372 results about "Liquid product" patented technology

The invention discloses a composition for improving the stability of oleuropein in a solution as well as a preparation method and application of the composition. The composition comprises oleuropein and at least one stabilizer, and the stabilizer is selected from the group consisting of anisic acid, lactobionic acid, glycyrrhizic acid, 3, 3-thiodipropionic acid, N-acetyl-L-glutamine, propyl-cysteine and lauramidopropyl betaine; and the pH value of the aqueous solution of the composition is 4.0-8.0. The preparation method comprises the following steps: dissolving oleuropein in water, adding the stabilizer, and uniformly mixing. Through simple physical mixing, by utilizing the synergistic effect of the specific stabilizer and the oleuropein, the degradation and discoloration of the oleuropein in the storage process are remarkably inhibited. Experiments show that after the preferable composition is preserved for 30 days in an open manner, the retention rate of the oleuropein still reaches up to 80% or above, and is far superior to that of blank control and a traditional liposome wrapping method. The composition is simple and convenient in preparation process and low in cost, and provides reliable technical support for wide application of oleuropein in liquid products such as food, medicine and cosmetics.

The invention relates to a method for preparing a gasoline component and an aviation fuel component through ethylene oligomerization, which comprises the following steps: contacting an ethylene-containing raw material with a first catalyst to carry out a first oligomerization reaction to obtain a first oligomerization product; the first catalyst comprises an FER structure molecular sieve; contacting the first oligomerization product with a second catalyst filled in the fixed bed reactor to carry out a second oligomerization reaction so as to obtain a second oligomerization product; the second catalyst is a molecular sieve catalyst and / or an amorphous silica-alumina catalyst; carrying out gas-liquid separation on the second oligomerization product to obtain a gas product and a liquid product, and carrying out distillation separation on the liquid product to obtain a C5-C9 fraction and a C9 + fraction; according to the method provided by the invention, the ethylene conversion rate is high, and the yield of C9 < + > fraction in the liquid product can be obviously improved.

The invention provides a method for efficiently converting low-quality methane gas into methanol by using a plasma catalysis technology, which specifically comprises the following steps: introducing a mixed gas of methane, air and water vapor into a plasma reactor, and generating a liquid product under the action of plasma. By simulating six low-quality coal bed gas systems with different concentrations of 0.5%, 2%, 4%, 6%, 18% and 30% and introducing water vapor into reaction gas, carbon deposition reaction and generation of nitric acid byproducts are remarkably inhibited. Meanwhile, by optimizing key reaction parameters such as discharge power and water inflow, high-selectivity synthesis of a methanol product is realized, and the selectivity of the methanol product can reach 40.9% or above in a full experimental range. Experimental results show that the method has the technical advantages of mild reaction conditions, high product selectivity, remarkable side reaction inhibition and the like.

This invention relates to a storage facility (71) for liquefied gases, comprising a support structure (3) and a tank (1), wherein the storage facility (71) includes through structures (12, 13) fixed to the support structure and extending through a top wall and an upper support wall, wherein the through structures (12, 13) include a cylinder (18) and a curved top member (28), the curved top member (28) being fixed to the upper end of the cylinder (18), and at least one pipe extending through the curved top member, wherein the pipe is fixed to the curved top member using a support device (43), and wherein the support device includes: - a support ring (44) welded around the pipe, - a support tube (45) welded to the support ring on one side and to the curved top member on the other side. The invention also relates to ships for transporting cold liquid products, transfer systems for cold liquid products, and methods for loading or unloading ships.

The present invention provides a system (1) to prevent the formation of fuel vapors comprising a containment tank (10) and a variable volume tank (12) accommodatable within the containment tank (10), wherein the variable volume tank (12) is configured to receive liquid fuel. Our invention can be used in any tanks or reservoirs of liquid products that attack the ozone layer, preventing the formation of vapors that are extremely harmful to nature and the environment.

