01 Procurement
Tender overview
- Buyer
- LANCASHIRE RENEWABLES LIMITED
- Status
- Complete
- Procurement method
- Open procedure
- Category
- services
- CPV classification
- Not supplied
- Tender period
- Not supplied — 25 November 2025
Description
Lancashire Renewables Limited (LRL) was established for the operation and management of two central waste treatment facilities. LRL's key objectives are to receive, treat and transport contract waste in accordance with the targets and service requirements set out in the Service Level Agreement between the company and its majority shareholder, Lancashire County Council. Each of LRL's two waste treatment facilities is designed to process and handle various municipal waste types arranged and supplied by Lancashire County Council and Blackpool Council. From April 2026, this means that source separated food waste from Lancashire's Households will be transported for processing into LRL's site based at Farington, Leyland (PR26 6TB). Until 2014, LRL had an anaerobic digestion (AD) process in operation. The inputs came from residual 'black bin' household waste with organics separated via rotating trommels and metal separation. Waste was then fed into pre-treatment technologies before the organic soup produced was fed into the anaerobic digestion process. Gas produced from the process was pre-treated to remove hydrogen sulphide and other undesirable compounds before being fed into a gas storage vessel prior to use by the power generation infrastructure. The biomethane supplied two MWM TCG 2020K V12 engines with fuel to generate electricity which was then used on-site rather than exported into the grid. The historical AD pre-treatment process was inefficient and expensive to run. As a result, the process ceased to operate in 2014 and the associated areas were put in a state of preservation and mothballed. It is estimated that the gas engines were only used for approximately 10000 hours prior to being decommissioned, having being installed circa 2010. As household source-separated food waste collections in England are mandatory from April 2026, LRL is looking to recommence a new AD process at its site based at: Lancashire Renewables Limited Farington Waste Recovery Park Sustainability Way Leyland PR26 6TB To facilitate this, 2 no. gas engines / gensets are required to be brought back into operational service at LRL's Leyland site. Therefore, the contract will include offsite initial refurbishment, delivery back to site, installation and testing, followed by ongoing service and maintenance. It is likely that the initial refurbishment and install back on site of the two gensets must be completed by 31/03/2026. It is possible that the same works may be undertaken, and hence the contract could require an additional 2 no. gas engines / gensets of the same manufacturer and model at LRL's Thornton facility. The contract will include provision for this, although it is to be decided at a later date whether this will be exercised.
This page represents one OCDS contracting process. Notices can be revised over time. Values may be estimates, award values or contract values and should be read with their displayed stage and date.
02 Awards and contracts
Published award records
Initial Refurbishment, Maintenance and Service for Gas Engines / Gensets
- Awarded
- 12 January 2026
- Award value
- £2,000,000
- Suppliers
- 1
- Signed contract
- 5 February 2026
03 Organisations
Buyers, suppliers and other parties
LANCASHIRE RENEWABLES LIMITED
Environmental Education Centre, Farington Waste Recovery Park, Sustainability Way, Leyland, UKD45, PR26 6TB, United Kingdom
Companies House 05881147 →GENSERV NORTHWEST LTD
198 Liverpool Road, Manchester, UKD34, M44 5DB, United Kingdom
Companies House 12384606 →Companies House links appear only for explicit GB-COH identifiers. BritDB does not create company links from a similar name or address.
04 Provenance
Source for this process
Contains public sector information licensed under the Open Government Licence v3.0. Official external links are available only on the source transition page.