33 results about "Self regeneration" patented technology

A method for the decontamination of fluid (liquid or supercritical) carbon dioxide fluid, especially of hydrocarbon contaminants, down to <=100 ppb concentration are described. The critical component is a high silica zeolite, preferably a high silica Y-type zeolite, ZSM-5 or a high silica mordenite, which in a variety of physical forms is capable of decontaminating such fluid CO2 to <=100 ppb, <=10-50 ppb, or ~1 ppb, without being detrimentally affected by the supercritical operating environment. The high silica zeolite may be produced by the removal of alumina from a natural or synthetic zeolite while retaining the desirable zeolite structure, to a silica:alumina ratio of from 20-2000:1. Preferably the zeolite is disposed in separate quantities in at least two vessels, which operate alternately. A portion of the purified product from the operating vessel is directed to the other vessel and there used to remove accumulated contaminants from that vessel's zeolite. The process thus provides self-regeneration, in that regeneration of one vessel occurs while the other vessel decontaminates contaminated fluid carbon dioxide, so that use of the two can be alternated for substantially continual production of purified fluid carbon dioxide. The invention provides purified fluid carbon dioxide used in manufacture of such products as high purity electronic, optical, prosthetic or similar products or polymers or pharmaceuticals or in beverages.

A method and apparatus for the decontamination of fluid ammonia are described. Liquid or gaseous ammonia is purified of contaminants by passage through an adsorbent bed, the contaminants accumulating in the bed. A portion of the purified ammonia discharged from the bed is decomposed to hydrogen and nitrogen. The hydrogen is used to regenerate an adsorbent bed which has accumulated sufficient contaminants to reduce its ability to further decontaminate incoming ammonia satisfactorily. Preferably there are a plurality of interconnected adsorbent beds, with some being operated for ammonia decontamination while others are being regenerated, with their operations being reversed as needed to maintain a continual production of decontaminated ammonia from the plurality of beds. Computers or other controllers can be used to control such bed operations and interchanges. Internal production of hydrogen makes the system self-contained and no addition of hydrogen is needed.

The invention discloses a construction method of an ecological sewage treatment and water restoration system. The system can be used for the miniature domestic sewage treatment, the aquatic environment rehabilitation of medium and small sized lakes and the landscaping water management and rehabilitation engineering, can achieve the target of building the self-regeneration and self-succession water ecological system and finally building the self-regeneration and self-succession water ecological system, and can build the landscape type sewage treatment plant. The method comprises the following steps: A. building a rainwater conflux and percolation water charging system; B. building an ET biochemical system; and C. gradually building an ecological balanced system of the aquatic animal food chain according to the relationship between the ecological chains of grass-fish, alga-fish, alga-debris-snail and debris-microorganism on the basis of finishing building the ET biochemical system.

The invention relates to a resin filling type ion chromatography electrolysis self-regeneration suppressor which is capable of analyzing materials by utilizing electrolysis, electro-osmosis and iron exchange and is used for eliminating countra-ion in a solution and lowering background conductance of a leacheate. The middle layer of the resin filling type ion chromatography electrolysis self-regeneration suppressor provided by the invention is fiber adding and hardening silicon sheet or bulk four-fluorine belt materials. In the vertical direction of a splint, two splint electrolysis chamber flow guide slots are staggered, and the liquid enters into the suppressor from one side, so that the technical problems that the middle layer of the existing resin filling type ion chromatography electrolysis self-regeneration suppressor has strict requirements to the filling materials are solved, the internal chambers are reduced, and base lines and peak shapes are influenced, so that the liquid among layers is easy to leak, and redundant filling materials are extruded so as to cause the sealing difficulty.

