UK Public Sector Contracts & Tenders

The Consultant’s team should consist of a minimum of two peer reviewers. The peer reviewers should be independent of the Employer’s work to develop the ISE and the associated permit applications. Give the novel nature of the ISE and associated permit application, direct experience of the staged regulation guidance and ISE development is therefore not possible.<br/><br/>The peer reviewers should have significant (10 years +) international experience of the development of Environmental Safety Cases for geological disposal facilities and the associated regulatory requirements. The Consultant should describe in their tender how the skills and experience of their team will benefit the peer review process and overall quality of the ISE submissions.<br/><br/>We are looking for Suppliers to provide views on:<br/><br/>· Firm bidding intention<br/><br/>· The Contract Technical Specification (CTS)<br/><br/>· Availability and feasibility of the procurement timescale

The Consultant’s team should consist of a minimum of two peer reviewers. The peer reviewers should be independent of the Employer’s work to develop the ISE and the associated permit applications. Give the novel nature of the ISE and associated permit application, direct experience of the staged regulation guidance and ISE development is therefore not possible.<br/><br/>The peer reviewers should have significant (10 years +) international experience of the development of Environmental Safety Cases for geological disposal facilities and the associated regulatory requirements. The Consultant should describe in their tender how the skills and experience of their team will benefit the peer review process and overall quality of the ISE submissions.<br/><br/>We are looking for Suppliers to provide views on:<br/><br/>· Firm bidding intention<br/><br/>· The Contract Technical Specification (CTS)<br/><br/>· Availability and feasibility of the procurement timescale

The Consultant’s team should consist of a minimum of two peer reviewers. The peer reviewers should be independent of the Employer’s work to develop the ISE and the associated permit applications. Give the novel nature of the ISE and associated permit application, direct experience of the staged regulation guidance and ISE development is therefore not possible.<br/><br/>The peer reviewers should have significant (10 years +) international experience of the development of Environmental Safety Cases for geological disposal facilities and the associated regulatory requirements. The Consultant should describe in their tender how the skills and experience of their team will benefit the peer review process and overall quality of the ISE submissions.<br/><br/>We are looking for Suppliers to provide views on:<br/><br/>· Firm bidding intention<br/><br/>· The Contract Technical Specification (CTS)<br/><br/>· Availability and feasibility of the procurement timescale

The Consultant’s team should consist of a minimum of two peer reviewers. The peer reviewers should be independent of the Employer’s work to develop the ISE and the associated permit applications. Give the novel nature of the ISE and associated permit application, direct experience of the staged regulation guidance and ISE development is therefore not possible.<br/><br/>The peer reviewers should have significant (10 years +) international experience of the development of Environmental Safety Cases for geological disposal facilities and the associated regulatory requirements. The Consultant should describe in their tender how the skills and experience of their team will benefit the peer review process and overall quality of the ISE submissions.<br/><br/>We are looking for Suppliers to provide views on:<br/><br/>· Firm bidding intention<br/><br/>· The Contract Technical Specification (CTS)<br/><br/>· Availability and feasibility of the procurement timescale

Replacement to Environmental Safety Case (ESC) Lots 2 & 3 (General Technical including Geological and Hydrogeological Support)

Replacement to Environmental Safety Case (ESC) Lots 2 & 3 (General Technical including Geological and Hydrogeological Support)

Framework to deliver Treatment & Conditioning services (including incineration, supercompaction and chemical treatment). NWS are issuing two (2) bulk orders as initial call-off contracts, which are optional for Tenderers to bid for, these include: - Bagged Combustible Bulk Order - the thermal treatment of up to 1800m3 per year of soft combustible waste from across the SL Site. - Bulk Combustible Bulk Order - the thermal treatment of up to 52 half-height ISO containers per year of bulk combustible materials from across the SL site.

Nuclear Waste Services (NWS) brings together the UK’s leading nuclear waste management capabilities.<br/><br/>We have integrated the expertise of Low Level Waste Repository (LLWR), Radioactive Waste Management (RWM), and the Nuclear Decommissioning Authority (NDA) group’s Integrated Waste Management Programme (IWMP). This creates an organisation focused on the management of the UK’s nuclear waste, safely and securely for generations to come.<br/><br/>We are part of the NDA group, which is undertaking the biggest clean-up project in Europe over many decades. Nuclear Waste Services is integral to this environmental clean-up mission, as we work to provide permanent answers to our country’s nuclear waste.<br/><br/>More information on NWS can be found here: https://www.gov.uk/government/organisations/nuclear-waste-services/about<br/><br/>NWS is due to commence a procurement to undergo Civil Infrastructure Repairs, Renewals and Remediation at its Drigg site in West Cumbria (Drigg, Old Shore Road, Holmrook, Cumbria CA19 1XP), which involves a number of small works including Car Parks, Minor Civils, Vegetation removal, Barriers & Fencing, Roads & Paths, and Demolition.

