Closed

STEP - Divertor Heat Exchanger AM PIN

Descriptions

Future nuclear fusion reactors will be required to manage high heat fluxes (up to 20MW/m2) on in-vessel components, such as the divertor targets in the plasma exhaust system. This will require heat exchangers with significant heat handling capabilities. This has led the United Kingdom Atomic Energy Authority (UKAEA), specifically STEP to explore novel heat exchanger designs that use additively manufactured lattices as cooling structures., As a result, UKAEA is now looking to engage with companies through this PIN which have capability in additively manufacturing lattice structures to a high quality, using nuclear fusion relevant materials (e.g., copper, copper chromium zirconium, tungsten, tantalum, and alloys of these materials)., UKAEA would like to quantify the heat transfer and flow/pressure drop characteristics of such lattice structures, to assess their feasibility for use in novel heat exchanger designs. This may be done through use in small scale, high heat flux testing, or through exploration and validation of previous test results/analytical models., If capabilities mentioned above are within your expertise, we would like to engage with you. Please contact with Rukhsar Samnani (rukhsar.samnani@ukaea.uk).

Timeline

Published Date :

28th May 2021 4 years ago

Deadline :

31st Dec 2021 4 years ago

Contract Start :

N/A

Contract End :

N/A

Tender Regions

CPV Codes

71333000 - Mechanical engineering services

14755000 - Tungsten

14754000 - Tantalum

71335000 - Engineering studies

14715000 - Copper

42152100 - Reactor-cooling systems

71314000 - Energy and related services

Keywords

tantalum

copper

W metal

Ta metal

tungsten

hard metal

capacitor metal

cooling circuit

energy services

filament metal

coolant pump

power services

Cu raw material

copper ore

pressurizer

reactor cooler

nuclear alloy

metal copper

utility services

coolant loop

heat exchanger system

primary coolant system

reactor cooling system

mechanical analysis

copper wire grade

machinery engineering

utility management

energy systems support

emergency core cooling

prototype evaluation

engineering pre-study

mechanical drafting

energy consultancy

energy efficiency

power systems services

engineering research

technical study services

mechanical systems design

technical feasibility study

mechanical prototype development

nuclear reactor heat removal

mechanical equipment consulting

mechanical installation services

mechanical problem-solving

sustainable energy solutions

project research engineering

mechanical maintenance engineering

energy infrastructure support

engineering analysis services

concept engineering studies

engineering pilot studies

mechanical component design

engineering investigation

Let’s Get you Started ✍

Get to see all tender details more briefly

Already have an account ?

Workflows

Status :

Closed

Procedure :

N/A

Suitable for SME :

N/A

Nationwide :

No

Assign to :

Tender Progress :

0%

Details

Notice Type :

PIN

Tender Identifier :

IT-378-246-T: 2024 - 001

Tenderbase ID :

310724019

Low Value :

£100K

High Value :

£1000K

Buyer Information

Address :

Liverpool Merseyside , Merseyside , L13 0BQ

Website :

N/A

Procurement Contact

Name :

Tina Smith

Phone :

0151 252 3243

Email :

tina.smith@shared-ed.ac.uk