Abstract
Water has been regarded as one of most important resources in the industrial sector and plays a pivotal role in the hydrocarbon industry. With modern advancements in technology, enhanced agricultural production and urbanization, numerous regions across the globe are currently facing water stress. Coupled with rapid population growth and energy demands, it is imperative to understand the influence of water resources within the hydrocarbon industry and examine current water management strategies. It is a need of the hour to enhance current strategies to source water more efficiently, especially within water scarce regions such as the Middle East.
Unconventional resources have significantly contributed to the modern energy market. However, extraction of hydrocarbon from unconventional reservoirs is heavily water-intensive as compared to conventional reservoirs. This comprehensive investigation analyzes key design parameters that affect productivity within typical Middle Eastern shale gas reservoirs. In addition, simple constrained cases were constructed to better understand the influence of these parameters with respect to the overall production and water requirement. Furthermore, potential regional challenges along with resource management strategies are also highlighted.
Biography
Dr. Rahman is an associate professor and has been teaching and conducting research since 2002 and has PhD in Petroleum Engineering from the University of New South Wales, Australia. He published over 70 articles in the area of well stimulation, specifically in hydraulic fracturing, acid fracturing, and enhanced/improved oil and gas recovery and produced two patents. He was/is investigator of several external and internal funded research projects (funded by Abu Dhabi National Oil Company and Khalifa University). He served as technical committee member for several SPE conferences and workshops.

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