Abstract
This paper presents a detailed numerical trend analysis performed on a mechanistic compositional model using a multiple fractured, single well huff-n-puff technique. A wide range of formation and fluid properties, hydraulic fracture, and operational design considerations with several injectant types using single and multiple huff-n-puff cycles are investigated with different operational alignments. The objective of this study is very well achieved, which is to determine a fluid flow performance trend under different circumstances such that to come up with an optimal EOR and hydraulic fracture design to develop a UHR.
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