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55 results about "Chelating polymers" patented technology

Pharmaceutical compositions

Provided herein is a pharmaceutical composition comprising an antagonist, an agonist, a seal coat, and a sequestering polymer, wherein the antagonist, agonist, seal coat and at least one sequestering polymer are all components of a single unit, and wherein the seal coat forms a layer physically separating the antagonist from the agonist from one another. Methods for manufacturing such a pharmaceutical composition are also provided.
Owner:ALPHARMA PHARMA

Pharmaceutical composition

Provided herein are pharmaceutical compositions comprising an antagonist, an agonist, a seal coat, and a sequestering polymer, wherein the antagonist, agonist, seal coat and at least one sequestering polymer are all components of a single unit, and wherein the seal coat forms a layer physically separating the antagonist from the agonist from one another. Methods for manufacturing such a pharmaceutical composition are also provided. Methods for treating pain using such compositions are also demonstrated.
Owner:ALPHARMA PHARMA

Pharmaceutical Compositions

InactiveUS20090131466A1Decreases euphoric effectBiocideNervous disorderAgonistPhysical separation
Provided herein is a pharmaceutical composition comprising an antagonist, an agonist, a seal coat, and a sequestering polymer, wherein the antagonist, agonist, seal coat and at least one sequestering polymer are all components of a single unit, and wherein the seal coat forms a layer physically separating the antagonist from the agonist from one another. Methods for manufacturing such a pharmaceutical composition are also provided.
Owner:ALPHARMA PHARMA

Titanium chelate dispersions

A composition and a process for producing the composition are disclosed. The composition comprises a titanium chelate polymer and a stabilizer. The process can comprise (1) contacting a tetraalkyl titanate with a chelating agent to produce a product mixture comprising a titanium chelate and an alcohol; (2) contacting the product mixture with water under a condition effective to produce a dispersion of a titanium chelate polymer; (3) optionally reducing the alcohol content of the dispersion; and (4) contacting the dispersion with a stabilizing amount of a stabilizer to produce a stable dispersion of titanium chelate polymer.
Owner:DORF KETAL SPECIALITY CATALYSTS

Fluorine-containing rare earth nano lubricating oil additive and preparation process thereof

The invention relates to a fluorine-containing rare earth nanometre-sized lube oil additive and its process for preparing. The invention comprises adopting organic surface to cover in the preparing nanoparticle course, recognizing the modifying agent as a part of the reaction system while synthesizing the particles, when the particles are formed, the particle surface adsorbs the modifying agent through the interface to form chelate polymer, then the modifying agent is covered on the particle surface evenly and tightly. The grain diameter of the nanoparticle prepared by backward microemulsification in this invention is of 12-17 nm, the rare earth nanoparticle covered by the organic surface can evenly steadily disperse in the base oil and the compounded synergistic effect with lube oil or other additives is good.
Owner:EAST CHINA UNIV OF SCI & TECH

Pharmaceutical compositions

Provided herein is a pharmaceutical composition comprising an antagonist, an agonist, a seal coat, and a sequestering polymer, wherein the antagonist, agonist, seal coat and at least one sequestering polymer are all components of a single unit, and wherein the seal coat forms a layer physically separating the antagonist from the agonist from one another. Methods for manufacturing such a pharmaceutical composition are also provided. Methods for treating pain using such compositions is also demonstrated.
Owner:ALPHARMA PHARMA

Pharmaceutical composition

Provided herein is a pharmaceutical composition comprising an antagonist, an agonist, a seal coat, and a sequestering polymer, wherein the antagonist, agonist, seal coat and at least one sequestering polymer are all components of a single unit, and wherein the seal coat forms a layer physically separating the antagonist from the agonist from one another. Methods for manufacturing such a pharmaceutical composition are also provided.
Owner:ALPHARMA PHARMA

Biodegradable metal-chelating polymers and vaccines

The invention provides metal-chelating poly(ether amide) polymers useful in preparation of polymer compositions for delivering a variety of cargo molecules, such as bioactive agents. In solution metal ions and cargo molecules, such as vaccine epitopes, that include metal avid amino acids can be loaded into the polymer compositions and held in a non-covalent complex. Nanoparticles of such polymer compositions can also be prepared directly from the solution.
Owner:MEDIVAS LLC