Metal container lid with a resealable opening, in particular for beverage cans as well as for containers for storing food and other liquid products, paste products, powdered and / or solid products, with a microgap (4) or weakening line, provided in the metal surface of the lid and extending around the opening, a sealing frame (5) of plastic material, connected to the fixed surface of the lid (2) and enclosing the opening area, a closure unit (6) of plastic material connected to the metal area of ​​the lid (3) located within the microgap (4) or weakening line and which can be rotated upwards, which is rotatably mounted on the fixed surface of the lid (2) by means of a pivot bearing (7) and is provided with a tearing member (8) which, diametrically opposite the pivot bearing (7),is connected in a rotatable manner upwards to the closing unit (6), the sealing frame (5) and the closing unit (6), preferably by means of sealing and locking ribs (12, 13, 14) and associated receiving grooves (15, 16, 17), interact in a sealing manner, and the metal area of ​​the lid (3) located within the peripheral gap (4) or the weakening line is positioned and held in the opening area of ​​the lid (1), wherein the tearing member (8) has a perforation (23) in which an extension (24) of the closing unit (6) engages, which extension,

The present disclosure provides methods and systems for producing a C4+ compound, including the steps of: (i) reacting a feed stream comprising C1+O1-3 hydrocarbons in the presence of an acid condensation (AC) catalyst at a condensation temperature and condensation pressure to produce an AC product stream including the C4+ compound; (ii) fractionating AC product stream into an AC liquid product stream including organic products and a vapor stream; (iii) fractionating the AC liquid product stream by a fractionation column into a liquid C4+ compound product stream and a gaseous overhead stream; (iv) cooling the gaseous overhead stream to produce a liquid reflux stream and a gaseous vent stream; (v) recycling a first portion of the liquid reflux stream to the fractionation column for the fractionation in step (iii); and (vi) recycling a second portion of the liquid reflux stream to the feed stream for the reaction in step (i).

The invention discloses a method for preparing regenerated polyether polyol by degrading waste polyurethane semi-rigid foam through an acidolysis method, which comprises the following steps: (1) cleaning, drying and crushing the waste polyurethane semi-rigid foam, and removing impurities to obtain foam particles; (2) dehydrating the foam particles; (3) putting the foam particles, an acidolysis agent and a catalyst into a reaction kettle; (4) the materials are heated in three stages, the temperature of the first stage is kept at 140-160 DEG C for 2-3 h, the temperature of the second stage is kept at 180-200 DEG C for 1-2 h, the temperature of the third stage is kept at 200-210 DEG C for 0.5-1 h, and inert gas protection is carried (5) separating out solid residues from the reacted mixed material to obtain a liquid product regenerated polyether polyol; wherein the acidolysis agent is a mixture of maleic acid and succinic anhydride. According to the acid hydrolysis method, the regenerated polyether polyol is recycled from the waste polyurethane semi-rigid foam, the degradation rate is larger than or equal to 98%, the content of aromatic amine in the regenerated polyether polyol is reduced, and later application is facilitated.

The invention relates to a distillation unit (100 000) which is designed for a continuous distillation process and to a method for a continuous operation for separating a liquid substance mixture (10) into two to six liquid product flows (201, 202, . . . ) with different compositions and into a gaseous product flow (300). For this purpose, an evaporation unit (10 000) is provided consisting of multiple evaporation devices (10 000-1, 10 000-2, . . . ), wherein each evaporation device has a circuit device (1 200-1, 1 200-2, . . . ) for recirculating a sub-quantity of each of the liquid sump flows (22, 21, . . . ) of an evaporation device into the respective evaporation device, and each of the circuit devices additionally has a discharge device (1 300-1, 1 300-2, . . . ) for providing one of the liquid product flows (201, 202, . . . ).

A method of preparing C8 to C18 alkanes is described comprising hydrogenating C8 to C18 alkenes in a reactor with a bulk catalyst bed and a minor catalyst bed, wherein the reactor comprises means for supplying hydrogen and a fresh feed and a recycled at least partially converted liquid product stream to said bulk catalyst bed; means for collecting a partially converted liquid product stream from said bulk catalyst bed and recycling at least a portion thereof to said means for supplying fresh feed and recycled at least partially converted liquid product stream to said bulk catalyst bed; a minor catalyst bed extending substantially vertically through the bulk catalyst bed; means for supplying hydrogen and recycled at least partially converted liquid product stream only to said minor catalyst bed; a separating wall between said bulk catalyst bed and said minor catalyst bed; and a means for collecting a product stream from said minor catalyst bed, the product stream comprising C8 to C18 alkanes.

