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| Beverley B Power Station | |
|---|---|
| Name | Beverley B Power Station |
| Country | England |
| Location | Near Beverley, East Riding of Yorkshire |
| Status | Decommissioned (planned) |
| Commissioning | 1998 |
| Decommissioning | 2024 (unit closures) |
| Operator | Centrica; later Drax Group |
| Primary fuel | Natural gas |
| Technology | Gas turbine, Combined cycle gas turbine |
| Electrical capacity | 730 MW |
Beverley B Power Station is a natural gas–fired combined cycle power station located near Beverley in the East Riding of Yorkshire, England. Built as an extension to an earlier plant on the same site, the facility contributed to the National Grid supply with flexible, mid-merit generation. The station's life encompassed ownership changes, market reforms in the Electricity Act 1989 era, and debates over environmental compliance tied to United Kingdom environmental policy.
The site occupies land adjacent to the original Beverley Power Station (A) development and sits near the River Hull estuary and the North Sea coast. Initial planning in the mid-1990s coincided with liberalisation following the Electricity Act 1989 and privatisation trends involving companies such as National Power, PowerGen, and later Centrica and Drax Group. Commissioned in 1998, the plant was developed amid regional energy strategy discussions involving East Riding of Yorkshire Council and national regulators like the Ofgem. Throughout the 2000s and 2010s, market drivers such as the EU Emissions Trading System and UK carbon pricing influenced operational economics, while incidents and maintenance events were reported in industry periodicals like Platts and Reuters. Ownership and operational control shifted as consolidation in the United Kingdom electricity sector proceeded, with links to corporate groups including Hutchison Whampoa and trading houses active in the European energy market.
Designed as a combined cycle gas turbine (CCGT) plant, the station incorporated heavy industrial equipment supplied by manufacturers tied to projects across the UK such as Siemens, General Electric, or Alstom in contemporaneous schemes. The design used multiple gas turbine-generator trains coupled to heat recovery steam generators feeding back-pressure or condensing steam turbines, a configuration mirrored at facilities like Rugeley Power Station and Billingham Power Station. Civil engineering works interfaced with local infrastructure including the A165 road and railheads used in nearby industrial developments. Construction contracts involved UK and international contractors with experience on projects under frameworks like those used by National Grid plc and large utilities operating under liberalised procurement models. Site permitting required consents tied to planning authorities and environmental regulators such as the Environment Agency.
Operationally, the facility provided approximately 700–740 megawatts of flexible generation capacity, entering dispatch via the National Grid balancing mechanism and participating in ancillary services markets alongside plants such as Drax Power Station and Ratcliffe-on-Soar Power Station. Performance metrics included thermal efficiency typical of late-1990s CCGT designs and fast start capability supporting integration of intermittent sources like Hornsea Wind Farm and Dogger Bank Wind Farm in the North Sea. The station's output profile responded to wholesale price signals from trading hubs such as APX Group (now part of EPEX SPOT) and financial influences from the European carbon market. Maintenance regimes adhered to standards from industry bodies including the Institution of Mechanical Engineers and operational reporting featured in trade outlets like ICIS and World Nuclear News for comparative analysis.
As a gas-fired plant, the station emitted lower carbon dioxide per MWh than contemporaneous coal plants such as Drax Power Station (prior to conversion) but nonetheless contributed to UK GHG totals tracked under commitments like the Kyoto Protocol and Paris Agreement. Pollutant controls addressed emissions of nitrogen oxides and particulates with technologies consistent with guidance from the Environment Agency and compliance regimes under the Industrial Emissions Directive. Local environmental assessments considered impacts on habitats in the Holderness coast and waters of the River Hull estuary, as well as noise and visual effects noted by East Riding of Yorkshire Council consultees. Community engagement involved stakeholders including local parish councils and regional MPs representing constituencies in East Yorkshire.
Fuel arrived via the UK gas transmission network, with primary supply links to major pipeline arteries operated by National Grid Gas and receipts potentially balanced with imports through facilities like the Grain LNG terminal and interconnectors such as the Bacton Gas Terminal connections to North Sea fields like Viking gas field and broader supplies from the Norwegian continental shelf via links to operators including Equinor and Shell plc. On-site fuel management integrated gas metering and pressure regulation systems consistent with industry practice overseen by the Ofgem-regulated framework. Commercial contracts involved trading counterparties common in the European energy sector including power retailers and utilities like EDF Energy and SSE plc.
Following shifts in UK energy policy prioritising low-carbon generation and the economics of peaking versus baseload plants, the site entered phases of partial closure with generators taken offline amid broader retirements in the Great Britain generating fleet. Decommissioning planning references regulatory pathways managed by the Environment Agency and planning authorities including East Riding of Yorkshire Council, while potential redevelopment options mirror precedents such as conversion to battery storage, hydrogen-ready plants, or industrial park uses seen at former sites like Didcot Power Station and proposals near Langage Power Station. Stakeholders include local councils, national planners within Department for Energy Security and Net Zero, and prospective investors from the UK energy transition supply chain. Community consultations and remediation obligations will follow statutory frameworks for site restoration and reuse under UK planning and environmental law.
Category:Natural gas-fired power stations in England Category:Buildings and structures in the East Riding of Yorkshire