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Recently, BP announced that the company is making plans for the largest blue hydrogen production facility in the UK, with the goal of producing 1 GW of hydrogen by 2030
.
The project will capture and transport up to 2 million tons of carbon dioxide each year
.
It is reported that BP has begun a feasibility study of the project to explore technologies that can capture up to 98% of carbon emissions from the hydrogen production process
.
The hydrogen output of the project can provide clean energy for industry and residential housing, can be used as a fuel for heavy transportation, and support the production of sustainable fuels including biofuels and electronic fuels
.
The project will be developed in phases and will have an initial production capacity of 500MW of blue hydrogen by 2027 or earlier.
With the decarbonization of industrial clusters and the acceleration of hydrogen demand, more production capacity will be deployed by 2030
.
BP believes that after 2030, Teesside's hydrogen demand will further increase
.
.
The project will capture and transport up to 2 million tons of carbon dioxide each year
.
It is reported that BP has begun a feasibility study of the project to explore technologies that can capture up to 98% of carbon emissions from the hydrogen production process
.
The hydrogen output of the project can provide clean energy for industry and residential housing, can be used as a fuel for heavy transportation, and support the production of sustainable fuels including biofuels and electronic fuels
.
The project will be developed in phases and will have an initial production capacity of 500MW of blue hydrogen by 2027 or earlier.
With the decarbonization of industrial clusters and the acceleration of hydrogen demand, more production capacity will be deployed by 2030
.
BP believes that after 2030, Teesside's hydrogen demand will further increase
.