The present invention provides a method that embryo of human embryonic stem cells (HES) is directionally induced and divided into liver cells. First, the biological property of high degree of self-regeneration multiplication of HES cell is made use of, the collagenase IV digestion is adopted for transfer of culture and augmentation, thereby obtaining a plurality of stem cells; second, the HES cell is inoculated into a cell utensil with lower adsorbability to form a mature imitated embryonic plant (EB); third, the mature cystic EB is digested with 0.25 tryptic enzyme to 0.02 percent EDTA to a single cell, and then is inoculated to a tissue culture dish which is packed with I-shaped collagen in advance, solution culture is induced under the condition of dexamethasone and human trypsin, and the differentiation towards the liver cell direction is observed and judged. The prevent invention provides the method that the HES is efficiently divided into liver cells, at the same time, the method makes the follow-up judging work more simply and more efficient, and lay a foundation for the stem cellular transplantation or biologic artificial liver curing the disease such as serious hepatitis, hepatic failure and so on.

A filtering material for deeply treating sewage by fixating P, removing N and active filtering by microbes is a granular one or a semi-finished cement clinker, which is prepared from the clay containing tricalcium silicate, dicalcium silicate, tricalcium aluminate and tetracalcium ferroaluminate through sintering. Its advantages are high porosity, self-regeneration and high effect.

The invention discloses an application of a nano porous microbracket in tissue regeneration and repair. The nano porous microbracket is a nano carrier-sodium alginate three-dimensional porous microbracket; the nano carrier is mesoporous silicon dioxide nanoparticles; the sodium alginate is modified sodium alginate; and the nano carrier-sodium alginate three-dimensional porous microbracket is prepared by adopting a liquid nitrogen quick freezing high speed breaking method. The special application method of the nano carrier-sodium alginate three-dimensional porous microbracket in tissue regeneration and repair comprises the following steps: adding PBS which accounts for 50-80% of the total volume of the microbracket into a prepared microbracket to obtain an injectable microbracket; and injecting the injectable microbracket to a damaged tissue part. The nano porous microbracket can promote tissue regeneration and promotes cell amplification and oriented differentiation of stem cells, is injectable and is high in clinical practicality. The invention also discloses applications of the nano porous microbracket in promoting stem cell proliferation, stem cell differentiation and tissue self-regeneration and repair.

The present invention provides an activating agent of stem cells and / or progenitor cells comprising a thrombin-like enzyme which can be used in regenerative medicine, and particularly in regenerative medicine utilizing self-regeneration, acting promptly and moderately depending on the state of advancement and the degree of injured organs and / or tissues to which regenerative medicine is applied, with few or no side effects. The present invention also provides a method for activating stem cells and / or progenitor cells in an animal comprising the step of administering to the animal an effective amount of a thrombin-like enzyme and use of the thrombin-like enzyme for activating stem cells and / or progenitor cells.

The invention discloses a skin care product with skin anti-inflammation acne-removal and repairing functions. The skin care product contains a functional composition which is prepared from the following components in percentage by mass: 0.3-5% of keratin, 0.1-5% of aloe extract, 0.1-5% of bitter almond extract and 0.5-5% of chitosan. The skin care product is classified into three forms: mask liquid, skin care cream and skin care lotion. By adopting the skin care product disclosed by the invention, the inflammatory reaction of skin can be effectively inhibited while acne is removed; self-regeneration and repair of the skin cells can be realized, so as to strengthen the firmness and elasticity of the skin and achieve a function of resisting skin aging.

Contaminated sediment is re-mediated using a self-regenerating reactive sedimentation capping system comprising a system of composite particles having a core and a coating. The coating of at least some particles further include a complexing or sorptive reactive material, such as activated carbon, appatite, a clay or organoclay, or a synthetic sorptive such as Sorbster™. The same or different particles contain a composition of dormant microbes capable of utilizing various contaminants as a food source. The same or other particles may also contain nutrients, micronutrients, vitamins, cofactors, buffers or other adjunctive compounds to sustain the microbes. The microbes feed on and degrade the contaminant compounds complexed, absorbed or adsorbed by the reactive material, thereby regenerating the reactive material for re-use.