Pharmaceutical composition

Provided herein is a pharmaceutical composition comprising an antagonist, an agonist, a seal coat, and a sequestering polymer, wherein the antagonist, agonist, seal coat and at least one sequestering polymer are all components of a single unit, and wherein the seal coat forms a layer physically separating the antagonist from the agonist from one another. Methods for manufacturing such a pharmaceutical composition are also provided. Methods for treating pain using such compositions is also demonstrated.
Owner:ALPHARMA PHARMA

Chelating agents for micronutrient fertilisers

The invention describes a method and product for chelating micronutrients when used to provide the micronutrients to a plant, which comprises applying to an area of the plant or soil / substrate surrounding the plant an effective amount of a plant fertiliser composition comprising a chelating polymer having the general formula (I), capable of forming coordinate bonds with the micronutrients, transporting the micronutrients across a membrane of the plant and releasing the micronutrients for use by the plant.
Owner:COMMONWEALTH SCI & IND RES ORG +1

Metal adsorbent containing chelating polymer

InactiveUS20120132852A1High metal adsorption abilityIon-exchange process apparatusOther chemical processesFiberSorbent
A metal adsorbent which can adsorb a wide variety of metals, can conform to various uses, and adsorbs metals in large amounts. Metal adsorbents in various forms, which have the property of highly efficiently adsorbing metals, are produced by (a) a method in which a polyamine polymer is chemically bonded and immobilized to a porous support, (b) a method in which a polyamine polymer is blended into a solution of a raw material for fibers and the mixture is formed into fibers by wet-spinning or dry spinning, and (c) a method in which a polyamine polymer is blended into a solution of a film-forming polymer and the mixture is formed into a film by a method of film formation from solution.
Owner:NIPPON FILCON

Titanium chelate dispersions

A composition and method of making the composition are disclosed. The composition contains a titanium chelate polymer and a stabilizer. The method may comprise the steps of: (1) contacting tetraalkyl titanate with a chelating agent to obtain a mixed product containing titanium chelate and alcohol; (2) obtaining a titanium chelate polymer dispersion effectively (3) optionally reducing the alcohol content in the dispersion; and (4) contacting the dispersion with a stabilizing amount of a stabilizer to obtain a titanium chelate polymer stable dispersion.
Owner:DORF KETAL SPECIALITY CATALYSTS

Method of preparing olivine cathod material for lithium secondary battery

The present invention relates to a method of preparing olivine cathode materials for lithium secondary battery. More specifically, a method of preparing an olivine-based cathode material for secondary battery comprising the steps of: dissolving an iron supplying material, and a lithium phosphate by adding an acid; forming a chelate polymer by adding a chelate agent and a polymerization agent in the solution of the dissolving step followed by heating; pyrolyzing the chelate polymer under reducing atmosphere; and thermally reducing the chelated polymer degraded during the pyrolysis is provided.
Owner:RES INST OF IND SCI & TECH

Solid phase imprinted double-position extraction agent for copper (II) and preparation method of extraction agent

The invention discloses a solid phase imprinted double-position extraction agent for copper (II). The solid phase imprinted double-position extraction agent comprises a salicylaldoxime ligand, which can enrich copper (II) ions from various water systems with high selectivity, and further comprises a quaternary ammonium structure unit, which is strong in hydrophilia, capable of remarkably improving the water wettability and the electric charge density of the surface of the solid phase imprinted double-position extraction agent, and favorable to quick diffusion of the copper (II) ions in the water systems on the surface of the solid phase imprinted double-position extraction agent, so as to quickly reach adsorption equilibrium, and overcomes the defects that the existing ion chelate polymer is strong in hole inside hydrophobicity, and long in adsorption equilibrium time; furthermore, the solid phase imprinted double-position extraction agent comprises an amino with an anion exchange function; after elution and recovery of copper (II), the amino in an alkaline solution is easily transformed into a zwitterionic polymer, so that the solid phase imprinted double-position extraction agent can not only chelate and adsorb the copper (II) ions, but also adsorb and contend against anions, and keep material balance of zwitterions during the solid phase extraction process.
Owner:HUAIHAI INST OF TECH

