“The U K’s independent advisor on climate change, the Climate Change Committee (CCC), has said that CCUS [carbon capture utilization and storage] is a ‘necessity, not an option’ for the transition to net zero. Furthermore, the International Energy Authority (IEA) has said that CCUS is an essential component of a global transition to net zero, with an estimated 1 billion tonnes of storage capacity being required globally by 2030 for a net zero pathway consistent with 1.5 degrees. In a future net zero world, we will still need materials such as cement, steel, and chemicals. For many of these sectors, CCUS is the only viable route to decarbonise at the scale required for us to meet our targets. CCUS is key in creating new sustainable energy for the future. By using CCUS, we can generate more low carbon power and create a responsive clean energy system. CCUS can be used to decarbonise the production process for hydrogen and other low carbon fuels and to clean up our waste.”
“(a) is to be carried out on or in any part of the waters or on or in any part of the seabed or subsoil comprising the offshore marine area, or on or in relation to an offshore marine installation; (b) is likely to have a significant effect on a European offshore marine site or a European site (either alone or in combination with other plans or projects); and (c) is not directly connected with or necessary to the management of the site.”
“The Applicant is developing the HyNet Carbon Dioxide Transportation and Storage Project (hereafter referred to as ‘the Project’). The Project involves creating a system to transport and store carbon dioxide (CO2) while producing and distributing low carbon hydrogen. This is done by capturing CO2 emissions from industrial emitters, and hydrogen production using natural gas, and storing it. As part of the offshore components of the project, (hereafter referred to as ‘the Proposed Development’), the existing offshore natural gas import pipeline from Point of Ayr (PoA) Gas Terminal will be repurposed to become a CO2 export pipeline and will transport the CO2 to the newly constructed Douglas CCS platform. From the Douglas CCS platform, CO2 will be transported along the re-purposed natural gas pipelines to the Hamilton Main platform for injection into the Hamilton Main reservoir, to the Hamilton North platform for injection into the Hamilton North reservoir, and to the Lennox platform for injection into the Lennox reservoir. The Proposed Development will also require new electrical and fibre optic transmission infrastructure seawards of Mean High Water Spring (MHWS), connecting the PoA Terminal to the offshore infrastructure.”
“(d) In light of the Finch ruling, what assessment has been made of the downstream effect of hydrogen leakage due to the project as a whole?”
“As noted in the sub-section on “CO2 leakage from pipelines”, in addition to those located onshore at the Point of Ayr, the pipeline emergency shutdown valves will be installed at the Douglas CCS platform and at each of the satellite platforms. Each pipeline can therefore be individually shut-in, and it is unlikely that there will be large release of CO 2 from the pipelines. In the event of flooding at PoA terminal, an emergency shut down process will be in place. The applicant has provided information regarding the risk of flooding at the Point of Ayr Terminal within theTown and Country Planning Act 1990 (TCPA) application FUL/000246/23 which has been considered by the relevant onshore regulatory authorities”
“87. Ordinarily, however, it will be relevant to consider whether the applicant stated his objection at the appropriate stage of the statutory procedure, since that procedure is designed to allow objections to be made and a decision then to be reached within a reasonable time, as intended by Parliament.”