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Subtema Estrategia Base
Emulsion
Emulsion
Emulsion
Emulsion
Emulsion
Emulsion
Emulsion
Emulsion
Emulsion
Emulsion
Emulsion
Emulsion
Emulsion
Emulsion
Emulsion
Emulsion
Emulsion
Emulsion Scopus
((((heavy oil*) WN TI) AND ((transport*) WN KY)) AND ((emulsion AND oil) WN KY))
Engineering Village (compendex)
((((heavy oil*) WN TI) AND ((transport*) WN KY)) AND ((emulsion AND oil) WN KY))
Engineering Village (compendex)
((((heavy oil*) WN TI) AND ((transport*) WN KY)) AND ((emulsion AND oil) WN KY))
Engineering Village (compendex)
((((heavy oil*) WN TI) AND ((transport*) WN KY)) AND ((emulsion AND oil) WN KY))
Engineering Village (compendex)
((((heavy oil*) WN TI) AND ((transport*) WN KY)) AND ((emulsion AND oil) WN KY))
Engineering Village (compendex)
((((heavy oil*) WN TI) AND ((transport*) WN KY)) AND ((emulsion AND oil) WN KY))
Engineering Village (compendex)
((((heavy oil*) WN TI) AND ((transport*) WN KY)) AND ((emulsion AND oil) WN KY))
Engineering Village (compendex)
((((heavy oil*) WN TI) AND ((transport*) WN KY)) AND ((emulsion AND oil) WN KY))
Engineering Village (compendex)
((((heavy oil*) WN TI) AND ((transport*) WN KY)) AND ((emulsion AND oil) WN KY))
Engineering Village (compendex)
((((heavy oil*) WN TI) AND ((transport*) WN KY)) AND ((emulsion AND oil) WN KY))
Engineering Village (compendex)
((((heavy oil*) WN TI) AND ((transport*) WN KY)) AND ((emulsion AND oil) WN KY))
Engineering Village (compendex)
((((heavy oil*) WN TI) AND ((transport*) WN KY)) AND ((emulsion AND oil) WN KY))
Engineering Village (compendex)
((((heavy oil*) WN TI) AND ((transport*) WN KY)) AND ((emulsion AND oil) WN KY))
Engineering Village (compendex)
((((heavy oil*) WN TI) AND ((transport*) WN KY)) AND ((emulsion AND oil) WN KY))
Engineering Village (compendex)
((((heavy oil*) WN TI) AND ((transport*) WN KY)) AND ((emulsion AND oil) WN KY))
Engineering Village (compendex)
((((heavy oil*) WN TI) AND ((transport*) WN KY)) AND ((emulsion AND oil) WN KY))
Engineering Village (compendex)
((((heavy oil*) WN TI) AND ((transport*) WN KY)) AND ((emulsion AND oil) WN KY))
Engineering Village (compendex)
(SRCTITLE(heavy oil*) AND TITLE-ABS-KEY(transport*) AND TITLE-ABS-KEY(emulsion) AND TITLE-ABS-KEY(oil))
Emulsion Web of Science
Emulsion Web of Science
Emulsion Web of Science
Emulsion Web of Science
Dilución
Dilución
Dilución
Dilución
Dilución
Emulsion
Emulsion
Emulsion
Emulsion
Emulsion
Emulsion
Emulsion Espacenet
Emulsion Espacenet
Title=(heavy oil*) AND Topic=(transport*) AND Topic=(emulsion)
Title=(heavy oil*) AND Topic=(transport*) AND Topic=(emulsion)
Title=(heavy oil*) AND Topic=(transport*) AND Topic=(emulsion)
Title=(heavy oil*) AND Topic=(transport*) AND Topic=(emulsion)
((((heavy oil) WN All fields) AND ((dilution) WN All fields)) AND ((light hidrocarbons) WN All fields))Engineering Village (compendex)
((((heavy oil) WN All fields) AND ((dilution) WN All fields)) AND ((light hidrocarbons) WN All fields))Engineering Village (compendex)
((((Viscosity reducers) WN All fields) AND ((dilution) WN All fields)) AND ((crude light) WN All fields))Engineering Village (compendex)
((((Viscosity reducers) WN All fields) AND ((dilution) WN All fields)) AND ((crude light) WN All fields))Engineering Village (compendex)
((((light hydrocarbons) WN All fields) AND ((dilution) WN All fields)) AND ((viscosity) WN All fields))
Engineering Village (compendex)
((((heavy oil*) WN TI) AND ((transport*) WN KY)) AND ((emulsion AND oil) WN KY))
Engineering Village (compendex)
((((heavy oil*) WN TI) AND ((transport*) WN KY)) AND ((emulsion AND oil) WN KY))
Engineering Village (compendex)
((((heavy oil*) WN TI) AND ((transport*) WN KY)) AND ((emulsion AND oil) WN KY))
Engineering Village (compendex)
((((heavy oil*) WN TI) AND ((transport*) WN KY)) AND ((emulsion AND oil) WN KY))
Engineering Village (compendex)
((((heavy oil*) WN TI) AND ((transport*) WN KY)) AND ((emulsion AND oil) WN KY))
Engineering Village (compendex)
((((heavy oil*) WN TI) AND ((transport*) WN KY)) AND ((emulsion AND oil) WN KY))
Engineering Village (compendex)
heavy and oil and emulsion in the title AND water or flow or pipelin* in the title or abstract
heavy and oil and emulsion in the title AND water or flow or pipelin* in the title or abstract
Emulsion Espacenet
