Research infrastructure - utilisation and collaboration :

Industrial pilot projects for utilisation of neutron- and photon based techniques at large scale infrastructures - spring 2019

Closed 24 April 2019

In this offer, we support three types of project initiatives that build expertise around industrial utilisation of large scale facilities equivalent to those under development at MAX IV and ESS in Lund. The proposals should be based on a need for at least one Swedish company and aim to verify whether neutron- or photon based technologies are appropriate to meet the company´s development needs. Note that the information in this offer still is preliminary.

The offer in brief

What can you apply for?

Pilot projects that build expertise around industrial utilisation of large scale facilities equivalent to those under development at MAX IV and ESS in Lund.

Who can apply?

The project consortium should consist of companies, research organisations or other legal persons. At least one project partner must be a Swedish registered company (or a company with an establishment or branch in Sweden). At least one project partner must be a different Swedish organisation contributing with relevant expertise in neutron- or photon experiments at large scale facilities

How much can you apply for?

SEK 100 000-500 000 depending on what kind of project (A-C). The total budget for the call for proposals is SEK 15 million.

Important dates

  • Whats is the offer about?

    Through the "Research infrastructure – utilisation and collaboration" programme, Vinnova wants to strengthen the Swedish innovation system by contributing to capacity building and increased understanding of how the use of advanced research infrastructures can respond to industrial and societal needs. With this particular call for proposals we want to support industrial innovation work and encourage Swedish companies to better see the possibilities of advanced neutron- and photon experiments within their respective areas of application.

    A project proposal should be based on the needs of at least one Swedish company which is also a participant of the project.The project activities must be related to the verification of how neutron or photon-based techniques can be applied in order to meet a company’s problems or development needs. Planning and implementation of experiments, as well as interpreting the results, should be carried out in active collaboration with appropriate expertise.

    The project consortium shall therefore also include at least one Swedish participant organization that assists with such expertise.

    Note that the offer does not address applications where the techniques are already an established tool for the company. Project activities should aim at confirming added value that is not to consider as already verified for the company.

    The call for proposals consists of three different share offers:

    Below follows a very brief summary. See the announcement text for full information.

    A) Preparatory projects for survey and planning
    The proposal should be based on a hypothesis regarding how photon or neutron-based technologies can meet the company's needs. Project activities can include identification of available technologies, methods and relevant experimental stations in specific research infrastructures, as well as method selection and planning of experiments.

    Each project can apply for a maximum grant of SEK 100.000 The maximum project period length is 3 months.

    B) Pilot experiments at large scale research infrastructures for neutron and photon techniques
    The call for proposals funds experiments at MAX IV as well as at international large-scale research infrastructures for neutron and photon-based techniques. All types of access for experimental/beam time are allowed and beam time is also an eligible cost.

    Examples of approved project activities apart from the experiment itself include:

    • Methodology and design of experiments, including necessary
    • Method development or adaptation of the relevant experimental environments/setups
    • Sample production and sample preparation, directly connected to conducting the experiment
    • Cost of travel and subsistence in connection with the implementation of the experiment
    • Analysis, treatment and interpretation of measured results/data, including comparisons with existing results from more established analytical techniques or modelling
    • Planning for how the results can be developed after the project.

    Each project can apply for a maximum grant of SEK 500.000. The maximum project period length is 18 months.

    Please note, that the projects funded in the 2018 call for proposals only correspond to the present sub-call B. See summaries of the 30 projects that were granted at that time. 

    C) Development projects for improved post-experimental analysis and industry-relevant data management

    The project proposal should be based on already obtained data/results from a previously performed experiments using photon or neutron-based techniques, where the company has participated in defining the problem and execution. The project activities should include development work, for example establishing or adapting data processing methods to industrial application.

    Each project can apply for a maximum grant of SEK 300.000 The maximum project period length is 8 months. 

     

    How to apply

    To apply for funding, you need to complete an application form in our application portal, Intressentportalen. The form contains questions about your project, project members and budget.

    Download attachments

    Please download the documents that you need to attach to your application. The call for proposals document in Swedish (Utlysningstext) is also to be found here.

    Allow enough time to complete the application

    Keep in mind that it can take several days to gather the information you need to complete your application, so it’s a good idea to start early. You can start to fill in your details, save and make adjustments until the call has closed.

    What happens after the call has closed?

    Once your application has been registered, we'll send a confirmation email to the person responsible for the user account, as well as to the project manager and the company signer. Please note that this may take a few hours after the call has closed.

    After the closing date, you can't register any new information. You may only add information to your application if we ask for it.

    Who can read your application?

    Applications submitted to us become official documents. However, we don't disclose information about business operations, inventions or research results if it can be assumed that someone will suffer economic damage if we do.

    This means that we must disclose the documents if someone requests them. However, we can black out information if we believe it could cause economic harm if disclosed.

    How we handle official documents and privacy

    Any questions?

    If you have any questions, please don't hesitate to contact us.

    Maria Öhman

    Utlysningsansvarig

    08-473 3189

    Rebecca Hollertz

    Administrativa frågor

    08-473 3076

    Vinnovas IT-support

    Technical questions about our e-service portal

    +46 8 473 32 99

    Fund­ed pro­jects

    Project title Coordinator Grant Status Reference number
    Characterization of limestone using synchrotron-based micro-tomography Umeå universitet SEK 499 000 Ongoing 2019-02548
    Fragment-screening by X-ray crystallography at MAX IV on a human oncology-related protein Sprint Bioscience AB SEK 500 000 Ongoing 2019-02567
    Study of film forming products with neutron scattering Gipeco Aktiebolag SEK 499 000 Ongoing 2019-02575
    Adaptation of biaxial tensile setup for in-situ loading with X-ray scattering Lunds universitet SEK 94 000 Ongoing 2019-02561
    Incipient plasticity of CVD Al2O3/TiCN multilayer coatings during nanoindentation Lunds universitet SEK 407 000 Ongoing 2019-02590
    Tomography-based modelling of fiber material with the help of machine learning KUNGLIGA TEKNISKA HÖGSKOLAN SEK 300 000 Ongoing 2019-02591
    Structure and orientational order of industrial coatings under flow Lunds universitet SEK 479 000 Ongoing 2019-02587
    3D phase mapping of austenite-martensite transition in 3rd generation advanced high strength steel. Swerim AB SEK 499 000 Ongoing 2019-02576
    Qualitative micromechanical and microstructural analysis of synchrotron experiments on cast irons RISE SWECAST SEK 300 000 Ongoing 2019-02549
    Characterization of extrusion-coated polymer layers by combined tensile testing and X-ray scattering RISE Research Institutes of Sweden AB SEK 267 000 Ongoing 2019-02581

    Reference number 2018-04967

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