The invention relates to a biomimetic peritoneum for abdominal cavity open treatment and repairing, and a preparation method thereof. The biomimetic peritoneum comprises hydrogel, polylactic acid-glycolic acid micro beads, which are carried on the hydrogel, and a nano fiber membrane that covers the hydrogel and the polylactic acid-glycolic acid micro beads. The polylactic acid-glycolic acid micro beads carried by the hydrogel are the origin of growth factors required by the wound healing. A layer of nano fiber membrane is covered on the micro beads to form a two-layer membrane so as to construct an artificial biomimetic peritoneum, which can be applied to abdominal cavity open wound repairing. The biomimetic peritoneum can protect the intestinal canals, can also be used a carrier for releasing micro beads, organically integrates the functions of wound protection and drug release, and promotes the wound healing. The mimetic peritoneum probably promotes the healing process by participating in the formation of newborn tissues through differentiation or secreting cell factors to promote the formation of newborn tissues through paracrine. The artificial peritoneum and the micro beads generate a synergetic effect, can directly participate in the regeneration of damage tissue, moreover, can trigger the self regeneration and repairing mechanism of athletes, and finally achieve the rapid repairing of abdominal cavity open wound.

The present invention relates to an isolated stem cell population wherein said stem cells are CD34+, capable of self regeneration, capable of differentiation into ectodermal, mesodermal and endodermal cells and capable of adhering to tissue-culture grade plastic as well as to methods of isolation of said cells, methods of culturing and differentiation thereof, the progeny of such methods of differentiation as well as uses, including therapeutic uses of the stem cells and their differentiated progeny.

A method and apparatus for the decontamination of fluid ammonia are described. Liquid or gaseous ammonia is purified of contaminants by passage through an adsorbent bed, the contaminants accumulating in the bed. A portion of the purified ammonia discharged from the bed is decomposed to hydrogen and nitrogen. The hydrogen is used to regenerate an adsorbent bed which has accumulated sufficient contaminants to reduce its ability to further decontaminate incoming ammonia satisfactorily. Preferably there are a plurality of interconnected adsorbent beds, with some being operated for ammonia decontamination while others are being regenerated, with their operations being reversed as needed to maintain a continual production of decontaminated ammonia from the plurality of beds. Computers or other controllers can be used to control such bed operations and interchanges. Internal production of hydrogen makes the system self-contained and no addition of hydrogen is needed.

The present invention provides a thermosetting paint composition, a thermosetting paint film forming method and a painting object, capable of reducing iota air bubble marks greatly and forming a paint film with excellent evenness. The thermosetting paint composition is coated on a surface of a porous material which coating face has a plurality of thin holes and is thermosetted to form the paint film, and contains a thermosetting resin component for forming the paint film by heating and solidifying, a dissolvant component for dissoluting the thermosetting resin component, and a paint film selfregeneration component. The paint film self regeneration component is heated after being coated by a paint in a first heating temperature range till a temperature of 110 DEG C, after the paint film ruptures due to the air bubbles of holes of the porous material, the paint film is melted to block the air bubbles in a second heating temperature range from 110 DEG C to a thermosetting temperature. The air bubble (14) is generated in the first heating temperature range, after breaking of the air bubble, the fluidness of the paint film is improved by the paint film self regeneration component in asecond heating temperature range to be melted again to form the smooth paint film (17).

The invention belongs to the technical field of measurement of hydrogen conductivity, anionic conductivity and total conductivity of water quality and condensate polishing systems of water vapor systems in the electric power industry and relates to a measurement device integrating self-regeneration hydrogen conductivity, anion conductivity and total conductivity. The device comprises a regulatingvalve, a calibration cup, a peristaltic pump, a filter, a flow meter, a cationic suppressor, an anionic suppressor, a conductivity detector and a meter. During working, a to-be-measured sample entersthe regulating valve 1 and is filtered by the filter 4, the flow is displayed on the flow meter 5, the to-be-measured sample further enters the cationic suppressor 6 and the anionic suppressor 7 or directly enters the conductivity detector 8, and the cationic conductivity, anionic conductivity and total conductivity are continuously measured.