Emulsion Espacenet
Emulsion Espacenet
Emulsion Espacenet
Emulsion Espacenet
Emulsion Espacenet
Emulsion USPTO
Emulsion USPTO
Emulsion USPTO
Emulsion USPTO
Dilución USPTO
Dilución USPTO
Dilución USPTO
Dilución USPTO
Dilución USPTO
Dilución USPTO
heavy and oil and emulsion in the title AND water or flow or pipelin* in the title or abstract
heavy and oil and emulsion in the title AND water or flow or pipelin* in the title or abstract
heavy and oil and emulsion in the title AND water or flow or pipelin* in the title or abstract
heavy and oil and emulsion in the title AND water or flow or pipelin* in the title or abstract
heavy and oil and emulsion in the title AND water or flow or pipelin* in the title or abstract
heavy and oil and emulsion in the title AND water or flow or pipelin* in the title or abstract
ttl/(heavy and oil) and spec/(emulsion and viscosit$)
ttl/(heavy and oil) and spec/(emulsion and viscosit$)
ttl/(heavy and oil) and spec/(emulsion and viscosit$)
ttl/(heavy and oil) and spec/(emulsion and viscosit$)
((ttl/(crude or oil) and spec/((reduction and viscosity) and dilution))
((ttl/(crude or oil) and spec/((reduction and viscosity) and dilution))
((ttl/(crude or oil) and spec/((reduction and viscosity) and dilution))
((ttl/(crude or oil) and spec/((reduction and viscosity) and dilution))
((ttl/(crude or oil) and spec/((reduction and viscosity) and dilution))
((ttl/(crude or oil) and spec/((reduction and viscosity) and dilution))
Dilución USPTO
Dilución USPTO
Dilución USPTO
Dilución USPTO
Dilución USPTO
Dilución USPTO
Dilución Espacenet
Espacenet
Espacenet
Por autor Diehl Dirk Espacenet
((ttl/(crude or oil) and spec/((reduction and viscosity) and dilution))
((ttl/(crude or oil) and spec/((reduction and viscosity) and dilution))
((ttl/(crude or oil) and spec/((reduction and viscosity) and dilution))
((ttl/(crude or oil) and spec/((reduction and viscosity) and dilution))
((ttl/(crude or oil) and spec/((reduction and viscosity) and dilution))
((ttl/(crude or oil) and spec/((reduction and viscosity) and dilution))
((ttl/(crude or oil) and spec/((reduction and viscosity) and dilution))
Incremento/ conservación de temperatura
Thermal heavy oil and C10G1 clasificación IPC
Incremento/ conservación de temperatura
Thermal heavy oil and C10G1 clasificación IPC
Incremento/ conservación de temperatura
Por autor Diehl Dirk Espacenet
Espacenet
Espacenet
Espacenet
heavy crude oil and viscosity reducer Japón
Nucleation transport Espacenet
Petroleum Chemicals treatment USPTO
POUR POINT DEPRESSANTS Espacenet
POUR POINT DEPRESSANTS Espacenet
Incremento/ conservación de temperatura
Incremento/ conservación de temperatura
Thermal heavy oil and C10G1 clasificación IPC
Incremento/ conservación de temperatura
Thermal heavy oil and C10G1 clasificación IPC
Incremento/ conservación de temperatura
Thermal heavy oil and C10G1 clasificación IPC
Incremento/ conservación de temperatura
Reducción del Punto de Escurrimiento
Reducción del Punto de Escurrimiento
Reducción del Punto de Escurrimiento
Reducción del Punto de Escurrimiento
POUR POINT DEPRESSANTS Espacenet
POUR POINT DEPRESSANTS Espacenet
POUR POINT DEPRESSANTS Espacenet
POUR POINT DEPRESSANTS Espacenet
Petroleum Chemicals treatment USPTO
POUR POINT DEPRESSANTS Espacenet
POUR POINT DEPRESSANTS Espacenet
POUR POINT DEPRESSANTS Espacenet
POUR POINT DEPRESSANTS Espacenet
POUR POINT DEPRESSANTS Espacenet
POUR POINT DEPRESSANTS Espacenet
Reducción del Punto de Escurrimiento
Reducción del Punto de Escurrimiento
Reducción del Punto de Escurrimiento
Reducción del Punto de Escurrimiento
Reducción del Punto de Escurrimiento
Reducción del Punto de Escurrimiento
Reducción del Punto de Escurrimiento
Reducción del Punto de Escurrimiento
Reducción del Punto de Escurrimiento
Reducción del Punto de Escurrimiento
Reducción del Punto de Escurrimiento
POUR POINT DEPRESSANTS Espacenet
Petroleum Chemicals treatment USPTO
POUR POINT DEPRESSANTS Espacenet
POUR POINT DEPRESSANTS Espacenet
POUR POINT DEPRESSANTS Espacenet
POUR POINT DEPRESSANTS Espacenet
Petroleum Chemicals treatment USPTO
Petroleum Chemicals treatment USPTO
Petroleum Chemicals treatment USPTO
Petroleum Chemicals treatment USPTO
Petroleum Chemicals treatment USPTO
Petroleum Chemicals treatment USPTO
Petroleum Chemicals treatment USPTO
Petroleum Chemicals treatment USPTO
