We will develop multiphysics software (SW) for modelling complex dynamic behaviour of advanced nuclear reactors, particularly molten salt reactors (MSRs). The tool will provide high performance computing (HPC) techniques, and regulatory compliance through highly accurate and reliable calculations. The SEALION SW suite will disrupt the current need for regulatory system reformation by allowing licensing of MSRs under current systems, thereby accelerating the commercialisation of MSRs

The project brings together the necessary competences to build high-performing thermoelectric modules based on already developed and patented high-performing thermoelectric materials. To bring these modules to the market it is necessary to develop barrier and sintering layers combined with an understanding of the involved deteriorating mechanisms at the fundamental level. The result will be a production platform capable of producing robust, high-efficient thermoelectric modules to the market. The IPR holding company TEGnology is in a unique situation where a technology push is not needed since there is already a market pull for thermoelectric modules from end-users such as Volvo, marine diesel, combined heat & power, etc. that would like to convert excess heat to electricity. The only thing missing for successfully market introduction is up scaling, development and characterization of barrier layers and a production platform. This can be accomplished through the involved partner

The NORDTREAT project will build on the achievements within recent large-scale European initiatives that includes cross-disciplinary collaborations between academia, hospitals, biomedical companies and patient organisations. The overall aim is to improve Inflammatory bowel disease (IBD) patients' prognosis and quality of life by introducing a novel personalized medicine algorithm that is based on recently generated -omics data. IBD is a disease entity of unknown origin, characterized by a chronic inflammation in the gastrointestinal tract. IBD is increasing, especially among teenagers, and today 0.5-1% of the Nordic population is affected. The disease course varies from an indolent course to an aggressive, treatment refractory disease, with need of repeated hospital admissions, surgery and increased risk of comorbidity including cancer. Thus, IBD have severe consequences for many affected individuals, including life-long medication, hospitalizations, recurring sick-leaves, and surgic

TOP-UP studies and develops effective ways through which local TOP-down initiated energy projects can function as catalysators for bottom-UP energy initiatives and cooperation within and between local energy communities, as to achieve ambitious regional climate and energy goals. More concretely, TOP-UP will identify and optimize district-specific transformational changes through advanced dynamic modelling of fixed and controllable demand, storage and supply, which considers key characteristics of a district and its people. In addition, to increase acceptability and engage local communities, TOP-UP builds on successful national projects on community initiatives (by project partners), which provide platforms that facilitate active participation and cooperation in the local energy community. TOP-UP specifically aims to identify how the tailoring of top-down initiated transformational changes and creating awareness about these changes being tailor-made for a specific region and

We want to develop and validate a Software, called PrDx, to better predict and monitor patient’s immuneresponse to biotherapeutics (protein based therapeutics) and to vaccines. PrDx will complement the biochemical assays and reagents currently commercialized by Immunitrack, and will be key for growth and expansion of the company

ACOUPLAST aims to reach a 900M€/year market opportunity with the development of a polymer acoustofluidic chip for high-performing, fast and cost-effective plasma separation, to enable healthcare and veterinary Point-of-Care (PoC) diagnostics. Targeting life science companies, we will deliver AcouPlast chip modules for integration in single-use test cartridges. The solution is a recent research breakthrough by DTU Physics, experimentally validated by ACS, resulting in a patent application.

AQISE’s consortium aims to develop and deliver a cost-effective and robust microsensor bundle for water monitoring, able to monitor 7 parameters (PO4, NH4, NO3, flow, O2, pH, and T) using state-of-the-art Solid-Contact Ion-Selective Electrode (SC-ISE) technology. This disruptive microsensor bundle (AQ7-ISE) will continuously provide reliable and real-time readings representing an enabler for an effective and pervasive EU Nitrate Directive (NiD) implementation.

