Allocated well production rates are crucial to evaluate the well performance. Test separators
and flowmeters were replaced with choke formulas due to economic and technical issues …

Measuring oil production rates of individual wells is important to evaluate a well's
performance. Multiphase flow meters (MPFMs) and test separators have been used to …

The completion design of multistage hydraulic fractured wells including the cluster spacing
injected proppant and slurry volumes has shown a great influence on the well production …

Accurate estimation of fracture half-lengths in shale gas and oil reservoirs is critical for
optimizing stimulation design, evaluating production potential, monitoring reservoir …

This study proposes the use of different machine learning techniques to predict the
estimated ultimate recovery (EUR) as a function of the hydraulic fracturing design. A set of …

Well-performance investigation highly depends on the accurate estimation of its oil and gas
flowrates. Testing separators and multiphase flowmeters (MPFMs) are associated with many …

Allocated well oil rates are essential well performance evaluation. Flow meters are not
reliable at high gas-oil ratio (GOR) and high water-cut (WC). Most of the available formulas …

This study presents a comprehensive method for characterizing reservoir properties and
hydraulic fracture (HF) closure dynamics using the rate transient analysis of flowback and …

As a result of advancements in gas reservoir development technologies and a deeper
understanding of seepage theory, numerous nonlinear seepage problems have emerged …

After multistage hydraulic fracking, a huge amount of slickwater stuck in shale gas formation
significantly affects the shale‐gas‐well production performance. A set of comparative …