Petroleum Chemicals treatment USPTO
POUR POINT DEPRESSANTS Espacenet
Petroleum Chemicals treatment USPTO
POUR POINT DEPRESSANTS Espacenet
POUR POINT DEPRESSANTS Espacenet
Reducción del Punto de Escurrimiento
Reducción del Punto de Escurrimiento
Reducción del Punto de Escurrimiento
Reducción del Punto de Escurrimiento
Reducción del Punto de Escurrimiento
Reducción del Punto de Escurrimiento
Reducción del Punto de Escurrimiento
Reducción del Punto de Escurrimiento
Reducción del Punto de Escurrimiento
Reducción del Punto de Escurrimiento
Reducción del Punto de Escurrimiento
Reducción del Punto de Escurrimiento
Reducción del Punto de Escurrimiento
Reducción del Punto de Escurrimiento
Reducción del Punto de Escurrimiento
Reducción del Punto de Escurrimiento
Reducción del Punto de Escurrimiento
Reducción del Punto de Escurrimiento
Reducción del Punto de Escurrimiento
Reducción del Punto de Escurrimiento
POUR POINT DEPRESSANTS and wax crystal modifiers
Base de Datos Science Direct
Reducción del Punto de Escurrimiento
POUR POINT DEPRESSANTS and wax crystal modifiers
Base de Datos Science Direct
Reducción del Punto de Escurrimiento
POUR POINT DEPRESSANTS and wax crystal modifiers
Base de Datos Science Direct
Reducción del Punto de Escurrimiento
POUR POINT DEPRESSANTS and wax crystal modifiers
Base de Datos Science Direct
Reducción del Punto de Escurrimiento
POUR POINT DEPRESSANTS and wax crystal modifiers
Base de Datos Science Direct
Reducción del Punto de Escurrimiento
POUR POINT DEPRESSANTS and wax crystal modifiers
Base de Datos Science Direct
Reducción del Punto de Escurrimiento
POUR POINT DEPRESSANTS and wax crystal modifiers
Base de Datos Science Direct
Reducción del Punto de Escurrimiento
POUR POINT DEPRESSANTS and wax crystal modifiers
Base de Datos Science Direct
Reducción del Punto de Escurrimiento
POUR POINT DEPRESSANTS and wax crystal modifiers
Base de Datos Science Direct
Reducción del Punto de Escurrimiento
POUR POINT DEPRESSANTS and wax crystal modifiers
Base de Datos Science Direct
Reducción del Punto de Escurrimiento
POUR POINT DEPRESSANTS and wax crystal modifiers
Base de Datos Science Direct
Reducción del Punto de Escurrimiento
POUR POINT DEPRESSANTS and wax crystal modifiers
Base de Datos Science Direct
Reducción del Punto de Escurrimiento
POUR POINT DEPRESSANTS and wax crystal modifiers
Base de Datos Science Direct
Reducción del Punto de Escurrimiento
POUR POINT DEPRESSANTS and wax crystal modifiers
Base de Datos Science Direct
Reducción del Punto de Escurrimiento
POUR POINT DEPRESSANTS and wax crystal modifiers
Base de Datos Science Direct
Reducción del Punto de Escurrimiento
POUR POINT DEPRESSANTS and wax crystal modifiers
Base de Datos Science Direct
Reducción del Punto de Escurrimiento
POUR POINT DEPRESSANTS and wax crystal modifiers
Base de Datos Science Direct
Reducción del Punto de Escurrimiento
POUR POINT DEPRESSANTS and wax crystal modifiers
Base de Datos Science Direct
POUR POINT DEPRESSANTS KNOVEL
POUR POINT DEPRESSANTS KNOVEL
Subtema chemical viscosity enhancers Scifinder
chemical viscosity enhancers Scifinder
heavy oil and transport and thermal Engineering Village
heavy oil and transport and thermal Engineering Village
heavy oil and transport and thermal Engineering Village
chemical viscosity enhancers Scifinder
heating heavy and extra heavy crude Engineering Village
Espacenet
Espacenet
Espacenet
Reducción del Punto de Escurrimiento
POUR POINT DEPRESSANTS and wax crystal modifiers
Base de Datos Science Direct
Reducción del Punto de Escurrimiento
POUR POINT DEPRESSANTS and wax crystal modifiers
Base de Datos Science Direct
Reducción del Punto de Escurrimiento
POUR POINT DEPRESSANTS and wax crystal modifiers
Base de Datos Science Direct
Reducción del Punto de Escurrimiento
Reducción del Punto de Escurrimiento
Incremento/ conservación de
temperatura
Incremento/ conservación de
temperatura
Incremento/ conservación de
temperatura
Incremento/ conservación de
temperatura
Incremento/ conservación de
temperatura
Incremento/ conservación de
temperatura
Reducción de viscosidad
viscosity reduc* heavy oil not fuel in the title or abstract AND c10 as the IPC classification
Reducción de viscosidad
viscosity reduc* heavy oil not fuel in the title or abstract AND c10 as the IPC classification
Reducción de viscosidad
