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 …

In-situ gasification (ISG) was considered as a promising technology for hydrogen generation
and aquathermolysis is one of significant reactions during the prolonged gasification …

Electromagnetic (EM)-assisted catalytic heating for in-situ hydrogen generation directly from
petroleum reservoirs is an emerging method for decarbonizing petroleum industry and …

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 …

Due to there is no better way to exploit depleted gas reservoirs, and hydrogen can generate
from natural gas combustion. In this paper, the possibility of in-situ hydrogen generation in …

To cope with the increasing pressures of decarbonization that the petroleum industry is
facing, a novel approach, entitled in-situ microwave/electromagnetic-assisted catalytic …

Employing electromagnetic (EM)-assisted catalytic heating to produce hydrogen (H 2)
directly from petroleum reservoirs is an emerging technology for decarbonizing fossil fuel …

Electromagnetic (EM)-assisted catalytic heating presents a novel method for in-situ
hydrogen production from petroleum reservoirs. This study delves into the interaction …

Sustainable hydrogen production is a key driver for accelerating global energy transition.
This study evaluates the influence of injection gas composition on hydrogen yield during in …

Recently, a subsurface technology of in-situ hydrogen production using electromagnetic
(EM) heating shows great potential for extracting clean hydrogen directly from natural gas …