Reevela transforms hospitality venues, like boutique hotels, into interactive product showrooms and retail storefronts. With our mobile app, guests can easily discover and purchase design items using visual search technology. Our unique marketplace and storytelling platform delivers accurate results based on location. We know that only 20% of buying decisions are based on logic and needs, so we've designed our platform to capitalise on the emotional aspect of decision making. Our app helps consumers make more sustainable and conscious purchases, while also providing an expanded showroom network for design companies and generating new ancillary sales channels for hospitality venues. Thanks to investment from Innofounder and the accompanying accelerator program, we aim to launch a MVP with proven commercial success, generating at least 60,000 kr in monthly sales revenue. We also plan to identify our product-market-fit and build brand awareness with a minimum of 1000 repeat users acting as ambassadors and 5000 followers across all marketing channels. Our vision for Reevela is to revolutionise the way physical environments are transformed into showrooms and become the leading product placement ecosystem in the world.

Denne undersøgelse introducerer en ny økologisk metodologi for bæredygtigt byggeri og vurderer miljøpåvirkninger, fremmer drivhusgasreduktion og naturforvaltning. Tilgangen fremmer grønne forretningsmodeller og udnytter økosystemtjenester til at styrke lokalsamfund. Med vægt på cirkulært byggeri, går det ind for en naturbaseret cirkulær økonomi. Ved hjælp af avancerede miljødata understreger forskningen d ns betydning i grønne overgange inden for fysisk planlægning og arkitektonisk design.

The scope of the project is to recycle high value precious metal catalyst and polymer components from HT-PEMFC MEAs, implement inhouse MEA production using alternative components and test the robustness of the new recycled MEAs in realistic operating conditions under a joint force of renewable energy system provider, recycling clean-tech startup and universities. The project addresses both current and future issues of commercial HT-PEMFCs, and therefore facilitates the adaptation of PtX technologies, especially green methanol production due to the versatility of HT-PEMFCs for different applications and circular economy, which cover two of the important DK Innomissions. Furthermore, there are several industrial synergies within the scope of this project, as the PEM technology is fundamental enabler of a successful Hydrogen Economy and PtX facilities. Furthermore, recyclability of PEM components allows a scale-up of production, thereby reducing overall cost of several applications important to achieving the global climate strategies and objectives, while simultaneously enabling a circular economy.

Det stigende fokus på bæredygtighed i byggebranchen kræver forskning i alternativer til traditionel beton. Derfor er projektets overordnede formål at facilitere en betydelig forøgelse af genbrug af nedrivningsaffald fra eksisterende konstruktioner. Projektet opnår dette ved at studere de mekaniske egenskaber af beton støbt med genbrugstilslag af nedknust beton, hvorefter der etableres eksperimentelt verificerede modeller til eftervisning af bærende betonkonstruktioner støbt med genbrugstilslag.