viscosity reduc* heavy oil not fuel in the title or abstract AND c10 as the IPC classification
Espacenet
Espacenet
Espacenet
Espacenet
Espacenet
Espacenet
Espacenet
Espacenet
Espacenet
Emulsion Patent scope
Emulsion Patent scope
Reducción de viscosidad
viscosity reduc* heavy oil not fuel in the title or abstract AND c10 as the IPC classification
Reducción de viscosidad
viscosity reduc* heavy oil not fuel in the title or abstract AND c10 as the IPC classification
Reducción de viscosidad
viscosity reduc* heavy oil not fuel in the title or abstract AND c10 as the IPC classification
Reducción de viscosidad
viscosity reduc* heavy oil not fuel in the title or abstract AND c10 as the IPC classification
Reducción de viscosidad
viscosity reduc* heavy oil not fuel in the title or abstract AND c10 as the IPC classification
Reducción de viscosidad
viscosity reduc* heavy oil not fuel in the title or abstract AND c10 as the IPC classification
Reducción de viscosidad
viscosity reduc* heavy oil not fuel in the title or abstract AND c10 as the IPC classification
Reducción de viscosidad
viscosity reduc* heavy oil not fuel in the title or abstract AND c10 as the IPC classification
Reducción de viscosidad
viscosity reduc* heavy oil not fuel in the title or abstract AND c10 as the IPC classification
ALL:("heavy crude" water and emulsion and viscosity) Office(s):all
ALL:("heavy crude" water and emulsion and viscosity) Office(s):all
Título Fuente
Proceedings of the SPE
Energy Sources
Fuel
Energy Sources
Proceedings of the SPE
Heavy oil production enhancement by viscosity reduction SPE
SPE
Pipeline flow of heavy crude oil emulsions
Energy Sources
Heavy Acidic Oil Transportation By Emulsion In Water Proceedings of the SPE
Pipeline transportation of heavy/viscous crude oil as water continuous emulsion in North Cambay Basin
Emulsions of heavy crude oils. II. viscous responses and their influence on emulsion stability measurements
Journal of Dispersion Science and Technology
Crude oil emulsion properties and their application to heavy oil transportation
Oil and Gas Science and Technology
Rheological study of O/W concentrated model emulsions for heavy crude oil transportation
Optimal formulation of caustic systems for emulsion transportation and dehydration of heavy oil
Chemical Engineering Research and Design
Formation of fluid heavy oil-in-water emulsions for pipeline transportation
Laboratory investigation of inversion of heavy oil emulsions
Canadian Journal of Chemical Engineering
Sodium lignin sulfonate to stabilize heavy crude oil-in-water emulsions for pipeline transportation
Journal Petroleum Science and Technology
Rheological properties of heavy oils and heavy oil emulsions
Innovative way to produce and transport heavy oil through dispersion in water: laboratory study and field test results
Well-testing challenges of the Hamaca project, Orinoco heavy oil belt, Venezuela
Journal of Canadian Petroleum Technology
Innovative technologies improve the profitability of offshore heavy oil marginal fields
Proceedings of the International Meeting on Petroleum Engineering
Transportation of heavy and extra-heavy crude oil by pipeline: A patent review for technological options
Recent Patents on Chemical Engineering
Heavy crude oil viscosity reduction for pipeline transportation
Performance research of an emulsifier to reduce the viscosity of heavy oil in pipelines
Xinan Shiyou Xueyuan Xuebao/Journal of Southwestern Petroleum Institute
Pipeline Emulsion Transportation For Heavy Oils Advances In Chemistry
Heavy-oil dilution
Facilities and controls in a heated bitumen pipeline
Energy and Fuels
Inversion of heavy crude oil-in-brine emulsions
Apparatus for producing heavy oil emulsion
Physico-chemical properties of heavy crude oil-in-water emulsions stabilized by mixtures of ionic and non-ionic ethoxylated nonylphenol surfactants and medium chain alcohols
Chemical Engineering Research & Design
Laminar Flow Emulsification Process to Control the Viscosity Reduction of Heavy Crude Oils
Journal of Dispersion Science and Technology
Emulsions For Short Distance Transportation Of Heavy Crude-Oil - Pipeloop Test-Results
Journal Of Canadian Petroleum Technology
SPE/PS-CIM/CHOA International Thermal Operations and Heavy Oil Symposium Proceedings
Improved recovery of heavy oil by Vapex with widely spaced horizontal injectors and producers.
