PurCity's patent pending solution (GapS), consists of novel industrial facade panels that are great substitutes for exterior facades/flat surfaces of any New/Existing buildings. Leveraging from chimney effect/natural ventilation, polluted air is naturally sucked into the panels and forced to pass through a harmless chemical process that traps CO2, particulate matter PM2.5/10 & inorganic gases. Then clean air will be delivered into the building through the Air conditioning (HVAC) system. GapS utilizes smart monitoring and control solutions, to optimize its performance. The collected polluted liquid is continuously recycled, generating valuable byproducts like Hydrogen, pure O2 and CO2 that are sellable in the market, benefiting sectors such as food, cement and agriculture.

THE PROBLEM Searching second-hand online requires navigating hundreds of platforms and incomplete listings, forcing shoppers to do the heavy lifting of finding and comparing relevant items. The decentralized and the fragmented second-hand market creates a time-consuming and frustrating experience for shoppers to locate desired items among incomplete listings and outdated platforms. THE SOLUTION Koral aggregates millions of second-hand listings into one searchable platform with categorized, indexed data to create a one-stop solution. This eliminates tedious searches across individual platforms, making shopping second-hand is easier by improving discoverability and streamlining the process of finding desired items online.

Agoprene is a biotech startup based in Oslo and Copenhagen. Agoprene is developing furniture foam from biomass to help the furniture industry reduce their need for petrochemicals. ​ Globally, furniture foam, which is derived from petroleum, accounts for 105 million tonnes of CO2 emissions annually. One armchair for example, emits an average of 43 kg CO2e, almost half of which is due to furniture foam. ​ Agoprene's foam is completely free of petrochemicals. We believe finding planet-friendly alternatives isn’t a challenge; it’s an opportunity.

We turn life science and deep tech ideas into commercially successful companies. We serve both as a consultancy and as a venture builder. At Marigold Innovation, we build bridges between research and business, science and product, researchers and investors. Most scientists prefer to stay where they add the most value, namely as highly skilled scientists and inventors who understand the translational process at an intellectual level, without the deep insight and experience in how to execute accordingly. ​We want to ensure that the skilled scientists focus on what they excel in – doing science and inventing stuff! ​ Marigold Innovation closes the gap by bringing the competences required to complement the scientific team. In this way we ensure that all necessary skills are in place at the needed timepoint and at the right level to secure the optimal development path from academia to a commercially viable company.

We develop, innovate, produce and deliver scalable waste-based building elements and interior products for the professional built environment. The construction industry account for 40% of all waste generated and is the #1 consumer of raw materials globally. The embedded carbon in building materials account for 11% of global carbon emission. At the same time, global floor area is expected to double by 2060. Sustainable building materials will be key to reducing footprint from the construction industry. We need to change the way we build and focus on materials produced from non-virgin materials. We make it possible to accelerate the necessary change towards a reduced use of virgin raw materials in our buildings by developing new earth and climate friendly products and solutions based on waste, biproducts, unused resources, and discarded production. We make it easy for the ones who design and build to choose a waste-based product, for the benefit of the environment, the user and the investor. Our approach is scalable. We are experts in creating valuable upcycledproducts from scalable sources of waste.We see opportunities, when others see waste. Our know-how drives innovation and product development and shape the products of tomorrow with the waste of today. Together with our trusted production partners, we offer our products at scale to the professional customer with warranties, guaranteed delivery, certifications and documentations. Come join the movement!

At REXCON system we are aware of the construction industry's huge impact on our planet's ecosystem and environment. We strive to make the industry a less CO2 and waste generating industry by implementing sustainable and circular solutions that can replace emission heavy market products. Sustainability - Circularity - Modularity Are all key values in our company's DNA and part of everything we do and think. By developing products that minimize the capacity required for transport, we reduce CO2 emissions. & By developing products designed for disassembly, we can keep them in a loop of reuse. - Thus reducing waste streams. & By developing products that are wood-based, we minimize our resource impact on our planet, as it is a renewable resource.

Kvasir is solving one of the most difficult problems in the world; how to replace fossil fuels in the heavy transportation industries. Kvasir has developed and patented a unique process to convert ligno-cellulosic plant biomass (straw, wood, bagasse etc. ) to marine fuel in a simple one step process. The process involves cooking biomass in an alcohol atmosphere under pressure, effectively liquefying the biomass. Were developing our technology in our in-house lab and workshop facilities in Soeborg and are also collaborating with universities in both Denmark and abroad.