Additives are described for use in high solids content epoxy-based corrosion resistant coatings in liquid form, where such additives are composed by microcapsules containing a regenerating agent dispersed in an organic solvent.The coatings, when additivated with such dispersion, will have the ability to self-regenerate in the event of damages (cracks or scratches) to the applied and cured coating on the metal surface, preventing the propagation of corrosion on the exposed metal surface.

The present invention provides an activating agent of stem cells and / or progenitor cells comprising a thrombin-like enzyme which can be used in regenerative medicine, and particularly in regenerative medicine utilizing self-regeneration, acting promptly and moderately depending on the state of advancement and the degree of injured organs and / or tissues to which regenerative medicine is applied, with few or no side effects. The present invention also provides a method for activating stem cells and / or progenitor cells in an animal comprising the step of administering to the animal an effective amount of a thrombin-like enzyme and use of the thrombin-like enzyme for activating stem cells and / or progenitor cells.

The invention belongs to the technical field of environmental protection, and particularly relates to a method for preparing self-regeneration long-acting high-activity denitration catalysts. The method includes steps of carrying out micro-corrosion on the surfaces and the inside of porous basalt with honeycomb structures by means of fermenting biogas slurry and pig manure; freezing water infused into the basalt by means of liquid nitrogen freezing, enlarging the volume to carry out expansion and crazing the basalt to obtain basalt powder; attaching organic acid into the basalt powder by means of pretreatment and chelating metal ions in the surfaces and pores of the basalt powder when the basalt powder is in contact with mixed metal impregnation liquid; carrying out calcining to form metal oxide and allowing the metal oxide to be tightly adsorbed on the surface of a carrier; mixing the carrier and adhesive with each other to obtain mixtures and smearing the mixtures on the surfaces of zeolite to obtain the catalysts. The porous basalt with the honeycomb structures is used as a catalyst carrier. The method has the advantages that outer layers of the catalysts can be gradually aged and fall off layer upon layer under high-temperature and abrasion effects in catalysis procedures, accordingly, internal new catalysis layers can be exposed, the catalysts do not need to be replaced, the service lives of the catalysts can be prolonged, and the catalysts are good in denitration activity.

The invention discloses a multi-source complementary collecting-distributing heat source tower heat pump system. The system comprises a refrigerant loop, a heat source tower loop, a soil energy supplyloop, a solution regeneration loop and a photo-thermal auxiliary regeneration loop. Compared with the prior art, a plurality of indoor heat exchangers are arranged in the building outer area, and aredirectly connected with a heat source tower heat pump main machine through the refrigerant loop, so that that a cold and hot source system is guaranteed to be efficient, meanwhile, the independent and flexible control of rooms one by one is achieved, and the efficiency under a part of loads is improved; a plurality of indoor heat exchangers are arranged in the building inner area, so that the heat of the building inner area is fully utilized, the autonomous regeneration of a solution is realized, the stable operation of the system is ensured, and the system efficiency is improved; and a heatsource tower heat pump single-supply mode, a soil loop direct supply mode and a heat source tower heat pump and a soil loop combined supply mode are provided, and inner area waste heat self-regeneration and photo-thermal auxiliary regeneration are combined, so that the system can be guaranteed to stably and efficiently run under the conditions of extreme working conditions, partial loads and the like.

The invention discloses a self-recycling method for a carbon nanotube catalyst, which belongs to the technical field of preparation of new materials. The method of the invention adopts a catalyst containing a transition metal and a magnesium oxide carrier to grow carbon nanotubes, and obtains a solid-phase carbon nanotube product and a liquid containing catalyst components through chemical purification; adopts disodium salt of ethylenediaminetetraacetic acid and alkaline substances The catalyst is recycled and regenerated, and the self-circulating carbon nanotube catalyst is used for the green cyclic growth of the carbon nanotube. The catalyst self-circulation regeneration method provided by the invention avoids the discharge of waste liquid containing catalyst elements and the potential environmental pollution caused by the carbon nanotube purification process, and provides a new green method for preparing carbon nanotubes in large quantities.