Provided is a container obtained by blow molding or stretch blow molding from a preform made of polyethylene terephthalate and manufacturing methods of containers. The container includes a body, a shoulder extending the upper end of the body, a neck extending from the shoulder, and a bottom which extends at a lower end of the container. The neck can be open and form a rim of the container. The container can be intended to receive a liquid or semi-liquid dairy product such as milk, which can be distributed through a cold chain or at ambient temperature.

The invention provides a device and a method for preparing benzoic acid by continuously oxidizing methylbenzene liquid-phase air. The device is formed by sequentially connecting an air and toluene flow control unit, a series laminated microchannel mixer, a delay reaction tube and a gas-liquid separator in series. When the device is used for toluene air continuous oxidation reaction, pure toluene is used as a raw material, cobalt salt or a mixture of cobalt salt and manganese salt is used as a catalyst, and an initiator does not need to be added. Firstly, a catalyst is dissolved in methylbenzene to form a solution, then the solution and air enter the micro-mixer through the liquid flow control unit and the gas flow control unit respectively to be mixed and then enter the delayed reaction tube to react, and finally a liquid product is obtained through the gas-liquid separator. The device has very high oxidation efficiency, the conversion rate is close to 100% in terms of oxygen in air, benzoic acid is a main product, and the selectivity reaches 75.9%. In addition, the device also has the characteristics of high efficiency, small reaction volume, energy conservation and the like.

The invention provides a double-protein-containing enteral total nutrient composition, a suspension and a preparation method thereof, and belongs to the technical field of nutritious foods. The invention relates to a double-protein enteral total nutrient composition, which is prepared from the following components in parts by mass: 2 to 5 parts of protein, 1.9 to 4.4 parts of fat, 7 to 26 parts of carbohydrate, 0.01 to 0.2 part of compound vitamin, 0.07 to 0.3 part of compound mineral substance, 0.01 to 0.1 part of essence and 0.01 to 1 part of compound stabilizer. Vegetable protein (soybean protein isolate) and animal protein (sodium caseinate) are adopted according to a certain scientific ratio, the problem that emulsion protein micelles are unstable due to thermal polymerization of the vegetable protein in a mixed liquid system is effectively solved, no full-nutrient liquid product added with the vegetable protein exists in the market at present, the market blank is filled, and the market prospect is wide. The problems of incomplete nutrition, uniformity of double proteins, heating stability and storage stability caused by a single protein source are effectively solved.

A system for preparing a liquid product, for example a beverage. The system comprises a product preparation assembly comprising a concentrate holder for holding product concentrate, a product feedthrough channel, and a concentrate supply channel for feeding a flow of product concentrate from said holder to said product feedthrough channel. The concentrate supply channel is provided with a valve member for regulating the flow of product concentrate, the valve member being movable with respect to the concentrate supply channel between a first position in which the flow of concentrate is blocked and a second position in which the flow of concentrate is enabled. The system comprises a product preparation apparatus configured to cooperate with the product preparation assembly. The apparatus comprises a liquid injector for supplying a flow of liquid into the product feedthrough channel, in particular via the valve member, wherein the liquid injector is configured to engage the valve member for moving the valve member. The apparatus comprises a controller configured for automatically controlling a movement of the valve member along a range of positions via actuation of the liquid injector, said range of positions extending between the first position and the second position.

The utility model discloses an online liquid mixing and blending system which comprises a plurality of first conveying pipes, a plurality of first magnetic suspension pumps, a plurality of flowmeters, a second conveying pipe and a second magnetic suspension pump, wherein the first conveying pipe is used for conveying a liquid product; the first magnetic suspension pumps communicate with the first conveying pipes in a one-to-one correspondence manner; the flow meters are respectively arranged on the first conveying pipes; the plurality of first conveying pipes are communicated with the second conveying pipe; and the second magnetic suspension pump is communicated with the second conveying pipe. Through the cooperation of the first magnetic suspension pump and the flowmeter, stable flow output can be realized, and the influence between adjacent pipelines does not need to be worried about, so that high-precision flow on-line proportioning is realized, a buffer tank is omitted, and the size of the whole equipment is reduced; the use of a stirring tank is reduced; chemical mixed liquid medicine in any proportion can be achieved under the same hardware configuration, and even if the types of chemicals are increased or decreased, only valves of corresponding independent branches need to be controlled to be opened or closed.