IDEF: Professional Engineering Services<br/>ISWF: Professional Construction services and Demolition services.

Prior Information Notification relating to the forthcoming procurement opportunity for a replacement contract to the existing Lot 2 requirements of the Technical Requirements & Criticality Safety Programmes to Develop the GDF (RWM262)

Radiochemical and chemical analysis of environmental, land quality and waste samples.

LLW Repository Ltd trading as Nuclear Waste Services has a scope of work for the “Southern Trenches Interim Membrane (STIM) Contract”, which forms part of the Repository Development portfolio of work at the LLW Repository facility near Drigg Village in Cumbria, England.<br/><br/>The work consists of civil engineering works associated with installing an engineered interim trench cap over the Southern Trenches. In summary, the scope is to provide labour, equipment, materials, project management and supervision to complete the work. Work also includes establishment and maintenance of site offices, welfare and all associated temporary works.

Facilities Management services for LLWR site, Drigg

Prior Information Notification relating to the forthcoming procurement opportunity for ThermoChimie Phase 4. The ThermoChimie project (Thermo-Chimie (version applicative 4.4.0)) is a thermodynamic database development project, co-funded by Nuclear Waste Services, NIRAS-ONDRAF, and Andra. A robust, traceable, exhaustive, and dependable thermodynamic database is essential for underpinning a future Environmental Safety Case for the surface, near-surface or deep geological disposal of radioactive waste, as well as to perform a range of sensitivity and scoping calculations in support of ongoing research activities. This is a PIN for ThermoChimie Phase 4 please navigate to the project - C26852 on Atamis https://atamis-2464.my.site.com/s/Welcome Phase 4 of the ThermoChimie project is planned to launch in January 2026. The ThermoChimie Phase 4 Framework has the overall objective of providing both specialist and non-technical support resource to the consortium, in the form of a range of desk-based and experimental data generation/selection activities. Outlined activities are in support of the four key project success factors: (i) database traceability, (ii) consistency, (iii) east of use, and (iv) exhaustivity.

Nuclear Waste Services (NWS) requires specialist professional services to support Site Characterisation at multiple potential sites. Site Characterisation professional services covers a wide range of subsurface requirements including geological, geophysical, hydrogeological, engineering geology, geomechanics and geochemical expertise. Link for PIN - https://atamis-2464.my.site.com/s/Welcome

Copeland 3D Seismic Data Reprocessing. Link to PIN is: https://atamis-2464.my.site.com/s/Welcome

Nuclear Waste Services intend to issue a procurement for Repository Development Programme (RDP) Independent Construction Quality Assurance (ICQA) later in 2023. The Repository Development Programme will install the necessary closure engineering works required to provide both short-term and long-term environmental protection for the waste currently disposed in Vault 8 and the adjacent trenches. ICQA is required to mitigate the potential risk of failure of the closure engineering works due to substandard materials and workmanship. An ICQA Consultant specialist organisation is required to deliver Independent Construction Quality Assurance. CQA engineers and inspectors must have either of the route A or route B qualifications described in the ‘Landfill Operators: Environmental Permits’ document published online by the Environment agency.

NWS would like to notify you of an upcoming requirement with relation to a contract for an Electronic Records and Document Management / Content Management System (EDRMS). We are publishing this as a Request for Information (RFI).<br/><br/>Dependent on the responses and recommendations received from this Public Information Notice, NWS intends to issue a public tender for the supply of an EDRMS in line with the planned timelines of the GDF.

Nuclear Waste Services (NWS) would like to notify suppliers of future requirements and engage with the market to understand what it can provide in terms of capacity and capability to deliver Research & Development services for the Containment, Pathways & Receptor Framework. This framework will enable the development of a supply-chain-based experimental and modelling services capability for providing the underpinning evidence to assess the transport and retention of contaminants, arising from wastes disposed of in the Geological Disposal Facility (GDF), through the surrounding geosphere.