Decline curve analysis (DCA) is widely used to estimate the ultimate recovery of oil and gas
reservoirs. Unlike numerical simulation, material balance, and advanced production …

Shale gas reservoirs are accessed using horizontal wells with fracturing technology. To
improve production, the bottom-hole pressure is usually controlled. However, predicting the …

Decline–curve analysis (DCA) is an easy and fast empirical regression method for predicting
future well production. However, applying DCA to shale–gas wells is limited by long …

Aiming at the four issues of underground storage state, exploitation mechanism, crude oil
flow and efficient recovery, the key theoretical and technical issues and countermeasures for …

Production prediction plays an important role in decision making, development planning,
and economic evaluation during the exploration and development period. However …

Shale gas has become increasingly important due to the high demand for energy worldwide.
Therefore, accurate and fast production forecasting is of paramount importance, and decline …

Decline curve analysis is a simple and fast regression method of estimating recoverable
reserves and future performance, but it is challenged when applied to unconventional …

This study provides novel insights into how a relatively new, Gaussian DCA method may be
used to forecast well rates and estimate resource volumes produced from unconventional …

Greenhouse gases (GHGs) produced by the extraction of natural gas are an important
contributor to lifecycle emissions and account for a significant fraction of anthropogenic …

Natural gas is expected to play an important role in the coming low-carbon energy transition.
However, conventional gas resources are gradually being replaced by unconventional ones …