A drug delivery system includes a container comprising a luer compartment and a fluid compartment, a luer fitting arranged within the luer compartment and in fluidic communication with the fluid compartment, and a dispenser in fluidic communication with the fluid compartment. A method of aseptically transferring a drug to such a drug delivery system may include providing a vial comprising the drug to be transferred, withdrawing a volume of the drug from the vial with a syringe, coupling the syringe to a drug delivery system via the luer fitting, transferring the drug from the syringe to the drug delivery system, and decoupling the syringe from the drug delivery system.

The invention relates to a capsule (100) intended to be fitted to a container for packaging and reconstituting a liquid product by mixing a first product and a second product. The capsule forms a housing (110) suitable for receiving the first product, the housing (110) being delimited by a cylindrical or frustoconical side wall (120) extending around a longitudinal axis (L), this wall having an upper edge (121) closed by a seal (140) and a lower edge (122). The housing comprises a bottom (130) connected to the side wall (120) by a bistable annular wall (150), which deforms between an initial position and an activated position in order to bring the bottom (130) closer to the upper face of the capsule (100). The invention also relates to a container comprising such a capsule.

The present invention relates to a base liquid product, commonly called polyol, with a high hydroxyl index, for forming a biodegradable renewable polymer, which comprises a first base liquid product component mixed and reacted with a second and a third base liquid product component, wherein: the first base liquid product component is selected from at least one of: vegetable oil and / or modified vegetable oil; the second base liquid product component is selected from at least one of: nitrilotriethanol, preferably, and / or monoethylene glycol, diethylene glycol, triethylene glycol, tetraethylene glycol, propylene glycol, dipropylene glycol, tripropylene glycol, 1,4 butanediol, nitrilodiethanol and / or nitrilomonoethanol, dimethylpropane, pentaerythritol, glycerin or sorbitol; and the third base liquid product component is selected from at least one of: potassium hydroxide and / or sodium hydroxide.

The application discloses a method for preparing humic acid based on mineral coal-based raw materials and application thereof. The method comprises the following steps: mixing the mineral coal-based raw materials with a high-valence iron oxidant solution, and performing oxidation pretreatment under the conditions of controlled concentration, temperature, pH, solid-liquid ratio and reaction time; after the reaction is completed, liquid and solid products are obtained through solid-liquid separation; the liquid product is acidified and left to stand, the precipitate is separated, washed and dried to obtain a liquid humic acid; the solid product is washed and dried, then subjected to alkaline extraction to obtain an alkaline extraction liquid, and the alkaline extraction liquid is subjected to acid precipitation separation and left to stand, the precipitate is separated, washed and dried to obtain a solid humic acid, thereby obtaining total humic acid. The method increases the humic acid yield from 26.18% to 62.46%, with a relative increase of 138.58%. The obtained humic acid has increased oxygen-containing functional groups, and the O / C element ratio can be increased from 0.240 to 0.357 at most. The humic acid is suitable for agricultural applications such as promoting crop seed germination, crop root growth and crop growth.

The invention discloses an environment-friendly sewage treatment device which is characterized in that a sewage tank, a mixing tank, a filter pressing device, an oxidation disinfection tank, a catalytic reaction tank, an adsorption tank and a water return tank are arranged in a shell from top to bottom, wastewater in the sewage tank is filtered by a barrel-shaped sand filter screen and then enters the mixing tank to be mixed with liquid medicine sprayed by a spraying device, and then the wastewater enters the filter pressing device; water is separated from precipitated impurities, then enters the oxidation disinfection tank to be disinfected by ozone, then enters the catalytic reaction tank, is added with a catalyst to accelerate an ozone oxidation disinfection reaction, and then enters the adsorption tank to be subjected to final adsorption treatment, so that wastewater treatment is completed; organic pollutants are converted into harmless gas products (CO2), liquid products (water) and solid sludge rich in organic matters; and carrying out solid-liquid separation on the redundant sludge in the filter pressing device under the filter pressing action, and sterilizing and killing bacteria and viruses by using ozone or chlorine. Finally, residual pollutants in water are removed through an activated carbon adsorption method and the like, and then treated water is fed into a reclaimed water channel to be used as circulating water.