Controlling the formation of crystalline hydrates in fluid systems

Controlling the formation of crystalline hydrates in various fluid systems, most notably, gas and oil transmission pipeline systems by contacting the systems with certain polymers or polymers associated with solid particles. The polymers useful are chelating polymers capable of interacting with charged gaseous molecules such as carbon dioxide, by removing the carbon dioxide, or more practically by scavenging for the carbon dioxide, to prevent the methane or ethane hydrate structures from forming since they require carbon dioxide to stabilize their structures.
Owner:GRAHAM DAVID E

Improved secondary Li ion battery and Li capacitor electrode compositions

The invention discloses an electrode material designed to be a dry in place deposit comprising at least one metal chelating polymer; an active material capable of reversibly intercalating lithium ions; a plurality of electrical conductor particles; a binder polymer. The electrode material is formed into a slurry using a non-aqueous solvent. The metal chelating polymer may be a reaction product ofa polyphenolic polymer; an aldehyde, a ketone, or mixtures thereof; and an amine. The electrode material slurry is deposited on a current collector and dried to form a positive electrode in a secondary lithium ion battery. The deposited electrode material has high flexibility, adhesion to the current collector, resistance to electrolyte damage, and low electrical resistance. The electrode materialforms a superior positive electrode at a relatively low additional cost and with no increase in process complexity.
Owner:HENKEL KGAA

Preparation and application of sulfonitride heavy metal ion chelating polymer microspheres

The invention discloses preparation and application of sulfonitride heavy metal ion chelating polymer microspheres, relating to the technical field of preparation of functionalized polymer materials and treatment of waste water including heavy metal ions. The sulfonitride heavy metal ion chelating polymer microsphere is synthesized by suspension polymerization with 4-vinylpyridine and polyethylene glycol methacrylate as polymerizing monomers and thiodiglycol dimethacrylate as a cross-linking agent; the cross-linked polymer microsphere contains sulfur and nitrogen functional ligands to enhancethe chelating removal effect for the heavy metal ions, achieve the polymerization and the chelating agent functionalization by one-step method and effectively avoid the release of a chelating agent; and the cross-linked polymer microsphere has excellent mechanical intensity and can be used for filling columns or beds to remove the heavy metal ions. The preparation method is a high-efficient, simple and feasible process flow, is not easy to cause the secondary pollution, and has the advantages of simple structure of required equipment, convenience for operation, low production cost, and easiness in controlling conditions.
Owner:JIANGNAN UNIV

Fluorine-containing rare earth nano lubricating oil additive and preparation process thereof

The invention relates to a fluorine-containing rare earth nanometre-sized lube oil additive and its process for preparing. The invention comprises adopting organic surface to cover in the preparing nanoparticle course, recognizing the modifying agent as a part of the reaction system while synthesizing the particles, when the particles are formed, the particle surface adsorbs the modifying agent through the interface to form chelate polymer, then the modifying agent is covered on the particle surface evenly and tightly. The grain diameter of the nanoparticle prepared by backward microemulsification in this invention is of 12-17 nm, the rare earth nanoparticle covered by the organic surface can evenly steadily disperse in the base oil and the compounded synergistic effect with lube oil or other additives is good.
Owner:EAST CHINA UNIV OF SCI & TECH

Field portable electrochemical sensor for uranium and other actinides

An actinyl-selective polymer detects the presence of actinide ions in a solution. An electrode or FET gate surface of a sensor element may be coated or otherwise made to include the actinyl-selective polymer, which preferably includes chelating molecules selective to ions having the general formula MO2X, where M represents any metal in the actinide group and X represents 1+, 2+, or any other charge state, including uranium ions (UO22+), plutonium ions (PuO22+, PuO21+), and thorium ions (ThO21+) and others. The chelating polymer is preferably made by first polymerizing a selected monomer and then derivatizing the polymer with a calix[n]arene rings (where n=4-10) compound, resulting in a high density of chelating molecules on the surface of the polymer, where they are accessible to the solutions being testing and cleansing or rejuvenating solutions.
Owner:BOISE STATE UNIVERSITY

