Hydrogen can be produced by effectively utilizing associated gas1 generated as a by-product during oil production and by using the 'steam reforming method.2'
The Project aims to establish a hydrogen supply chain based on the local production and consumption model at a site, where ARA produces oil and gas, with a target to commence operations in 2023. 300 to 400 tons of hydrogen are expected to be produced annually from associated flare gas generated at the site and mainly utilized as a fuel for fuel cell vehicles that ARA plans to introduce at the site and also the captured CO2 will be effectively utilized in local industries. In addition, 20 megawatt solar power generation panels will be installed and used as a power source for the site and hydrogen production facilities. While contributing to decarbonization and cleanliness of oil and gas production activities through the Project,
In order to greatly contribute to the achievement of our long-term goals toward climate change mitigation, 'Carbon neutralisation in 2050' and 'Realisation of a sustainable energy cycle', we will accelerate our efforts for the materialisation of a hydrogen society by promoting hydrogen related businesses.
Associated gas
A gas containing hydrocarbons produced in an oil field during the production of petroleum
Steam reforming method
A method for producing hydrogen from hydrocarbon contained in associated gas. The Project will use a steam methane reforming process to produce hydrogen from the chemical reaction of methane and water.
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