Stand-Off Alpha Radiation Detection Under Daylight Conditions

A Pre-Procurement Notice
by NATIONAL NUCLEAR LABORATORY LIMITED

Source
Contracts Finder
Type
Future Contract ()
Duration
not specified
Value
___
Sector
PROFESSIONAL
Published
02 Nov 2021
Delivery
not specified
Deadline
18 Nov 2021 23:59

Concepts

Location

Geochart for 1 buyers and 0 suppliers

Description

This PIN is to inform the supply chain that the Atomic Weapons Establishment (AWE) and the National Nuclear Laboratory (NNL) are seeking methods and technologies that can detect sources of alpha radiation from a distance of several meters in daylight conditions. If this can be achieved it would improve operator safety and efficiency, as well as increasing the speed with which potential radiological hazards and threats can be identified.

CPV Codes

  • 38341000 - Apparatus for measuring radiation
  • 73100000 - Research and experimental development services
  • 73200000 - Research and development consultancy services
  • 73300000 - Design and execution of research and development

Indicators

  • Contract is suitable for SMEs.

Other Information

This challenge will be administered though the Game Changers programme and advertised via a challenge statement on the Game Changers website during October and November 2021. This challenge statement will provide a detailed overview of the challenge, including AWE and NNL's technical requirements along with any deployment restrictions. A workshop will be held during November 2021 where AWE and NNL will further describe the challenge. Details of the workshop will be shared on the Game Changers website. Interested technology providers should complete and submit a Game Changers application via the Game Changers website www.gamechangers.technology. The challenge is open to any organisation who feel they can meet the technical requirements. The closing date for applications will be in November 2021. Interested organisations should note that the issue of this PIN may not result in a full procurement exercise being conducted. The outcome of the Game Changers Challenge will determine whether a full procurement exercise will follow. We would therefore encourage any organisation which has the capability, knowledge and experience with alpha radiation detecting technologies to respond to this PIN and visit the Game Changers website for further information on the upcoming Game Changers Challenge. If AWE and NNL progress to a future procurement opportunity for the stand-off detection of alpha radiation under daylight conditions, the learning gathered from the Game Changers technology study may be shared with all potential suppliers, noting that commercially sensitive information will not be included. For full details please visit the Game Changers website at www.gamechangers.technology.

Reference

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