The idea of implementing mathematical modelling to optimize oil and gas production dates back to the 1960s. Many analytic computer tools for studying real-world problems are available in mathematical modelling. Mathematical and computer models enable researchers to investigate complicated systems and natural phenomena that would otherwise be prohibitively expensive, risky, or impossible to investigate through direct investigation. EOR simulations use mathematical and computer models to develop ideal experiments, lowering oil production costs and times. An optimization strategy for increasing gas output from natural gas reserves has been presented. The approach is based on a mathematical model.
Title : Role of green hydrogen in CO2 emission mitigation in oil refining
John W. Sheffield, Purdue University, United States
Title : World oil prices: Has china played a role?
Raymond Li, University of Canberra, Australia
Title : Innovative chemical additives as pour point depressants
Irina Giebelhaus, BYK-Chemie GmbH, Germany
Title : Mechanical damage behavior and constitutive model of cement sheath under ultra-high temperature thermal cycling
Lin Yuanhua, Southwest Petroleum University, China
Title : Mediterranean Ridge (MR) could be the equivalent of the Apulian Platform (AP) and the Hellenic Trench (HT) the equivalent of the Apulian Platform Margins (APM)? Their application to the hydrocarbon prospectivity.
Avraam Zelilidis, University of Patras, Greece
Title : Interplay between Van der Waals, Kubas, and chemisorption process for hydrogen storage: A case of Sc-functionalized BeN4
Vikram Mahamiya, The Abdus Salam International Centre for Theoretical Physics (ICTP), Italy