Catalytic methane conversion (CMC) could be realized in situ in gas reservoirs. Through this
process, a new environment-friendly energy carrier-hydrogen-can be generated inside the …

In situ hydrogen generation (ISHG) from fossil fuels in subsurface reservoirs has emerged as
a promising way to lower greenhouse gas emissions. This process can be realized within …

This chapter reviews the fundamentals of the in situ combustion (ISC) for the recovery of light
and heavy oils. The chemical reactions and mechanisms are supported by experimental and …

A significant amount of oil is contained in carbonate reservoirs, but only half of that oil can be
produced by secondary enhanced oil recovery (EOR) methods. However, substantial …

Modelling of the in situ combustion (ISC) process is a challenging task, mostly due to the
complexity of the chemical reactions taking place. Also, the applicability of currently …

There has been a growing trend in the energy sector toward hydrogen generation due to the
market's rising need for hydrogen. This change has led to a larger emphasis on creating …