The increase in the global demand for energy and fossil fuel dependency is hindering efforts
to reduce greenhouse gas (GHG) emissions. Geothermal resources supplement this …

A wellbore simulator is an important tool for understanding flow in geothermal wells,
however, the literature on the topic is confusing because previous wellbore simulators have …

The global demand for sustainable and clean renewable energy sources is rapidly
increasing to meet growing energy demands while curtailing the CO 2 emissions from fossil …

We present a new well model aimed at simulating deep and superhot geothermal wells
within reservoir-scale flow models. The model uses a classic multi-segment approach to …

高温地热井井筒结垢是地热开发遇到的突出问题之一, 其中涉及到复杂的水文地球化学过程.
本文首先联合井筒两相流动, 水‒气‒结垢物水文地球化学和井壁粘附模型 …

Repurposing abandoned oil and gas wells (AOGWs) into geothermal wells provides an
effective solution for developing a sustainable energy resource and reducing the carbon …

In this article, thermodynamic performance, economic analysis, and calcite scaling
assessment have been completed for each of the investigated geothermal electricity …

Abstract The Xi'an Depression in the Guanzhong Basin of western China has been
suggested to contain geothermal resources that could aid China in achieving carbon …

Calcium carbonate precipitation is a common problem in geothermal industry, which
dramatically hampers geothermal development and also increases maintenance costs. To …

Wellbore scaling is a complex and one of the common problems encountered during the
depletion of an oilfield. Many studies have been conducted on general scale mechanisms …