The present disclosure provides methods and systems for producing a C4+ compound, including the steps of: (i) reacting a feed stream comprising C1+O1-3 hydrocarbons in the presence of an acid condensation (AC) catalyst at a condensation temperature and condensation pressure to produce an AC product stream including the C4+ compound; (ii) fractionating AC product stream into an AC liquid product stream including organic products and a vapor stream; (iii) fractionating the AC liquid product stream by a fractionation column into a liquid C4+ compound product stream and a gaseous overhead stream; (iv) cooling the gaseous overhead stream to produce a liquid reflux stream and a gaseous vent stream; (v) recycling a first portion of the liquid reflux stream to the fractionation column for the fractionation in step (iii); and (vi) recycling a second portion of the liquid reflux stream to the feed stream for the reaction in step (i).

1. Name of the designed product: packaging bottle (moda myth). 2. Use of the designed product: outer packaging for liquid products. 3. Design points of the designed product: in shape. 4. Picture or photo that best indicates the design points: perspective view.

The invention provides a biofuel preparation device and method, the biofuel preparation device comprises a multifunctional hydrogenation reactor, a suspended bed reaction zone, a fluidized bed reaction zone and a gas-liquid separation zone are integrally arranged in a shell of the multifunctional hydrogenation reactor from bottom to top, and the suspended bed reaction zone is provided with a homogeneous slurry inlet and a lower liquid product outlet; a first reaction zone and a second reaction zone are arranged in the fluidized bed reaction zone; the first reaction zone and the second reaction zone are respectively provided with a microsphere catalyst feeding port, a microsphere catalyst discharging port and a hydrogen inlet; the gas-liquid separation area is provided with a gas outlet and an upper liquid product outlet; the gas outlet is connected with a hydrogen circulating system; and the microspherical catalyst outlet and the microspherical catalyst inlet are used for connecting a catalyst regeneration system. According to the biofuel preparation device provided by the invention, the whole hydro-conversion process from raw material pretreatment to deep refining to product separation is highly integrated and completed in one reactor.

The application discloses a heavy metal removal method and system based on shunt adjustment processing, which comprises the following steps: setting a pH critical value, screening a heavy metal sample to be treated based on the pH critical value; setting a pH adjustment value, a precipitation duration and a product shunt ratio; performing primary cycle precipitation treatment on the screened heavy metal sample to be treated based on the pH adjustment value, the precipitation duration and the product shunt ratio to obtain a primary purification product; setting a flow speed threshold value and a space flow speed threshold value, performing secondary filtration treatment on the primary purification product based on the flow speed threshold value and the space flow speed threshold value to obtain a heavy metal removal finished product; the application can process heavy metal samples in multiple stages, flocculation and precipitation are treated through primary processing shunt cycle processing, reciprocal combination reactions are performed on the flocculation and precipitation, the concentration of the final precipitation product is improved, liquid products after solid-liquid separation are subjected to quartz sand filtration and heavy metal adsorption through secondary processing, and the heavy metal content of the products is strictly controlled.