Journal of Canadian Petroleum Technology
Flow assurance alternatives for extra-heavy and heavy crude oils (Flow assurance alternatives for extra-heavy and heavy crude oils)
Boletim Tecnico da Producao de Petroleo
Proceedings of the Biennial International Pipeline Conference
Viscosity reduction and upgrading of athabasca oilsands bitumen by natural zeolite
Proceedings of World Academy of Science, Engineering and Technology
Effect of water content and surfactant type on viscosity and stability of emulsified heavy Mukhaizna crude oil
Crude oil emulsion properties and their application to heavy oil transportation
Oil and Gas Science and Technology
Emulsification of heavy crude oil in water for pipeline transportation
Journal of Petroleum Science and Engineering
Journal of Petroleum Science and Engineering
Use of a novel surfactant for improving the transportability/transportation of heavy/viscous crude oils
Journal of Petroleum Science and Engineering
The synergetic effect between heavy oil components and emulsifier in heavy oil-in-water emulsion
Journal of Petroleum Science and Engineering
Manufacture method of oil-in-water emulsion from heavy oil such as bitumen and residue oil and the apparatus thereof
Production of heavy oil emulsion
Oil-in-water type heavy oil emulsion
Heavy oil viscosity reduction and production
Pipeline transportation of heavy crude oil
Pipeline transportation of heavy crude oil
Improving flow properties of heavy crude oil
Method of optimizing heavy crude pipeline transportation
Emulsion device mixing heavy oil with water and having no need of emulsifying agent
Heavy oil emulsion formation using alpha olefin sulfonate and alkali
Emulsifying additive for heavy oil emulsion, and method for production thereof
Heavy oil emulsion stabilizers containing saccharide based emulsion stabilizer
Surfactant requirements for the low-shear formation of water continuous emulsions from heavy crude oil
Compositions and methods of using same in producing heavy oil and bitumen
Process for the treatment of highly viscous heavy oils at the oil field to effect desalting and transportability thereof
Method and system for extraction of hydrocarbons from oil sands
Method for reducing the pipeline drag of heavy oil and compositions useful therein
Acidic oil-in-water type emulsified compositions
Surfactant blends for aqueous solutions useful for improving oil recovery
Additives for improving the cold flow properties and the storage stability of crude oil
Oil-in-water emulsion containing C10-C24 fatty acid derivatives for treating skin of mammals
Surfactant mixtures for tertiary oil recovery
Process for in situ recovery of bitumen and heavy oil
Viscosity reduction heating method for heavy oil recovery in well
PROCESS FOR REDUCING THE VISCOSITY OF HEAVY CRUDE OILS
ENHANCED BITUMEN RECOVERY USING HIGH PERMEABILITY PATHWAYS
METHOD AND DEVICE FOR THE "IN-SITU" TRANSPORT OF BITUMEN OR EXTRA-HEAVY OIL
REMOVAL OF SLUDGE FROM HEAVY HYDROCARBON OIL
Method for on-line monitoring of wax crystallization
DEVICE AND METHOD FOR OBTAINING, ESPECIALLY IN SITU, A CARBONACEOUS SUBSTANCE FROM AN UNDERGROUND DEPOSIT
APPARATUS AND METHOD FOR MODIFYING HEAVY OIL
INTERGRATED PROCESS FOR IN-FIELD UPGRADING OF HYDROCARBONS
METHOD OF UPGRADING BITUMEN AND HEAVY OIL
Additive formulation for improving transport of oilfield effluents which may contain hydrates, and a process using this formulation
POUR POINT DEPRESSANT FOR HYDROCARBON COMPOSITIONS
(METH)ACRYLATE POLYMERS FOR IMPROVING THE VISCOSITY INDEX
Schmier lzusammensetzung mit guten Reibeigenschaften
Patente JP4685239 (B2)
Ionic liquids as viscosity reducers of heavy crude oils
METHACRYLATE COPOLYMER POUR POINT DEPRESSANTS
TW201037072 (A)
METHOD FOR REDUCING THE VISCOSITY OF VISCOUS FLUIDS (EMBODIMENTS)
METHOD FOR REDUCING THE VISCOSITY OF VISCOUS FLUIDS (EMBODIMENTS)
CONTINUOUS BULK POLYMERIZATION AND ESTERIFICATION PROCESS AND COMPOSITIONS INCLUDING THE POLYMERIC PRODUCT
CHEMICAL COMPOSITION OF MATTER FOR THE LIQUEFACTION AND DISSOLUTION OF ASPHALTENE AND PARAFFIN SLUDGES INTO PETROLEUM CRUDE OILS AND REFINED PRODUCTS AT AMBIENT TEMPERATURES AND METHOD OF USE
METHOD OF IMPROVING FLUIDITY OF MIXTURE CONTAINING WAX AND OTHER HYDROCARBONS
Fuel compositions with improved cloud point and improved storage properties
Proceso para tratamiento de crudos pesados yextrapesados a boca de pozo para mejorar sus condiciones de transporte.
