To achieve net-zero emissions by 2050, substantial investments in renewable energy and
the repurposing of fossil fuel assets are imperative. One promising option is the …

Subsurface technologies present an excellent opportunity to produce hydrogen from
hydrocarbon resources. It refers to the production of hydrogen directly from underground …

The increasing demand for eco-friendly and renewable energy has positioned hydrogen as
a viable solution for global energy and environmental challenges. In-situ combustion …

Hydrogen (H 2) is increasingly recognized worldwide as a pivotal, clean energy carrier
essential for decarbonizing various sectors, including transportation, power generation, and …

In situ combustion or fire flooding is a promising enhanced oil recovery (EOR) technique
designed to produce heavy oils and bitumen. This method involves the in-place heating and …

Energy transition is a key driver to combat climate change and achieve zero carbon future.
Sustainable and cost-effective hydrogen production will provide valuable addition to the …

The global push for sustainable energy solutions has highlighted the importance of
producing carbon-zero hydrogen (H 2) directly from petroleum reservoirs. In-situ combustion …

To reduce carbon emissions and meet increasing energy demands, efforts are being made
to seek clean energy such as hydrogen (or H2). Currently, the dominant method to generate …

A numerical 1D model was developed and validated using the measured data on a porous
tube lab experiment for hydrogen generation as an in-situ combustion (ISC) byproduct, and …

The productivity prediction of deep coalbed methane (CBM) wells is significantly influenced
by gas-water two-phase flow characteristics and seepage parameters of the fracture …