Catalytic methanation of carbon dioxide is a pivotal process in the transition towards a low‐carbon economy. This reaction, often referred to as the Sabatier process, converts CO₂ and hydrogen into ...

Plasma-derived atomic hydrogen (PDAH) enables low-temperature carbon dioxide methanation reaction through the Eley−Rideal-type reaction channel, improving methane yield at low temperatures, as shown ...

Baker Hughes (NYSE: BKR), an energy technology company, has announced an investment in Electrochaea, a growth stage company developing novel proprietary bio-methanation technology. Through its ...

The ideal energy system of the future would be able to provide a constant supply of electricity based on renewable resources, without usage restrictions for the consumer. Unfortunately, many renewable ...

"Power to gas" is a key concept when it comes to storing alternative energy. This process converts short-term excess electricity from photovoltaic systems and wind turbines into hydrogen. Combined ...

Biomethane (CH 4) can be used as feedstock for modern chemical industry or burned directly as a fuel. Currently, CH 4 is mainly produced via a multi-step process in which biomass is first gasified ...

Six percent of the world's CO 2 emissions are generated by steel production. The use of renewable energy sources in the steel industry is thus very important for responding to climate change. For this ...

Methane is known as the candidate for the energy carrier. It is produced by the reduction of the carbon dioxide by hydrogen. The reaction generally requests high temperature over 350℃, which is ...

“Power-to-Gas” efforts to produce gaseous fuel using surplus electricity are important for a zero-carbon (ZC) society. For this proposal paper, we examined some of the challenges associated with the ...

Japan’s Kanadevia Corporation has signed a deal with state-owned Oman LNG for work on a concept study involving a methanation commercial plant in the Sultanate and for carrying out pre-front-end ...

Electrochaea technology enables CO2 recycling into grid-quality, low carbon synthetic natural gas (SNG), contributing to decarbonization of hard-to-abate sectors, such as transportation and heating.