Additive to improve flow, reduce power consumption and pressure drop in heavy oil pipelines
Methacrylate copolymer pourpoint depressants
Methacrylate Copolymer pour point depressants
Methacrylate Copolymer pour point depressants
Fuel Oil Compositions with improved cold flow properties
Flow properties of heavy crude petroleum
Improving flow properties of heavy crude petroleum
Fuel Oil Compositions with improved cold flow properties
Dispersions of waxy pour point depressants
Pour point depressants and their use
Flow improved fuel oil composition
Low pour waxy residual fuel oils
Process for preparing complex ester Synthetic Lubricants
Method of optimizing heavy crude transportation by incorporation under pressure of dimethyl ether
Copolymers based on olefins and ethylenically unsaturated carboxylic acid esters as pour point depressants for fuels and lubricants
Carboxylate-vynyl ester copolymer blend compositions for lubricanting oil flow improvement
Method for enhancing the flow of heavy crudes through subsea pipelines
Extracción y transporte mejorados de petróleos y crudos pesados
Pour point depressants via anionic polimerization of (meth)acrylic monomers.
Oil compositions having increased stability towarda free radicals
Review. Wax formation in oil pipelines: A critical review
Fluid Phase Equilibria
Journal of Crystal Growth
Chemical Engineering Journal
Polymethacrylates: Pour point depressants in diesel oil European Polymer Journal
European Polymer Journal
Diachronic viscosity increase in waxy crude oils
Effect on crude oil by thermophilic bacterium
Transportation of heavy and extra-heavy crude oil by pipeline: A review
Journal of Petroleum Science and Engineering
International Journal of Multiphase Flow
Poly(ethylene-co-vinyl acetate) (EVA) as wax inhibitor of a Brazilian crude oil: oil viscosity, pour point and phase behavior of organic solutions
Journal of Petroleum Science and Engineering
Isothermal structure development of Qinghai waxy crude oil after static and dynamic cooling
Journal of Petroleum Science and Engineering
Understanding the fluid phase behaviour of crude oil: Asphaltene precipitation
Effect of precipitation procedure and detection technique on particle size distribution ofCaCO3
Research paper. Styrene-maleic anhydride copolymer esters as flow improvers of waxy crude oil
Journal of Petroleum Science and Engineering
Research paper. An investigation on the sensitivity analysis of the parameters of proposed wax precipitation model
Journal of Petroleum Science and Engineering
On the effect of wax content on paraffin wax deposition in a batch oscillatory baffled tube apparatus
Microbial treatment of waxy crude oils for mitigation of wax precipitation
Journal of Petroleum Science and Engineering
Hexa-triethanolamine oleate esters as pour point depressant for waxy crude oils
Journal of Petroleum and Engineering
Gas hydrates and clathrates: Flow assurance, environmental and economic perspectives and the Nigerian liquified natural gas project
Journal of Petroleum and Engineering
Miscibility and interactions of polystyrene/polyolefine and polystyrene/poly(n-alkyl methacrylate) mixtures in dilute xylene solutions
Journal of Petroleum Science and Engineering
Journal of Petroleum Science and Engineering
Study of the paraffin deposit formation using the cold finger methodology for Brazilian crude oils
Journal of Petroleum Science and Engineering
Offshore oil and gas: global resource knowledge and technological change
Ocean & Coastal Management
Waxes and asphaltenes in crude oils Organic Geochemistry
Solids Formation in Hydrocarbon SystemsFluid Phase Equilibria
OIL FIELD CHEMICALS CAP. 11TRANSPORT Gulf Proffesional
OIL FIELD CHEMICALS CAP. 16 ENHANCED OIL RECOVERY Gulf Proffesional
Fuel
Fluid Phase Equilibria
Fluid Phase Equilibria
The influence of alkane class-types on crude oil wax crystallization and inhibitors efficiency
Journal of Petroleum Science and Engineering
Remediation of Asphaltene and other HeavyOrganic Deposits in Oil Wells and in Pipelines
Reservoir and petroleum engineering
Enhanced heavy oil recovery through interfacial instability: A studyof chemical flooding for Brintnell heavy oil
Modeling of lifting heavy oil assisted by enclosed thermal fluid circulation inhollow rod
Journal of Petroleum Science and Engineering
Wettability alteration of internal surfaces of pipelines for use in thetransportation of heavy oil via core-flow
Journal of Petroleum Science and Engineering
Estimation of concentration-dependent diffusion coefficient in pressure-decayexperiment of heavy oils and bitumen
Reliable heavy oil–solvent viscosity mixing rules forviscosities up to 450 K, oil–solvent viscosity ratiosup to 4 × 105, and any solvent proportion
Modeling of lifting heavy oil assisted by enclosed thermal fluid circulation inhollow rod
Journal of Petroleum Science and Engineering
Method for reducing the viscosity of viscous fluids
Treated oils having reduced densities and viscosities
COMPOSITIONS AND METHODS OF USING SAME IN PRODUCING HEAVY OIL AND BITUMEN
WIPO
Preparation of Emulsion WIPO
Ionic Liquid Catalyst for Improvement of Heavy and Extra Heavy Crude
HOT FLUID RECOVERY OF HEAVY OIL WITH STEAM AND CARBON DIOXIDE
POLAR SOLVENT - ASPHALTENE DISPERSANT METHOD FOR UPGRADING HEAVY OILS
ADDITIVE TO IMPROVE FLOW, REDUCE POWER CONSUMPTION AND PRESSURE DROP IN HEAVY OIL PIPELINES
PROCESS FOR THE REDUCTION OF VISCOSITY IN HEAVY HYDROCARBONS.
