water pump is connected with a water incoming tube; thewater incoming tube passes through the top of one side of the box body; and the other side of the water pump is connected with a second flow guide tube. The hose sealability detection device has theadvantages of simple structure and reasonable design. With the hose sealability detection device of the invention adopted, a method that applies direct water injection to realize detection can be avoided, a drying step can be eliminated, work efficiency can be improved, and a leak point can be tracked when a hose leaks.

The invention relates to a method for producing an electrode material (1) comprising the following steps: a. providing a mixture (3) consisting of a binder (5) and a solvent (7); b. pre-adding and stirring a powdered active material (9) in a mixing device (11), wherein the active material preferably contains lithium; c. adding the mixture (3) into the mixing device (11), wherein the powdered active material (9) is coated with the binder (5) so as to obtain coated particles (13); and d. optimally removing the solvent (7) from the coated particles (13) partially so as to obtain particles of theelectrode material (1). Furthermore, the invention relates to a battery and use of the battery.

The present invention relates to the preparation process and refining method of solano bromide. Solano bromide is prepared with solanesol as initial material and the preparation process includes the main steps of bromination with phosphorus tribromide in non-polar solvent and subsequent direct washing with polar solvent to refine. The said refining method has no extraction, drying, chromatographic column refining and other steps and thus has no emulsification, decomposition, so that the present invention has high product yield and purity and lowered cost.

A wax composition for application to a wet surfaces utilizing a polymeric emulsion with a cross-linked copolymer of acrylic acid and C10-30 alkyl acrylate whereby upon application to the surface to be waxed the hydrophilic portion of the polymer instantly collapses releasing the oil phase and providing immediate coverage of the application surface forming a film upon drying, and buffing the waxed surface with an absorbent material leaves a protective coating of wax of the surface which does not easily re-emulsify or wash off when further exposed to water.

The invention relates to the technical field of chemical equipment, and discloses an energy-saving and environment-friendly chemical raw material mixing and stirring device. The device comprises a boxbody, a motor is fixedly connected to the bottom of the box body, a rotating shaft is rotatably connected to the top of the motor, a rotating cylinder is fixedly connected to the top of the rotatingshaft, a hot air box and two feeding hoppers are fixedly connected to the top of the box body, two material receiving boxes are fixedly connected to the inner top wall of the box body, a rotating circular plate is arranged at the bottoms of the material receiving boxes, cylinder bodies are fixedly connected to the front inner wall and the rear inner wall of the box body correspondingly, pistons are movably connected to the interiors of the two cylinder bodies correspondingly, and a movable rod is fixedly connected between the two pistons. The motor drives the rotating shaft to rotate reversely, the rotating shaft drives the rotating circular plate to rotate through a rotating cylinder, a discharging hole alternately penetrates through the bottoms of the two material receiving boxes, then chemical raw materials in the two material receiving boxes alternately fall into the box body from the discharging hole, and therefore the effect of improving the initial mixing degree when the two chemical raw materials enter the box body is achieved.

The invention relates to a refining method for microalgae biodiesel. The method includes the following steps that microalgae smashing is carried out, wherein after microalgae are harvested, algae liquid is introduced into a smashing tank, and the microalgae are smashed with ultrasonic waves; the algae liquid obtained after the microalgae are smashed is made to flow into a settling tank through a water pump, natural settling is performed, upper and lower layers are formed with upper-layer liquid being water and lower-layer liquid being algae slurry, and the lower-layer algae slurry is pumped into a reaction tank; in-situ extraction is carried out, wherein a reactant and an extraction agent are added into the reaction tank with the algae slurry, the mixture is heated to 60-80 DEG C and stirred constantly, and in-situ extraction starts; separation and purification are carried out, wherein after extraction is completed, upper-layer liquid is pumped into a collecting tank, heating and stirring are carried out at the same time, the extraction agent evaporates and enters a condenser, and the material remaining in the reaction tank is biodiesel. The method has the advantages that the material loss is reduced, the steps are simple, operation is easy and convenient, and the yield is close to 100%.

The invention relates to a purifying method for acetylacetonatodicarbonyl rhodium. The method comprises the following concrete steps: (1) adding deionized water into a crude acetylacetonatodicarbonyl rhodium product, carrying out full stirring, then carrying out standing, dropwise adding a silver nitrate solution until supernatant is no longer turbid, then replenishing a certain amount of the silver nitrate solution, carrying out stirring and filtering, and washing the obtained filter cake with water; and (2) adding the filter cake into an appropriate organic solvent, adding a moisture scavenger under stirring, carrying out filtering, and treating the obtained filtrate in the manners like concentrating crystallization or cooling crystallization so as to obtain solid acetylacetonatodicarbonyl rhodium, or using the obtained filtrate as a further reaction solution for the preparation of acetylacetonatocarbonyltriphenylp hosphinerhodium. The method provided by the invention omits the step of drying in conventional preparation of acetylacetonatodicarbonyl rhodium; under the condition of no additional operation process, the problem of inactivation of an acetylacetonatodicarbonyl rhodium catalyst in hydroformylation reaction due to susceptibility to affection by chloride ions can be conveniently, quickly and effectively overcome; meanwhile, the method is applicable to industrial production.

The invention discloses a furfuryl alcohol resin gas-phase modification method for a wood material. According to the method, a two-step modification process is adopted, that is, an organic weak acid solution is injected into wood, bamboo and other wood materials in a vacuum pressure impregnation mode, then furfuryl alcohol gas is deposited in the cell walls of the wood materials through a vapor deposition method; then heating and curing are conducted, and therefore the performance of the wood materials is improved. The method can significantly improve the furfuryl alcohol curing effect, reducethe raw material loss and reduce the drying difficulty, and has a good application prospect.