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Oil and gas giant BP plans a 1GW blue hydrogen project in the UK

During the fast race among oil giants to achieve zero net carbon emissions, on March 18 BP announced it was developing plans for the UK’s largest blue-hydrogen production facility, targeting targets to produce 1GW of hydrogen by 2030. This project could help achieve the ambitious goal of making the country the first major economy in the world to have a proportion of net assets by 2050.

Blue hydrogen is produced by converting natural gas into hydrogen and CO₂, which is then permanently captured and stored.

The project will collect and send and store up to two million tons of CO per year, the equivalent of capturing heating emissions from one million UK households, based on data from the Variable Commission. Climate Change of UK.

UK Energy Minister Anne-Marie Trevelyan Note that the promotion of low carbon hydrogen growth is an important part of the UK Prime Minister’s Ten-Point Plan and the government’s Energy White Paper and could play a major part in helping the UK stop closing. contribute to climate change by 2050. “Clean hydrogen has enormous potential to help us completely de-carbonate across the UK and it’s great to see bp discovering its full potential on Teesside,” BP quoted Trevelyan said in a press release.

The proposed development, H2Teesside, will be a major step forward in the development of BP’s hydrogen business and make a major contribution to the UK Government’s goal of developing 5GW for hydrogen production by 2030, for of course, noting that with its proximity to North Sea storage sites, pipeline corridors, and existing active hydrogen storage and distribution capacity, this area is reserved for H2Teesside to help guide the to low carbon metabolism, support employment, regeneration and rehabilitation of the surrounding area. Industries in Teesside account for more than 5% of the UK’s industrial emissions and the region is home to five of the country’s top 25 emitters.

“Clean hydrogen is a necessary addition to electrification on the path to net zero,” Dev SanyalBP’s executive vice president of gas and low carbon energy adds that green hydrogen, integrated with carbon capture and storage, can provide the scale and reliability needed for industrial processes. It could also play an essential role in carbon reduction in industries that are difficult to electrify and reduce the cost of energy transitions, Sanyal said. He said: “H2Teesside, along with NZT and NEP, has the potential to turn the region into one of the first carbon neutral clusters in the UK, supporting thousands of jobs and facilitating the Ten Point Plan of UK.

Sanyal said the project will be located at Teesside in northeast England and with a final investment decision (FID) in early 2024, production could begin in 2027 or earlier. BP has begun project feasibility studies to explore technologies that can recover up to 98% of carbon emissions from hydrogen production.

With large-scale, low-cost, large-scale clean hydrogen production, H2Teesside can assist in the transformation of surrounding industries to hydrogen instead of natural gas, playing a key role in monocrystalline carbonation. industry in Teesside.

H2Teesside will be integrated with the Net Zero Teesside (NZT) and the Northern Endurance Partner (NEP) projects for the region’s planned carbon use and storage (CCUS), both due to the bp is an operator.

The project’s hydrogen output could provide clean energy to industries and homes, be used as fuel for heavy transport and aid in the creation of sustainable fuels, including fuels. in biology and electronics, BP said.

The project will be developed in phases, with an initial capacity of 500MW of green hydrogen produced in 2027 or earlier, and additional capacity to be deployed in 2030 when the industrial cluster’s decarburization and increasing demand for hydrogen. bp sees potential for further hydrogen demand in Teesside after 2030.

General European Hydrogen Jorgo Chatzimarkakis indicates that the BP announcement shows that Hydrogen has become systematic and practical in relation to the energy transition. “The transition is going strong,” he told New Europe on March 19. The best example of a very successful transition is that the Danish oil and gas company DONG has previously become a producer. The largest offshore wind in the world is called Ørsted, ”added Chatzimarkakis.

Last year, BP and Ørsted signed the Intent Letter (LOI) to jointly develop a project in Germany on industrial-scale green hydrogen production, implemented by the method of water electrolysis using renewable energy.

With the aim of accelerating the development of hydrogen clusters, BP has made several possible agreements with partners.

BP has agreed a memorandum of understanding (MoU) with Venator, one of the largest global manufacturers of titanium dioxide pigments and performance additives, to expand the range of clean hydrogen supplies to the leading Teesside plant. mine.

BP has also agreed to a Memorandum of Understanding with Northern Gas Networks (NGN), a gas distributor for the North of England, to work together to initiate the decarburization of gas networks in the UK, further de-carbonation for both industrial and residential customers through its gas. net.

“It’s great to see BP plans to invest in hydrogen production at Teesside, putting our region at the forefront of green recovery,” NGN CEO Mark Horsley to speak. “On the eve of COP 26 in November, such collaborations demonstrate the scale of ambition to meet the non-pure challenge and support the UK’s transition to a carbon-free energy system. We are delighted to partner with bp to further explore the potential of a hydrogen gas network that plays a leading role in thermal carbonation in industry and in the country, ”he added.

In addition, BP has also signed a Memorandum of Understanding with the Tees Valley Alliance (TVCA) to explore the potential for green hydrogen in the region, including developing Teesside as the premier hydrogen shipping hub. UK, as announced by the UK Department of Transport in September 2020. Green hydrogen is produced by the process of electrolysis of water, running on renewable energy.

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