Public procurement notice: Contract Notice
Published: 2021-03-15
Buyer: Sheffield Hallam University
Country: UK
Contract type: Supplies
Procedure: Open procedure
CPV classification: 38510000 | 38512000
Estimated value: 1000000 GBP
Submission deadline: 2021-04-19
Award criteria: The most economic tender
EU fund: ERDF

Technical requirements: The project is receiving funding from the England European Regional Development Fund as part of the European Structural and Investment Funds Growth Programme 2014-2020. The Ministry of Housing, Communities and Local Government (and in London the intermediate body Greater London Authority) is the Managing Authority for European Regional Development Fund.
The TEM will support applied research and development in a wide range of applications and materials types, from metallic alloys, glasses and ceramics, polymer composites and hybrid Bio-compatible materials (e.g. hydro-gels).
The instrument has been specified to be as flexible as possible so that many different users will be able to analyse their materials. This has included ways of mitigating electron beam damage to sensitive samples to allow ‘soft’ materials to be studied.
All references to ‘Sheffield Hallam University‘ include all wholly owned subsidiaries of the University, including but not limited to SHULaw.
The project is receiving funding from the England European Regional Development Fund as part of the European Structural and Investment Funds Growth Programme 2014-2020. The Ministry of Housing, Communities and Local Government (and in London the intermediate body Greater London Authority) is the Managing Authority for European Regional Development Fund helps local areas stimulate their economic development by investing in projects which will support innovation, businesses, create jobs and local community regenerations. For more information visit https://www.gov.uk/european-growth-funding
The TEM will support applied research and development in a wide range of applications and materials types, from metallic alloys, glasses and ceramics, polymer composites and hybrid Bio-compatible materials (e.g. hydro-gels).
The instrument has been specified to be as flexible as possible so that many different users will be able to analyse their materials. This has included ways of mitigating electron beam damage to sensitive samples to allow ‘soft’ materials to be studied.
By imaging and analysing materials at ultra-high magnification the instrument can determine the fundamental mechanism responsible for a material’s properties and performance and thus allows researchers in academia and in industry to tailor a material’s properties to meet new challenges. This could be in terms of improved strength, hardness, high temperature performance and corrosion resistance, etc.. It allows the interaction between inorganic and organic (including biological) materials to be studied and modified for better performing medical devices or polymer composites.
The capabilities enabled by this equipment will be of benefit to a broad range of companies, including SME’s, in materials and manufacturing. The benefits/likely outcomes are; Development of new materials, materials failure investigations, understanding the effect of materials processing on microstructure and subsequent properties/applications. Also the examination of bio-compatible in support of health applications, for example, implants.
The medium to longer term objectives, year 2 onwards, include work with business and academic partners, as well as industrial collaborators including RTOs. Focus in on regional companies (due to ERDF funding) to:
• develop new materials, products and components; improve existing products and processes; and increase performance and market opportunities for companies through improved product life, longevity, durability, usability and/or enhanced functionality;
• increase competitiveness of UK and SCR companies in priority sectors, including manufacturing, health care technologies and devices;
• increase the number of small and medium sized enterprises engaged in knowledge exchange and collaboration;
• improve the commercialisation and market entry of new or enhanced products or services including by small and medium sized enterprises;
Project name: SHU Testing, Imaging and Characterisation Centre for Innovation Project unique identifier — 28R19P03971 Grant recipient — Sheffield Hallam University European Structural and Investment Funds Investment Priority Axis 1: Promoting Research and Innovation OC28R19P 0936.


Award value: 1000000