ZEVIT is a software and consultancy company specializing in asset data management in the renewable energy sector. We are on the lookout for a colleague and potential partner to join our fantastic team in Copenhagen. We provide a range of digital solutions all centered around Asset Integrity Hub, a cloud-based platform, enabling key industry players to collect, manage and analyze and utilize asset data.

We're a hardware deeptech startup consisting of 5 individuals, with a burning desire to improve the environment. We have designed a filtration system, with the purpose of collecting particles such as microplastics and aquatic biomass from seawater, used in production and maritime industries. With our partners, we aim to find solutions for the use of the collected particles.

Er du i tvivl om din virksomhed kan implementere energioptimerende tiltag og derved opnå energitilskud? Hos NTEK arbejder vi med helhedsorienterede energiløsninger hvor vi hjælper din virksomhed med alle trin i optimeringsprocesserne. Vi optimerer blandt andet omkostningerne for din virksomhed, hjælper med projektledelsen og optimering af din virksomheds ventilationssystemer.  Er du i tvivl om du kan opnå energitilskud på energitiltag, er du velkommen til at kontakte os på: 93 93 11 38.

Vi har flere års erfaring med at hjælpe startups.  Vores fokus er at hjælpe med de ting I ikke er eksperter i, så I kan fokusere på det I er bedst til. Vi bliver en aktiv del af jeres startup, og I får hurtigt kompetencer og ekspertviden ind, som kan løfte virksomheden til næste niveau. Arbejdsopgaver er bl.a. forretningsudvikling, daglig ledelse, produktudvikling, økonomistyring og funding (fx InnoBooster og Vækstfonden). Vi kan investere timer og penge i jeres startup - pitch os på www.celta.dk

BUG AMOK’s opgave er at vise, hvordan insekter er et velsmagende, sundt og grønt fødevarealternativ gennem udvikling og produktion af innovative færdigretter med insektprotein, samt opskriftudvikling, afvikling af madkurser og foredrag med klimavenlige fødevarer på menuen. Virksomheden har base på iværksætterkontoret ‘The Kitchen’ på Nørrebrogade 44 i Aarhus C. BUG AMOK blev startet i 2017 på baggrund af en lyst til at vise, hvordan vi gennem ændringer af vores madvaner kan gøre en forskel i den grønne omstilling og dermed omsætte verdensmål til konkrete handlingsmål. Vi ønsker at inspirere unge familier til at vælge bæredygtigt insektprotein frem for konventionelt kød og gøre det nemt og tilgængeligt ved at producere attraktive færdigretter.

Team: ReMoni is an R&D intensive Danish tech start-up. The team consists of 20 experienced people within both technical and business development and execution. We have a strong team spirit and employees who have bought them self into the company to be partners. Core business: We optimize buildings and production – using comprehensive monitoring – to correct malfunction and eliminate loss of: Energy, Water and Productivity. Core secret: The novelty of our technology is that our sensor system enables the user to monitor power, flow and heat flow, simply by clamping our sensor units onto cables, pipes, etc. without the need of technical intervention, or disconnecting the system.

ESEBA, a deep tech startup from DTU, transforms low-quality textile waste into MDF boards without binders or formaldehyde. We offer a sustainable, non-toxic alternative to traditional wood-based panels. Textile waste is a massive and growing problem in Europe – less than 1% is recycled into new products, and most ends up incinerated. At the same time, formaldehyde regulations are tightening, and deforestation pressures are increasing demand for alternatives to virgin wood. ESEBA’s mission is to enable local, circular board production through a scalable, plug-and-produce production line for furniture manufacturers.

GLYON is developing a CO₂-powered textile-to-textile recycling technology to help brands, fiber producers, and recyclers solve the growing textile waste crisis with a breakthrough chemical recycling process that turns waste into virgin-quality raw materials for new fibers—without fossil fuels. We address the massive problem of textile waste, a global crisis where over 92 million tonnes of textile waste are discarded each year—most of it ending up in landfills or incinerated. This contributes to major pollution issues but also forces the textile industry to continue its dependence on virgin fossil-based materials. Our solution targets fiber producers, brands, and recyclers who need circular raw material solutions. Our CO₂-based chemical recycling process breaks down polyester textiles into building blocks and leaves other fibers like cotton intact. Both PET building blocks and cotton can be used to produce new, high-quality fibers without the need for virgin oil and reducing water consumption and CO₂ emissions.