HyNet

HyNet
Name	HyNet
Type	industrial decarbonisation and hydrogen cluster
Location	North West England; North Wales
Status	planned / in development
Operator	HyNet North West Partnership
Partners	Cadent Gas, Uniper, Shell plc, INEOS, National Grid plc
Established	2018
Primary fuel	hydrogen, natural gas with carbon capture
Capture technology	carbon capture and storage (CCS)

HyNet is a regional industrial decarbonisation and hydrogen infrastructure initiative aimed at reducing emissions from heavy industry, power generation, and transport in North West England and North Wales. The project seeks to produce low-carbon hydrogen, deploy carbon capture and storage, repurpose existing gas networks, and develop supply chains involving ports and industrial clusters. It intersects with regional development programs, energy regulators, and major energy and chemical companies.

Overview

HyNet is designed to supply low-carbon energy carriers to industrial sites, power stations, and transport hubs, linking production hubs, Liverpool, Manchester, Chester, and the Mersey Estuary with storage and pipeline corridors. The initiative coordinates assets such as hydrogen production plants, carbon capture facilities, and repurposed pipelines formerly associated with BP, Shell plc, and INEOS. It interfaces with regulatory frameworks overseen by Ofgem, investment mechanisms influenced by UK Government policy, and regional strategies from Greater Manchester Combined Authority and Wales Government.

History and Development

The programme evolved from early feasibility studies conducted after the 2015 Paris outcomes and later UK industrial decarbonisation roadmaps. Initial consortium formation involved energy and chemical firms including Uniper, INEOS, Cadent Gas, and Shell plc alongside research partners at University of Manchester and Cranfield University. Public announcements and bids for UK funding engaged bodies such as Department for Business, Energy and Industrial Strategy and Department for Transport. Major milestones included concept selection, front-end engineering design (FEED) contracts with engineering firms like Siemens Energy and strategic discussions with oil and gas infrastructure owners such as National Grid plc and Spirit Energy.

Technology and Infrastructure

HyNet combines hydrogen production by steam methane reforming (SMR) with post-combustion carbon capture, and later plans for electrolytic hydrogen using renewable electricity from projects tied to Offshore wind farms in the Irish Sea and grid-supplied low-carbon power from Drax Group assets. The infrastructure strategy considers repurposing existing natural gas pipelines and storage caverns, integrating with major ports including Port of Liverpool and Flintshire Port for feedstock and export. Key technological components link to suppliers and engineering firms such as BASF, Siemens Energy, and KBR, while interfacing with carbon transport and storage proposals in the Irish Sea basin and depleted hydrocarbon reservoirs previously used by companies like TotalEnergies.

Environmental and Safety Considerations

Environmental assessments for the scheme reference regulatory regimes administered by Environment Agency and Natural Resources Wales and consider potential impacts on sensitive sites including the Ribble Estuary and coastal habitats near the Mersey Estuary. Safety regimes draw upon standards from Health and Safety Executive and industrial best practice from BP and Shell plc legacy operations. Carbon capture aims to mitigate CO2 emissions implicated in Intergovernmental Panel on Climate Change scenarios, while lifecycle analyses compare SMR with CCS against electrolytic pathways associated with renewable generation portfolios like Ørsted and Vattenfall. Monitoring proposals include subsurface surveillance techniques used in projects with Equinor and Sleipner experience.

Economic and Policy Context

The project sits within UK decarbonisation policy instruments such as the Net Zero commitments endorsed by UK Parliament and funding competitions managed by Innovate UK and UK Research and Innovation. Economic rationales invoke industrial competitiveness narratives championed by regional bodies like Liverpool City Region Combined Authority and Welsh Government industrial strategies. Market mechanisms include potential Contracts for Difference frameworks similar to those used by Hinkley Point C and price-support models discussed in consultations with Ofgem and Department for Business, Energy and Industrial Strategy. Supply chain opportunities have attracted engineering, procurement and construction firms active across projects alongside multinational suppliers including Siemens Energy, GE Vernova, and ABB.

Stakeholder and Project Governance

Governance arrangements have been structured through a public–private partnership model, with a consortium coordination entity working with local enterprise partnerships such as Cheshire and Warrington Local Enterprise Partnership and Liverpool City Region LEP. Engagement programmes involve community stakeholders represented by local councils including Cheshire West and Chester Council and Warrington Borough Council, charities and trade unions like Unite the Union. Oversight and approvals involve statutory regulators including Ofgem, Environment Agency, and planning authorities such as Tameside Council.

Criticism and Controversies

Critics have raised concerns about the reliance on fossil-derived hydrogen via SMR with CCS rather than green hydrogen from electrolysis, drawing comparisons with debates around projects supported by SSE and ScottishPower. Environmental groups and campaigners referencing Friends of the Earth and Greenpeace have questioned lifecycle emissions, potential CO2 leakage risks associated with subsea storage similar to controversies around North Sea decommissioning, and economic lock-in effects that could favour incumbent petrochemical firms like INEOS. Trade unions and local industry stakeholders have engaged in debate over jobs, training, and transition pathways analogous to discussions in regions transformed by projects led by British Steel and Shell plc.

Category:Energy infrastructure in England