CURE project focused on Copernicus earth observation data (DIAS) for urban thermal comfort, air quality, flood risk, and nature-based solutions assessment.
CWARE APS
Danish company contributing urban resilience data analytics and circular construction expertise to European environmental and sustainability projects.
Their core work
CWARE APS is a Danish private company operating at the intersection of urban sustainability, construction materials, and environmental data services. Their project portfolio indicates expertise in processing Copernicus earth observation data for urban resilience applications, as well as involvement in circular economy solutions for the construction sector. They contribute to projects addressing thermal comfort, air quality monitoring, and construction waste recycling, suggesting a focus on data-driven environmental analysis and sustainable building technologies.
What they specialise in
WOOL2LOOP project on mineral wool waste recycling through alkali-activation and geopolymer production for reuse in construction.
NewSOL project on latent and sensible heat storage concepts for concentrated solar power plants.
CURE project involving DIAS (Data and Information Access Services) platform for urban environmental monitoring.
How they've shifted over time
CWARE's earliest H2020 involvement (2017) was in concentrated solar power thermal storage through NewSOL, a manufacturing-oriented energy project. From 2019 onward, they shifted decisively toward environmental applications — first construction waste recycling (WOOL2LOOP) and then urban resilience using Copernicus satellite data (CURE). This progression shows a clear move from energy hardware toward data-driven urban environmental solutions.
CWARE is moving toward urban environmental data services and circular economy for construction, making them a relevant partner for smart city and sustainable building projects.
How they like to work
CWARE has exclusively participated as a consortium partner, never leading projects, which suggests they provide specialized contributions rather than driving project coordination. Despite only 3 projects, they have worked with 37 unique partners across 18 countries, indicating they join large, diverse consortia. This broad network relative to their project count suggests they are a valued specialist contributor rather than a central hub organizer.
With 37 unique consortium partners spread across 18 countries from just 3 projects, CWARE has a remarkably wide European network for its size. Their collaborations span environment, manufacturing, and space data sectors, connecting them to diverse research and industry communities.
What sets them apart
CWARE bridges two domains that rarely overlap: earth observation data platforms and circular construction materials. Their combination of Copernicus/DIAS expertise with construction waste recycling knowledge makes them an unusual partner for projects that need to connect environmental monitoring with built-environment solutions. For consortium builders, they offer a Danish company that can contribute to both the data analytics and the materials side of urban sustainability projects.
Highlights from their portfolio
- CURELargest funding share (EUR 224,909) and most keyword-rich project, applying Copernicus satellite data to six distinct urban resilience challenges including flood risk and heat islands.
- WOOL2LOOPAddresses a concrete circular economy problem — recycling mineral wool construction waste into new building materials via alkali-activation and additive manufacturing.