Coating compositions having chelant functionality

The present invention provides a floor coating composition comprising (A) and aqueous solvent; and (B) a chelating polymer which comprises units derived from one or more aminocarboxylate compounds or their salts, one or more other polymerizable monomers, one or more ethylenically unsaturated monomers and, optionally, one or more crosslinking monomers. For example, the aminocarboxylate compounds or their salts may be one or more of iminodiacetic acid (IDA), iminodisuccinic acid (IDS), ethylenediamine triacetic acid (ED3A) and ethylenediamine disuccinic acid (EDDS), or their salts. Suitable polymerizable monomers may be one or more of glycidyl methacrylate (GMA), allyl glycidyl ether (AGE), vinylbenzyl chloride (VBC), allyl bromide, and their derivatives.
Owner:ROHM & HAAS CO

Pharmaceutical Compositions

Provided herein is a pharmaceutical composition comprising an antagonist, an agonist, a seal coat, and a sequestering polymer, wherein the antagonist, agonist, seal coat and at least one sequestering polymer are all components of a single unit, and wherein the seal coat forms a layer physically separating the antagonist from the agonist from one another. Methods for manufacturing such a pharmaceutical composition are also provided.
Owner:ALPHARMA PHARMA

Novel chelate-polymer antioxidative stabilizer, preparation method therefor and application of novel chelate-polymer antioxidative stabilizer

The invention belongs to the fields of structural design and synthesized preparation of innovative chelate polymer-material antioxidants and particularly relates to an application of a novel chelate antioxidative stabilizer in a high-polymer material and a preparation method for the novel chelate antioxidative stabilizer. The novel chelate antioxidative stabilizer acts dual protective actions. Thepreparation method for the chelate antioxidative stabilizer comprises the steps: (1) adding a compound 1 and epoxy chloropropane, slowly adding sodium hydroxide or potassium hydroxide in batches, carrying out a heat-preserving reaction until the compound 1 reacts fully, and adding 1L of MTBE or DCM or DCE, so as to obtain a colorless oily compound 2; and (2) adding thioalcohol, adding a solvent,carrying out stirring for 30 minutes, adding the compound 2 at the temperature of 5 DEG C to 10 DEG C under nitrogen protection, carrying out ice-bath treatment for half an hour, and slowly adding sodium hydroxide or potassium hydroxide, thereby obtaining a compound 3 or a compound 4. The chelate antioxidative stabilizer not only has a thioether long-acting high-temperature oxidation resisting activity functional group, but also has the function of forming sulfur and hydroxyl coordinated five-membered cyclic complexed metal ions, and this function plays a role in complexed removal of metal ions catalyzing degradation of the high-polymer material.
Owner:SHAOXING RUIKANG BIOTECHNOLOGES CO INC

Misfit p-type transparent conductive oxide (TCO) films, methods and applications

A p-type transparent conductive oxide (TCO) mixed metal oxide material layer formed upon a substrate has a formula M1xM2yOz generally, CaxCoyOz more specifically, and Ca3Co4O9 most specifically. Embodiments provide that the p-type TCO mixed metal oxide material may be formed absent an epitaxial crystalline relationship with respect to the substrate while using a sol-gel synthesis method that uses a chelating polymer material and not a block copolymer material.
Owner:CORNELL UNIVERSITY

Controlling the formation of crystalline hydrates in fluid systems

Controlling the formation of crystalline hydrates in various fluid systems, most notably, gas and oil transmission pipeline systems by contacting the systems with certain polymers or polymers associated with solid particles. The polymers useful are chelating polymers capable of interacting with charged gaseous molecules such as carbon dioxide, by removing the carbon dioxide, or more practically by scavenging for the carbon dioxide, to prevent the methane or ethane hydrate structures from forming since they require carbon dioxide to stabilize their structures.
Owner:CAPTUR TECHNOLGIES CO L L C
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