Closed
Feasibility study on repurpose of Oil and Gas infrastructure for offshore Hydrogen generation
Descriptions
It is proposed that the study covers the following areas: - Overview of development and consenting processes for a commercial scale offshore Green and Blue Hydrogen production in the UK, utilising existing research and information where possible - Overview of different Electrolyser technologies, with identification of those most suited for offshore hydrogen production - Overview of fundamental approach to making best use of existing infrastructure including transmission lines, and platforms for generation and transmission. - Overview and cost estimation for key enabling Hydrogen Supply Chain capability and infrastructure including existing offshore Oil and Gas infrastructure, electrolyser supply, port and quayside infrastructure, reinforced quayside areas (with services), operation and maintenance marine and quayside operations - Cost comparison, and benefit analysis of onshore vs offshore Hydrogen production - Identifying where generic “risks” in this process exist for a project developer, identified through review of process and engagement with relevant stakeholders. Risks relates to areas of uncertainty in terms of process, programme, cost, knowledge, stakeholders, consultation etc. Risks to be scored (high, med, low) - Mitigations to the risks identified above to be detailed, their impact scored, and potential actors identified - Identifying where generic opportunities in this process exist for a project developer. Opportunities relate to the ability for some realistic action to positively impact process, programme, cost, knowledge, stakeholders and consultations by making realistic changes to approach, advance engagement with stakeholders and obtaining required knowledge. Opportunities to be scored (high, med, low), and potential actors identified - Capacity of the above to deliver strong pipeline of Hydrogen projects from late 2020s to 2050 - Consideration of desired UK content targets (including where relevant Scottish Government ambition for local content in ScotWind projects) - Consideration of Industry demand in likely Hydrogen clusters - Prioritised recommendations for further work, consistent with SOWEC Energy Transition vision
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Tender Regions
CPV Codes
73210000 - Research consultancy services
71313000 - Environmental engineering consultancy services
65400000 - Other sources of energy supplies and distribution
24111600 - Hydrogen
Keywords
industrial hydrogen gas
H₂ cylinders
fuel-cell gas supply
high-purity hydrogen
renewable energy supply
biomass energy
alternative energy distribution
geothermal power
energy grids
non-conventional energy
off-grid energy
hybrid energy sources
energy infrastructure
sustainable power systems
environmental impact consulting
ecological engineering advisory
sustainability engineering
waste management consultancy
water treatment engineering
pollution control consulting
environmental systems design
ecological risk assessment
green infrastructure consulting
environmental planning engineering
scientific consulting
academic research advice
evaluation support
proposal refinement
expert review
methodology guidance
field research advisory
data analysis consulting
study design review
research planning
Tender Lot Details
2 Tender Lots
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Possible Competitors
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