UNITED KINGDOM NATIONAL NUCLEAR LABORATORY LIMITED tenders

UKNNL is exploring the potential requirement for up to three endoscope systems which may include one ATEX-rated device and 2 standard (non-Atex-rated) devices. These would be required for deployment by UKNNL between April 2026 - March 2027. A Draft s ....

Edenred offers UKNNL employees discounts across a large range of products and services.   Edenred provide UKNNL's cycle to work scheme in line with the Government initiative. Cyclescheme is an employee benefit that saves employees 25-39% on a bi ....

The United Kingdom National Nuclear Lab (UKNNL) requires the provision of an Autotitrator. To ensure a comprehensive view on the current situation, we are issuing the attached Early Engagement RFI to receive input from the supply market. Early Engage ....

This contract will be for the supply of a powder flow rheometer. Included in the purchase of the item will be a 3 year service contract covering the piece of equipment.

This procurement is for testing on existing concrete scabbling equipment which is being developed for on a representative section of brick wall to evaluate how well it removes brick with no modifications.

UKNNL would like to invite suppliers to apply to join a new Open Framework to support with the supply of Nuclear Technical Services for the United Kingdom National Nuclear Laboratory.

This contract will be for the supply of a NoX Gas Analyser for the VTR. The new analyser is required to replace the current/obsolete model which has started to fail. The contract will also include a 3-year service contract for the equipment.

Procurement of a PDRA contract at Lancaster University entitled Ru Volatilisation

The first call-off contract serves as a bridge between the Concept Design and Preliminary Design phases. It will require the appointed Strategic Design Partner to work in collaboration with UKNNL to integrate into the delivery team to develop a scope ....

Post Doctoral Research Agreement (PDRA) to undertake experimental work focused on identifying viable technologies that can be incorporated for on-line process monitoring for the deconversion of UF6 to oxide fuel.