الأرشيف

Eng. Mohamad Kamal Gaber GAS EARLY PRODUCTION FACILITY (EPF) JOULE – THOMPSON (J-T) Plant Mohamed Kamal Gaber, PETROJET Company. Masters of Engineering, International Institute of Management and Technical Studies, Ahmedabad, India. Author of 10th MOC 2019 BEST PAPER AWARD IN ENGINEERING DISCIPLINES This paper is presented at the 10th International Conference of Chemical Engineering Entitled:…

Eng. Eman Farag Membrane Catalysis and its industrial applications, case study  

Eng. Eman Gabr Study the effect of insulation type on minimizing emissions and maximizing heat recovery through simultaneous integration of HEN design Eman M. Gabr, Soad M. Mohamed Egyptian Petroleum Research Institute Abstract Energy management techniques are important topics for continuous searches and studies looking for energy crisis solutions. Energy consumption has an effective role…

Eng. Esraa Taha Aboud Membrane Catalysis and its industrial applications, case study Elham ElZanati National Research Centre 2019

Eng. EmanAbd-ElrahmanMahmoud Egyptian Petroleum Research Institute, Processes Development Department, Petroleum Biotechnology Lab, Egypt b Al-AzharUniversity (Girls Branch), Faculty of Science, Botany and Microbiology Department, Egypt.

  Prof. Dr. Said ElNashaie Sustainable Development (SD) through the Effective Production and Use of Bio-Fuels (BFs) and IntegratedBio-Refineries (IBRs)

Dr Ibrahim Ashour Pyrolysis of Jatropha as Energy Potential Biofuel in Egypt Ibrahim Ashour1, *, Shaimaa Saeed1, Mohamed R. O. Ali2 1. Department of Chemical Engineering, Elminia University 2. Department of Mechanical Power Engineering and Energy, Elminia University      

Dr. Hamdy Noureldin Egyptian Society of Chemical Engineers Digital Twins for Refining & Manufacturing for Smart & Intelligent Operation Prepared By Hamdy Noureldin NOUR Consulting November 24th, 2019 Delivered By Abdelrahman Munsif Egyptian Refining Company November 24th, 2019 Integrated Intelligent Digitization ManufacturingSolutions (II-DMS)    

  Eng. Ahmed Fahim Value Engineering (VE) is “a creative, organized approach, whose aim is to accomplish Functions, improve quality, enhance performance and optimize the Life Cycle Cost”. The main objective of the value engineering is to reduce project cost without reducing the quality, to address efficiency of design, to identify opportunities for improvement in…