Organic compounds: fatty compounds having an acid moiety patents
Featured patents
Process for the Preparation of Oxidized Phospholipids
US 08802875 B2, Aug. 12, 2014, Processes of forming the compound, Eti Kovalevski-Ishai et al. / Vascular Biogenics Ltd. (Or Yehuda, IL)
A method of preparing a compound having a glycerolic backbone and at least one…
Corn Stillage Oil Derivatives
US 08779172 B2, July 15, 2014, Purification, recovery, deodorizing, decolorizing or color stabilizing, Frank P. Lochel / Cargill, Incorporated (Wayzata, US)
A method for producing a low color corn stillage oil derivative, the method…
Process and Method for Improving the Water Reuse, Energy Efficiency, Fermentation, and Products of an Ethanol Fermentation Plant
US 08697896 B2, April 15, 2014, Extraction directly from animal or plant source material, James Robert Bleyer et al. / Valicor, Inc. (Dexter, US)
A method of hydrothermally fractionating stillage, including the steps of:…
Process for Preparing (Meth)acrylates of C 17 -Alcohol Mixtures
US 08664415 B2, March 4, 2014, Additional organic compound utilized, Boris Breitscheidel et al. / BASF SE (Ludwigshafen, DE)
A process for preparing at least one (meth)acrylate of a C 17 -alcohol…
Preparation of an Active Intermediate
US 08674124 B2, March 18, 2014, Oxirane containing reactant, Sandra Mae Newbold et al. / Biobased Technologies LLC (Springdale, US)
A process for the preparation of organic reactive intermediates that contain…
Krill Oil and Method for Manufacturing the Same
US 08624046 B2, Jan. 7, 2014, Fish liver source material, Sangsu Lee / Dae Duck FRD Co., Ltd KR
A method for manufacturing krill oil, the method comprising:…
Deacidification Method
US 08598376 B2, Dec. 3, 2013, Plural diverse solvents utilized together or sequentially, Fui Wen Lim et al. / Evonik Membrance Extraction Technology Limited (London, GB)
A method for reducing a free fatty acid content of a crude natural oil…
Separation Method
US 08481770 B2, July 9, 2013, Purification on recovery, Ken Sugo / Hoya Corporation (Tokyo, JP)
A method of selectively separating a phospholipid from a sample solution…
Integrated Process for the Preparation of Fatty Acid Methyl Ester (Biodiesel)
US 08481768 B2, July 9, 2013, Halogen or oxygen in the solvent, Swaroop Sarangan et al. / Reliance Life Sciences Pvt. Ltd. (Mumbai, IN)
A method for obtaining seed oil suitable for use in producing fatty acid alkyl…
Compound, Composition and Uses Thereof
US 08445707 B1, May 21, 2013, Sulfur containing, Mahesh Kandula / Krisani Biosciences (P) Ltd. (Hyderabad, Andhra Pradesh, IN
A compound, comprising of Formula 1:…
Patentorg has 165 documents under Organic Compounds: Fatty Compounds Having an Acid Moiety Patents.
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- Extraction Directly From Animal or Plant Source Material 6
- Legume, Nut, or Seed Source Material 4
- Carbon Dioxide, Peroxy, Sulfur, Nitrogen, or Metal Containing Treating Agent Utilized 1
- Organic Solvent Extraction 1
- Halogen or Oxygen in the Solvent 2
- Plural Diverse Solvents Utilized Together or Sequentially 1
- Vacuum or Pressure Utilized 1
- Fish Liver Source Material 3
- Organic Solvent Extraction 2
- Halogen or Oxygen in the Solvent 1
- Vacuum Utilized 1
- Steam or Water Added 2
- Additional Organic Compound Utilized 2
- Esterification or Molecular Rearrangement 2
- Sulfur Containing 1
- Quaternary Ammonium Containing 1
- Plural Oxyalkylene Groups Bonded Directly to Each Other 1
- Amidation 5
- Iron, Cobalt, Nickel, Copper, Silver, or Gold Containing (Fe, Co, Ni, Cu, Ag, or Au) 1
- Boron, Selenium, or Silicon Containing 2
- Nitrogen Containing 2
- Processes of Forming the Compound 2
- Purification on Recovery 2
- Sulfur Containing 2
- Metal Salt 1
- Plural Nitrogens Containing 1
- Additional Oxygen Containing 1
- The Additional Oxygens Are in a -C(=O)O- Group 2
- Processes 2
- Benzene Ring in the Acid Moiety 1
- The Additional Carbonyl Is in a -C(=O)O- Group 4
- Plural Additional Carbonyls in the Acid Moiety 3
- Processes of Forming the Compound 3
- Geometric Isomer Formation 2
- Double Bond Shift 1
- Phosphorus or Sulfur Containing Material Utilized 1
- Oxidation 3
- Ozone Utilized 2
- Molecular Oxygen Utilized as Oxidizing Agent 1
- Peroxy Containing Material Utilized as Oxidizing Agent 3
- Catalytic Hydrogenation 1
- Including Esterification or Inter-Esterification 2
- Selective Hydrogenation 1
- Plural Heavy Metal Containing Materials Utilized 1
- Oxygen Containing Hetero Ring Reactant 1
- Oxirane Containing Reactant 2
- Metal Containing Material Utilized 1
- Group IA or IIA Metal Containing Reactant 2
- Hydrolyzing Fatty Material With Water Only 1
- Reactant Contains -C(=O)O- Group 1
- Bonding a Hydrocarbyl Group to the -C(=O)O- Containing Reactant 1
- The -C(=O)O- Is Part of an Ester Group 2
- Another Reactant Contains Alcoholic or Phenolic Hydroxy 4
- Molecular Rearrangement of the Acid Moieties of Glyceride Esters 14
- Another Reactant Contains Alcoholic or Phenolic Hydroxy 3
- Plural Hydroxys in the Hydroxy Containing Reactant 1
- Esterification of Fatty Material to Reduce the Amount of Free Fatty Acid or to Facilitate Separation of Constituents 6
- Purification, Recovery, Deodorizing, Decolorizing or Color Stabilizing 7
- Recovering From Industrial Waste Materials 1
- Air, Gaseous Oxygen, or Halogen Containing Treating Agent 2
- Nitrogen Containing Compound Treating Agent 1
- Urea or Nitro Group Containing 1
- Sorbent Material Utilized 3
- Removal of Fatty Material From the Sorbent or Solvent Utilized 2
- Carboxylic Acid, Anhydride, or Acid Halide Treating Agent 1
- Gas or Vapor Treating Agent 2
- Water Utilized 1
- Halogen Containing or Hydrocarbon Solvent 1
- Crystallization or Precipitation 3
- Additional Oxygen in the Acid Moiety 4
- Benzene Ring in the Acid Moiety 2
- Acyclic Carbon-To-Carbon Unsaturation in the Acid Moiety 1
- Alicyclic Ring in the Acid Moiety 1
- Acyclic Carbon-To-Carbon Unsaturation in the Acid Moiety 2
- Plural Carbon-To-Carbon Unsaturation in the Acid Moiety 3
- Plural Oxy Groups in the Alcohol Moiety 4