JuniperPublishers-Recent Advances in Petrochemical Science

Application of Nanomaterials in Drilling and Completion Operations -Recent Advances in Petrochemical Science -Juniper Publishers JUNIPER PUBLISHERS-RECENT ADVANCES IN PETROCHEMICAL SCIENCE APPLICATION OF NANOMATERIALS IN DRILLING AND COMPLETION OPERATIONS Authored by Foster GD This paper reviews the recent challenges faced in oil and gas operations specifically the drilling and completion sector. The application of nanomaterials in drilling and completion operations in mitigating these challenges were analyzed as well as the factors retarding the growth of the application of this emerging technology. For more open access journals in JuniperPublishers please click on: https://juniperpublishers.com/ For more articles on Petrochemical Science Please click on: https://juniperpublishers.com/rapsci/ To read more...... Fulltext in  Recent Advances in Petrochemical Science in Juniper Publishers

Optimization of Gas Lift Allocation Using Different Models -Recent Advances in Petrochemical Science -Juniper Publishers JUNIPER PUBLISHERS-RECENT ADVANCES IN PETROCHEMICAL SCIENCE  OPTIMIZATION OF GAS LIFT ALLOCATION USING DIFFERENT MODELS Authored by Daryasafar A Gas lift for oil-gas extraction is a common practice; however, obtaining maximum productivity of a series of set is not a simple tax because high amount of gas lift makes the optimization of few wells at the same time a very hard task. Therefore, data processing approaches based on calculations and computerized modeling has been receiving attention. By modeling well, it could be possible to obtain higher production rate versus less gas consumption. The present paper is a new approach that uses neural functions and genetic algorithm and studies the different aspects of problem solving for gas allocation optimization in five wells. The results showed that artificial neural networks have v...

Study of the Growth of Magnesium Oxide Thin Films Using X-Ray Diffraction Technique: Mini Review -Recent Advances in Petrochemical Science -Juniper Publishers JUNIPER PUBLISHERS-RECENT ADVANCES IN PETROCHEMICAL SCIENCE STUDY OF THE GROWTH OF MAGNESIUM OXIDE THIN FILMS USING X-RAY DIFFRACTION TECHNIQUE: MINI REVIEW Authored by Ho SM X-ray diffraction method has been used by many researchers in order to study the structure of films. In this work, amorphous structure or polycrystalline magnesium oxide thin films could be identified using this technique. Furthermore, the grain sizes could be measured using X-ray diffraction data as well. For more open access journals in JuniperPublishers please click on: https://juniperpublishers.com/ For more articles on Petrochemical Science Please click on: https://juniperpublishers.com/rapsci/ To read more..... .Fulltext in  Recent Advances in Petrochemical Science in Juniper Publishers

A Comparative Study of Phosphonate and Phosphorus-Free Antiscalant Efficiency by Static and Dynamic Methods. Do We Have Reliable Tools For An Adequate Reagent Selection? -Recent Advances in Petrochemical Science -Juniper Publishers JUNIPER PUBLISHERS-RECENT ADVANCES IN PETROCHEMICAL SCIENCE A COMPARATIVE STUDY OF PHOSPHONATE AND PHOSPHORUS-FREE ANTISCALANT EFFICIENCY BY STATIC AND DYNAMIC METHODS. DO WE HAVE RELIABLE TOOLS FOR AN ADEQUATE REAGENT SELECTION? Authored by Popov K A relative ability of four industrial samples of phosphorus-free polymers (polyaspartate, PASP; polyepoxysuccinate, PESA; polyacrylic acid sodium salt, PAAS; copolymer of maleic and acrylic acid, MA-AA) and of two phosphonates (aminotris(methylenephosphonic acid), ATMP; 1-hydroxyethane-1,1-bis(phosphonic acid), HEDP) to inhibit calcium carbonate precipitation at a dosage 10 mg•dm-3 is tested in static experiments following the NACE Standard TM0374-2007 and in a dynamic modeоfevap...

Nano-Emptiness Space of Oil-Bearing Rocks  Cancer-Recent Advances in Petrochemical Science -Juniper Publishers JUNIPER PUBLISHERS-RECENT ADVANCES IN PETROCHEMICAL SCIENCE  NANO-EMPTINESS SPACE OF OIL-BEARING ROCKS Authored by Osovetsky B The electron microscopic and X-ray tomography studies of oil-bearing rocks showed a great variety and wide volume limits of an emptiness space. It includes macro- and with the corresponding micro-fragments of space closely connected each other. Micro-emptiness space predominates in volume in thin-grained terrigenous rocks, especially in argillites. But even in carbonate rocks it plays very important role as system of canals for oil migration. To read more...... Fulltext in Recent Advances in Petrochemical Science in  JuniperPublishers 

The Relationship between Carbonate Reservoir Unit Features and Well Test Double Logarithmic Curves -Recent Advances in Petrochemical Science -Juniper Publishers JUNIPER PUBLISHERS-RECENT ADVANCES IN PETROCHEMICAL SCIENCE THE RELATIONSHIP BETWEEN CARBONATE RESERVOIR UNIT FEATURES AND WELL TEST DOUBLE LOGARITHMIC CURVES Authored by Dapeng G Naturally fractured-vuggy carbonate reservoirs have various type so f units, and making full use of the well test data to study reservoir characteristics is the quit important to enhance oil production. The classification of the reservoir units and identification methods are analyzed. Combination of the results interpreted by multiple medium model and radial composite model, the well test double logarithmic curves are divided into five types corresponding to different reservoir unit’s characteristics. To read more........ Fulltext in Recent Advances inPetrochemical Science in  JuniperPublishers 

What can be done to Prevent Accidental Toxic Release, Fire & Explosion in Chemical Process Industry? -Recent Advances in Petrochemical Science -Juniper Publishers JUNIPER PUBLISHERS-RECENT ADVANCES IN PETROCHEMICAL SCIENCE WHAT CAN BE DONE TO PREVENT ACCIDENTAL TOXIC RELEASE, FIRE & EXPLOSION IN CHEMICAL PROCESS INDUSTRY? Authored by Easir A Khan Public perceptions are significantly affected by industrial incidents and the contribution and essential societal role of different industries are often overlooked when any catastrophic incident occurs. What can be done to prevent release of toxic chemical, fire & explosion or any other catastrophic incidents? Majority of the incidents occurred in the process industries due to lack of competence, system failure, human error and/or someone did not do what they were supposed to do. The root causes of the incidents in process industries are more or less same. The incidents can be avoided if the organiza...