THERMO-CATALYTIC PROCESS FOR IMPROVING PROPERTIES IN HEAVY AND EXTRA HEAVY CRUDE OILS WITHIN A BOREHOLE.
METHOD AND APPARATUS FOR MODIFYING HEAVY OIL
RECOVERY OF HYDROCARBONS FROM ASPHALTENE-CONTAINING MATERIALS
Method for manufacturing oil solubility thick oil thinner for thick oil pipe-line transportation
Process for preparing a water continuous emulsion from heavy crude fraction
Autores/Inventor Afiliación/Solicitante Año de publicación
1.Oil and Natural Gas Corp Ltd 1998
2010
2004
1 University of Calabria 2011
Adewusi, V.A.1; Ogunsola, A.O.1 1 Obafemi Awolowo Univ 1993
1 Egyptian Petrol Research Institute 1999
Gillies, R.G.1; Sun, R.1; Shook, C.A.1 2000
2000
Khan, M.Rashid1 1 Texaco Inc 1996
1 AGIP SpA 1994
1 SPE, ChemEOR, Inc 2010
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1. Centro de Pesquisas da Petrobras (Cenpes), Gerência de Tecnologia de Elevação e Escoamento, Brazil
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Arita Toshiharu; Arikita Shiyuuhei Kao Corp 1996
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Shale and Sands Oil Recovery LLC (St. Augustine, FL)
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Akzo Nobel Surface Chemistry LLC (Chicago, IL)
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Ante Jukic´, Marko Rogos, Zvonimir Janovic University of Zagreb
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Siddhartha Seth, Brian F. Towler University of Wyoming2004
Ruixia Hao, Anhuai Lu, Yishan Zeng Peking University2004
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David Pinder University of Plymouth2001
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Universidade Federal do Rio de JaneiroCidade Universitaria
China University of Petroleum Sheng Li Engineering & Consulting Co., LTD
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Imperial College London, South Kensington Campus
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Egyptian Petroleum Research Institute (EPRI)Cairo University
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Department of Industrial ChemistryNigeria b Riejom Chemical Industries Nigeria Limited
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G.Ali Mansoori University of Illinois2010
Mingzhe Dong, Shanzhou Ma, Qiang Liu University of Calgary
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THE BRITISH PETROLEUM COMPANY INTEVEP
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Canadá
Patente(C10G 31/08) Japón
53-042398
Estados Unidos
Estados Unidos
Japón
Alemania
WO2011EP51280 20110131DE201010008776 20100222
Patente (C10G1/04; C10G31/08)
WO 2011048642 (A1) JP20090241766 20091020
US20070960891 20071220
Patente(C10C3/00; C10G1/00; C10G9/00 )
WO2008IB03826 20080924
Patente US 6417417 (B1). Clasificaion Internacional: C09K8/52; F17D1/05; (IPC1-7): C07C7/20; C07C9/00
Patente US 8,029,661 B2. Clasificacion US: 208/28; 208/27, 208/30, 208/31, 208/33, 208/35, 196/14.5, 377/11, 250/222.1, 356/335, 356/336, 356/337, 356/338, 356/339, 356/340, 356/341, 356/342, 356/343. Clasificacion Int.: C10G 73/08
Patente JP2011521095 (A) Clave Internacional:C10M143/00; C10L1/16; C10L10/04; C10L10/08; C10L10/14; C10M101/02; C10M105/04; C10M107/02; C10N20/02; C10N20/04; C10N30/02; C10N40/25
Patente: DE102010001040 (A1) Clave Internacional:C08F220/12; C10M119/12
Europea
Europea
Japón
Japón
Estados Unidos
Patente CA 2708416 A1 Canadá
Rusia
Rusia
Alemania
53-042398
Patente MX2010004182A México
Patente WO 2010/027862A2 PCT
Patente EA015320 (B1); Clave Internacional:F17D1/17; C09K8/86; C10M145/04; C10M145/08; C10M145/40; C10M161/00; C10M177/00; C10L1/32
Número de aplicación/publi
cación internacional
Patente: EA015320 (B1) Clasificacion Internacional:F17D1/17; C09K8/86; C10M145/04; C10M145/08; C10M145/40; C10M161/00; C10M177/00; C10L1/32
PCT/IB2011/000854WO 2011/132056
Patente: JP4686444 (B2) Clasificacion Internacional:C10M169/04; C08F293/00; C08F297/00; C10M145/14; C10M149/06; C10M151/02; C10M177/00; C10N30/06; C10N40/04; C10N40/08; C10N40/25; C10N50/10