A self-regenerating chitosan based filter medium for disinfecting and purifying organic pollutants and other pollutants in a gas or liquid is disclosed herein. Porosity and surface charge of said filter medium is manipulative / tunable by varying one or more of the following parameter(s): concentration of chitosan, crosslinking density, amount of copolymers and additives, freezing temperature, freezing profile, and / or types of crosslinker used. The present filter medium is capable of self-regenerating under exposure to ultra-violet light for sufficient time and removing over 90% of the pollutants from each influent flowing through the filter medium.

The invention discloses a method for controlling bottom mud siltation after dredge, belonging to the technical field of ecological restoration of polluted water bodies. With zeolite covering and bentonic organism sludge reduction function as core, the method disclosed by the invention is used for controlling the release of source pollution in the bottom mud by throwing zeolite to perfect the self-purification function of the water body and reduce the deposit rate of the bottom mud; the bentonic organism ingests and mineralizes the bottom mud to reduce the newly deposited bottom mud, and self-regeneration of biosorption and degradation effects of zeolite on the bottom mud pollutants is realized at the same time. Only one zeolite throwing device is added on a dredger and bentonic organism is placed on the zeolite, thereby having the advantages of being simple to operate, low in operation cost, low in energy consumption, ecological, environment-friendly, long in control effect effectiveness, and convenient to execute and apply in large scale.

The invention belongs to the technical field of primary loop water quality chemical monitoring of a pressurized water reactor nuclear power plant, and particularly relates to a mobile lithium ion concentration measurement device. The device comprises a shell, a regulating valve, a flow meter, a suppressor, a calibration cup, a UPS (Uninterrupted Power Supply), a universal wheel, a flow cell, a lithium ion electrode, a reference electrode, a reference electrode solution and a meter head. The mobile lithium ion concentration measurement device is simple to operate and rapid in analysis speed, and the mobile and on-line lithium ion concentration measurement can be implemented; by use of the electrochemical suppressor, the self-regeneration function is implemented, boric acid is effectively eliminated online and the influence of boric acid on lithium ion concentration measurement is avoided; and the problem of mobile monitoring or online monitoring of the lithium ion concentration in the primary loop water quality of the pressurized water reactor nuclear power plant is effectively solved.

The invention relates to a resin filling type ion chromatography electrolysis self-regeneration suppressor which is capable of analyzing materials by utilizing electrolysis, electro-osmosis and iron exchange and is used for eliminating countra-ion in a solution and lowering background conductance of a leacheate. The middle layer of the resin filling type ion chromatography electrolysis self-regeneration suppressor provided by the invention is fiber adding and hardening silicon sheet or bulk four-fluorine belt materials. In the vertical direction of a splint, two splint electrolysis chamber flow guide slots are staggered, and the liquid enters into the suppressor from one side, so that the technical problems that the middle layer of the existing resin filling type ion chromatography electrolysis self-regeneration suppressor has strict requirements to the filling materials are solved, the internal chambers are reduced, and base lines and peak shapes are influenced, so that the liquid among layers is easy to leak, and redundant filling materials are extruded so as to cause the sealing difficulty.

The invention discloses application of a porous micro stent to regeneration and repair of tissues. The porous micro stent is a sodium alginate three-dimensional porous micro stent; sodium alginate ismodified sodium alginate; the sodium alginate three-dimensional porous micro stent is prepared from liquid nitrogen through a quick freezing and high-speed crushing method; a specific using method ofapplication of the sodium alginate three-dimensional porous micro stent to regeneration and repair of tissues comprises the following steps: adding PBS accounting for 50-80% of the total volume of themicro stent into the prepared micro stent to obtain an injectable micro stent, and injecting the injectable micro stent to injured tissue parts. The porous micro stent is capable of accelerating regeneration of the tissues and efficiently accelerating amplification and directional differentiation of stem cells, is injectable, and is high in clinical practicability. The invention also discloses application of the porous micro stent to acceleration of proliferation of the stem cells, acceleration of differentiation of the stem cells and acceleration of self-regeneration and repair of the tissues.

