Independent Monitoring of Radioactivity in Effluent Samples

A Contract Award Notice
by DEFRA NETWORK ETENDERING PORTAL

Source
Contracts Finder
Type
Framework (Services)
Duration
4.5 year
Value
£1M
Sector
ENVIRONMENT
Published
05 Dec 2022
Delivery
01 Nov 2022 to 30 Apr 2027
Deadline
08 Sep 2022 11:00

Concepts

Location

Geochart for 1 buyers and 1 suppliers

1 buyer

1 supplier

Description

To support the Environment Agency and Natural Resources Wales (NRW) with regard to the regulation of the nuclear industry under the Environmental Permitting Regulations (EPR-16) in England and Wales. The Environment Agency will normally represent NRW as it undertakes nuclear regulation on their behalf. In support of our regulatory role under the Environmental Permitting Regulations 2016 (EPR 16), the Environment Agency carries out a programme of independent analysis of radioactive effluents from industrial premises (mainly nuclear licensed sites) in England and Wales. The programme is mainly focused on liquid effluent discharges, although there is a smaller amount of work associated with gaseous effluent discharges. This programme is managed by the Environment Agency's Reactor Assessment and Radiological Monitoring Team and the results are used in comparison with Operator data to ensure analytical standards are maintained.

Award Detail

1 UK Health Security Agency (Didcot)
  • Value: £1,080,000

CPV Codes

  • 90520000 - Radioactive-, toxic-, medical- and hazardous waste services

Other Information

Please note that Defra procurement uses an E-tendering system for Procurement activities. This is currently provided by Bravo Solutions. To access appropriate tendering and contractual documents, please access the E-Tendering portal at https://defra.bravosolution.co.uk", ensuring that your registration includes "Defra". If you have any problems with this system, please contact Bravo on their telephone helpline number 0800 368 4850 or by emailing them at help@bravosolution.co.uk n/a Ecm_66090_Independent Monitoring of Radioactivity in Effluent Samplesv0.2_Redacted.pdf

Reference

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