As the human population surges towards 10 billion, the production and consumption of aquaculture products such as fish is expanding. Efficient and environmentally sustainable practices are therefore required to ensure long-term food security. To solve these challenges, attractive solutions include developing new feed ingredients and better broodstock genetics to improve fish production and welfare. Intriguingly, it has been shown that both feed and host genetics can modulate the microbiome of animals and thus influence its integral connection to host phenotype. The ambitious aim of ImprovAFish is to decipher the intimate functional coupling along the feedmicrobiome-host axis in an applied context, with the emphasis on a promising ‘next generation’ functional feed ingredient (beta-mannan) that is known to promote beneficial microbiota in production animals, including promising preliminary data in fish.

AquaTime is a new IoT-enabled solution to monitor and motivate elderly people and provide an overview for caretakers of the hydration status of elderly citizens. The solution is aimed at the public healthcare sector. The objective of this project is to define, develop and test a specific version of AquaTime that fulfils most wishes and requirements of the eldercare sector in Extremadura, Spain. The developed solution will be able to assist all types of end-users (elderly citizens, caretakers and public decision makers) to reduce the number of elderly citizens that suffer from dehydration, and thereby provide a sustainable smart solution for aging well. The economic efficacy of the developed solution will be shown via a business case. The project is done in cooperation between two Danish SMEs, one Portuguese SME and one end-user organisation in Spain.

We want to deliver an Internet-of-Things (IoT) offering that seamlessly and autonomously will move non-load bearing walls with embedded robots (smart wheels) and the next generation highly accurate indoor navigation. Novel value propositions are seen related to Smart Homes, buildings, and production facilities (facility management), and completely new ways of delivering pre-fabricated housing solutions. The innovation can save building materials and have a positive environmental effect

Science and lab skills are essential to solve some of the world’s largest problems. However access to performing laboratory exercises is limited, and it is rarely possible for learners to experiment with state-of-the art equipment and learn from mistakes. Our suite of foundational Biology labs in VR will create new immersive virtual lab experiences that will empower learners beyond traditional settings, setting new standards for learning lab practices in a safe, cost-effective and exciting way.

Please see upload Rheumatoid arthritis (RA, life-time risk around 2%) entails a considerable burden for affected individuals (pain, reduced life-span, reduced function, reduced quality of life), for health-care, and for society (reduced work ability, and treatment costs that currently accounts for almost 10% of the total drug expenditure). Delayed or ineffective treatment leads to joint destruction, co-morbidities, and increased mortality. RA demonstrates a striking heterogeneity in terms of clinical presentation, response to treatment, and clinical outcomes. Emerging data suggest that RA is not one disease but comprised by subsets with distinct etiologies, which may explain the difficulties in predicting disease course, treatment response, and long-term outcomes. So far we treat by tradition and try different treatments in a rather random fashion and often too late, despite the increasing number of different, and still expensive, medicines that have become available in rout

The project aims at field evaluation of a flexibility approach, integrating energy in various forms (combined heat, natural gas, district heat) at a community-wide level, including a market mechanism for exchange of grid flexibility beyond the local region, professional grade supervision solutions and cyber-security assessments. Local community stakeholders in Wunsiedel will be involved from the start of the project through co-creation activities, to ensure relevance of the project developments in the local context. Project partners partners from Norway and Denmark are well embedded in local stakeholder networks (DK: iEnergi) and will host workshops aimed at reflecting and adopting experience from national stakeholders as well as enabling later national replication and possible assimilation of project results and insights. We will formulate, assess and demonstrate a real-world sector coupling scenario at SWW via a integrated local and regional flexibility market.

X-AID will be a clinical decision support tool (CDST) to assist radiologists in providing a faster and more accurate description and diagnosis of routine X-ray images of bones and joints, leveraging fully automated algorithms. The consortium will apply novel machine learning (ML) techniques to develop a CDST for musculoskeletal (MSK) conditions, which will be fully integrated in hospital ICT systems. Testing in clinical settings will validate performance, user acceptance and benefits of X-AID.

We enable advanced engineering of high-efficiency photocatalytic coating technologies by developing and building a new multi-parameter calibration reference standard for Atomic Force Microscopes (AFM) and Kelvin Probe Microscopes (KPMs). The reference standard establishes traceability for dimensional, mechanical and electrical properties at the nanometer scale. Achieving a 10x lower measurement uncertainty, it improves the development, production and quality assurance of new nanoparticles.