The invention discloses a novel process for synthesizing N-vinyl pyrrolidone, and provides a preparation method of N-vinyl pyrrolidone, which is efficient, low in cost and energy-saving. Raw materials of alpha-pyrrolidone and a catalyst potassium salt react in a high-vacuum reactive distillation tower, the reaction temperature is controlled, the reaction product water is distilled out from the tower top, and the generated alpha-pyrrolidone potassium salt is buffered by a buffer tank and then sent to an N-vinyl pyrrolidone reactor. In order to ensure the stable supply of acetylene in the synthesis reaction of N-vinyl pyrrolidone, a method of supplementing nitrogen with a surge tank is adopted to maintain the stability of the system. And carrying out low-pressure flash evaporation on the reacted N-vinyl pyrrolidone gas-liquid product through a surge tank, recycling the gas phase, and obtaining the N-vinyl pyrrolidone crude product from the liquid phase. According to the process, the conversion per pass of the alpha-pyrrolidone can reach 55%, the purity of the N-vinyl pyrrolidone is greater than or equal to 98%, and the energy consumption is reduced by 20%.

The invention relates to a method for producing gasoline by ethylene oligomerization, which comprises the following steps: contacting an ethylene-containing raw material with an oligomerization catalyst to carry out oligomerization reaction to obtain an oligomerization reaction material; wherein the oligomerization catalyst comprises an FER structure molecular sieve; carrying out gas-liquid separation on the oligomerization reaction material to obtain a gas product and a liquid product; and separating the liquid product to obtain gasoline. According to the method, the oligomerization catalyst containing the FER structure molecular sieve is used for catalyzing ethylene oligomerization, the yield of gasoline in the obtained oligomerization product is high, the content of olefin in gasoline can be obviously increased, and the content of aromatic hydrocarbon can be reduced; the light gasoline obtained by separating the obtained gasoline product mainly comprises C5-C6 components, the total content of olefin and isoparaffin in the C5-C6 components is more than 90 wt%, and the light gasoline is suitable for being used as a blending component of high-octane gasoline.

A reservoir assembly for use with a liquid dispenser. The reservoir assembly includes a connecting member housing having a reservoir connecting surface and a switch, wherein the reservoir connecting surface has a first switch contact surface disposed within a first protrusion member. The assembly also includes a container housing that is configured to be removably attached to the connecting member housing. The container housing includes a main container and a connecting member housing surface that includes a second switch contact surface configured in a first weakened region. After contact of the first switch contact surface and the second switch contact surface, the protrusion member is configured to engage the first weakened region such that the first weakened region breaks away from the connecting member housing surface such that first switch contact surface and second switch contact surface are unable to make contact.

The invention relates to a method for preparing an aviation kerosene component through ethylene oligomerization, which comprises the following steps of: contacting an ethylene-containing raw material with an oligomerization catalyst to carry out oligomerization reaction to obtain an oligomerization product; separating the oligomerization product to obtain a gas product and a liquid product, and carrying out distillation separation on the liquid product to obtain a C5-C9 fraction and a C9 + fraction; wherein the molecular sieve in the oligomerization catalyst comprises an FER structure molecular sieve and at least one molecular sieve with a skeleton structure selected from MFI, MEL, FAU, BEA, MTT, MTW, MWW, MOR, TON and AEL. The oligomerization product obtained by the invention mainly comprises C5 + mixed hydrocarbon, and the conversion rate of ethylene and the yield of C9 + component in the product are obviously improved.

The invention discloses a liquid finished product preparation method and system based on multiple flow meters. The method comprises the steps that the proportion of liquid raw materials of a liquid finished product is obtained; calculating the flow corresponding to each liquid raw material according to the proportion of each liquid raw material; generating control information according to the flow corresponding to each liquid raw material; the generated control information is used for controlling the flow of the corresponding first flow meter; after the flow of each first flow meter is stable, the liquid raw material flowing out under the control of each first flow meter is used for preparing the liquid finished product. According to the invention, the problems that the configuration process is not automatic enough and the efficiency is low due to the fact that different measuring tools are used for measuring different liquid raw materials to configure the liquid finished product in the prior art are solved, so that the automation of the configuration of the liquid finished product is realized, and the configuration efficiency of the liquid finished product is improved.

1. Name of the designed product: beverage bottle (small tea). 2. Use of the designed product: the designed product is used for containing liquid products such as water and beverages. 3. Design points of the designed product: the combination of shape and pattern. 4. Picture or photo best indicating the design points: design 1 front view. 5. Design 1 is designated as the basic design. 6. Other circumstances or information: the beverage bottle body is made of transparent material.