WO 2011123242
Patente. Clave Europea:B01F17/00Z; B01F17/00E2; B01F17/00K2; C08F2/02; C08F20/04; C08F22/06; C08F220/06; C08F220/18; C09G1/16; D21H17/37
WO2011EP51861 20110209 DE102010020154
Patente AT509084 (T) Clasificacion Internacional:C10M141/10; B01D17/04; B01F17/00; C08L91/08; C09K8/524; C10G73/20
WO2011EP51280 20110131DE201010008776 20100222
WO 2011048642 (A1) JP20090241766 20091020
Patente RU2406752 (C2); Clave Internacional: C10L1/224
US20070960891 20071220
Patente: RU2009121650 (A) lave Internacional:C08F220/18
WO2008IB03826 20080924
Patente Clave : Internacional. Clave Europea:C10L1/02D
Taiwan
Patente US 2008/0108533 A1 Estados Unidos
Patente CA 2567235A1 Canadá
Patente US 2007/0295642 A1 Francia
Patente US 2007/0094920A1 Alemania
Patente EP1746146A1 Alemania
Patente US 2004/0035749A1 Estados Unidos
Patente WO 03/035802A1 PCT
Patente US 6,475,963 B1 Estados Unidos
Patente US 6,264,401 B1 Estados Unidos
Patente WO 01/32810A1 PCT
Patente CO5210976A1 Estados Unidos
Patente US 5,851,429 Estados Unidos
Patente US 5,834,408 Estados Unidos
Patente US 5,707,946 Estados Unidos
Patente EP0301837A1 Europea
Patente US 4,022,590 Estados Unidos
Patente GB809,360 Gran Bretaña
Patente GB786,767 Gran Bretaña
Patente TW200844125 (A) Clasificacion Internacional:C08F220/18; C10M145/14
Artículo (2011) pp 274–282 Estados Unidos
Artículo 37 (2011) pp 671–694 Estados Unidos
Artículo 32 (2001) 159– 165 Estados Unidos
Artículo 77 (2011) 351–358 Estados Unidos
Artículo 306 (2011) 129–136 Estados Unidos
Artículo 312 (2010) 2756–2763 Estados Unidos
Artículo 65 (2009) 139–146 Estados Unidos
Artículo 68 (2009) 89–98 Estados Unidos
Artículo 137 (2008) 205–213 Estados Unidos
Artículo 55 (2007) 111–121 Estados Unidos
Artículo 43 (2007) 3671–3678 Estados Unidos
Artículo 56 (2007) 296–302 Estados Unidos
Artículo 56 (2007) 192–198 Estados Unidos
Artículo 42 (2006) 1105–1112 Estados Unidos
Artículo 43 (2004) 13– 23 Estados Unidos
Artículo 43 (2004) 247– 258 Estados Unidos
Artículo 45 (2004) 47– 60 Estados Unidos
Artículo 44 (2001) 579–600 Estados Unidos
Artículo 25 2000. 99–105 Estados Unidos
Artículo 30 (1999) 119±132 Estados Unidos
Artículo i 17 (1996) 126-137 Estados Unidos
Libro Estados Unidos
Libro Estados Unidos
Artículo Estados Unidos
Artículo Canadá
Artículo China
Artículo Brasil
Artículo Canadá
Artículo Estados Unidos
Artículo China
Gran Bretaña
Patente C10L1/00 Canadá
Patente C09K8/588C08F116/06C09K8/86C10M145/04C10M145/08C10M145/40C10M161/00C10M177/00F17D1/17
Patente C09K8/58C08L95/00C10G1/04E21B43/22
Canadá
Patente C10G1/04
Patente C10G21/00 Estados Unidos
Estados Unidos
México
Patente C10G11/14 México
Estados Unidos
China
Canadá
Gran Bretaña
Patente B01J23/881B01J27/053B01J27/24C10G45/04C10G65/10C10G65/12
Patente C10G75/00E21B43/16
Patente C10G45/04C10G47/02
Patente C10G9/00C10G29/00C10G31/08C10G33/04C10L1/00C10L1/32
Patente C10G1/00C10G32/00
Patente C09K8/52F17D1/16
PatenteB01F 13/10C10L 1/32B01F 3/08B01F 5/06C 10L 1/32
Patente B01F 3/08 (2006.01), C10L 1/32 (2006.01)
País Cuenta de PaísCanadá 12China 5Egipto 2Egipto, Kuwait 1Estados Unidos 9Francia 4India 1Irán 1Italia 1Japón 5Korea 1México 1Nigeria 1Noruega 1Total Result 45
Canadá 9 Norteamérica 15 NorteaméricaChina 3 Asia 6 AsiaEgipto 3 Africa 6 EuropaEstados Unidos 6 Norteamérica 4 AfricaFrancia 4 Europa 1 SudaméricaIndia 1 AsiaIrán 1 AsiaItalia 1 EuropaJapón 1 AsiaMéxico 1 SudaméricaNigeria 1 AfricaNoruega 1 EuropaTotal general 32
1992 21993 11994 11995 11996 21998 21999 12000 32002 22004 52005 22007 12008 12009 22010 42011 2Total general 32
1992 1993 1994 1995 1996 1998 1999 2000 2002 2004 2005 2007 2008 2009 2010 20110
1
2
3
4
5
6
Publicaciones por año
47%
19%
19%
13%3%
Publicaciones por región
NorteaméricaAsiaEuropaAfricaSudamérica
1992 1993 1994 1995 1996 1998 1999 2000 2002 2004 2005 2007 2008 2009 2010 20110
1
2
3
4
5
6
Publicaciones por año
47%
19%
19%
13%3%
Publicaciones por región
NorteaméricaAsiaEuropaAfricaSudamérica