The invention discloses a construction method of an ecological sewage treatment and water restoration system. The system can be used for the miniature domestic sewage treatment, the aquatic environment rehabilitation of medium and small sized lakes and the landscaping water management and rehabilitation engineering, can achieve the target of building the self-regeneration and self-succession water ecological system and finally building the self-regeneration and self-succession water ecological system, and can build the landscape type sewage treatment plant. The method comprises the following steps: A. building a rainwater conflux and percolation water charging system; B. building an ET biochemical system; and C. gradually building an ecological balanced system of the aquatic animal food chain according to the relationship between the ecological chains of grass-fish, alga-fish, alga-debris-snail and debris-microorganism on the basis of finishing building the ET biochemical system.

The invention provides a regenerated self-hardening cementitious material and a preparation method thereof. According to the mass percentage, the cementitious material is composed of 90-60% of gypsum slag cement and 10-40% of recycled concrete powder. The preparation method is as follows: crushing waste concrete in construction waste to obtain recycled concrete fine aggregate, grinding and sieving for 2-4 times, and the apertures of the 2-4 times of sieving are successively reduced, and the grinding time is successively Increase; the sieved material is then calcined at 750°C for 2-4 hours to obtain recycled concrete powder; gypsum, clinker, and slag powder are mixed and ground for 1 hour to obtain gypsum slag cement; mixed recycled concrete powder and gypsum slag cement are prepared Recycled self-setting cementitious material. The invention utilizes a large number of industrial waste residues and construction wastes, the production energy consumption is much lower than that of common Portland cement, and the production process is energy-saving and environment-friendly, and has good economic and environmental benefits.

The invention provides an element body of an intelligent oil filtering device, which is used for efficiently filtering free water, emulsified water, colloidal impurities, oil sludge, and corrosive salts dissolved into water in lubricating oil at the same time, does not consume filter material due to self-regeneration of the filter material, and consumes extremely less electric energy. The element body of the intelligent oil filtering device is composed of a framework 1, the filter material 2, a high-voltage electrode 3, a grounding electrode 4, a metal shell 5, an element body supporting column 6, a regeneration through hole 7, a dirt depositing groove cavity 8 and the like. Various types of filtered impurities are accumulated in the dirt depositing groove cavity at the lower end of the element body, and the self-regeneration of the filter material is finished through forming instant electric flashover with the grounding electrode under the element body; and the oil filtering device manufactured by utilizing a filter element provided by the invention is used for purifying lubricating oil in an operation process, and can be continuously operated for many years in all weathers under the condition of no maintenance of specially-assigned persons, and the purity of the lubricating oil in the operation process is close to a new oil level all the time.

The invention discloses application of a porous micro stent to regeneration and repair of tissues. The porous micro stent is a sodium alginate three-dimensional porous micro stent; sodium alginate ismodified sodium alginate; the sodium alginate three-dimensional porous micro stent is prepared from liquid nitrogen through a quick freezing and high-speed crushing method; a specific using method ofapplication of the sodium alginate three-dimensional porous micro stent to regeneration and repair of tissues comprises the following steps: adding PBS accounting for 50-80% of the total volume of themicro stent into the prepared micro stent to obtain an injectable micro stent, and injecting the injectable micro stent to injured tissue parts. The porous micro stent is capable of accelerating regeneration of the tissues and efficiently accelerating amplification and directional differentiation of stem cells, is injectable, and is high in clinical practicability. The invention also discloses application of the porous micro stent to acceleration of proliferation of the stem cells, acceleration of differentiation of the stem cells and acceleration of self-regeneration and repair of the tissues.