The in-situ steam-based technology is still the main exploitation method for heavy oil and
oilsands resources all over the world. But currently most of the steam-based processes (eg …

Experts have identified natural gas hydrates, which are found in the shallow seabed and
beneath permafrost regions, as an energy source (mostly methane) that is greener than …

In this paper, a novel model is proposed for predicting thermo-physical properties of
superheated steam (SHS) in SHS injection wells and for estimating wellbore heat efficiency …

The primary method for heavy oil and bitumen production across the world is still in-situ
steam-based technology. There are some drawbacks associated with steam-driven heavy …

In this paper, the flue gas-assisted steam flooding process from a novel perspective of
condensation heat transfer performance was investigated to reduce carbon emissions of …

The efficiency improvement of steam injection (more oil, less steam) is a critical challenge in
heavy oil recovery. Using chemical additives is one option to achieve this efficiency …

This is the first in the “new series” of expert panel reports to be commissioned by The Royal
Society of Canada/La Société royale du Canada. The Council of the Society, the presidents …

Oil is an indispensable ingredient for both food and energy in most of the countries. Due to
insufficient extraction process reduces the average oil recovery rate up to 30%. Enhanced …

Conventional heavy oil and bitumen thermal recovery is currently facing increasing energy
demands and climate-related challenges. Dimethyl ether (DME) as a renewable and …

In this paper, a novel model is presented for predicting thermophysical properties of
superheated steam (SHS) in offshore superheated steam injection wells (OSSIW). Firstly, a …