Rock Flour Company is a dynamic, mission-driven startup founded by Professor Minik Rosing, the world-renowned geologist and pioneer of utilizing Greenlandic Rock Flour (GRF) for carbon-negative agronomic applications. Our core mission is ambitious: to bring GRF to market, enabling sustainable agriculture, facilitating carbon removals at scale, and delivering tangible economic benefits to local communities in both Greenland and specific farming regions globally. Today, we’re a dynamic core team of five with a validated potential by top investors across the globe. In September this year, we raised our second financing round featuring major commitments from Danish & Greenlandic institutional investors like Novo Holdings, EIFO (Danish state venture fund), SISA, and Nalik Ventures.

What is RE-ZIP RE-ZIP is a circular packaging concept offering circular packaging to more or less all players in the ecommerce industry. By circulating and hence reusing rather than using single-use packaging (even recycled) we save CO2 even the first time a packaging is reused. It works likes this RE-ZIP delivers the packaging to webshops who offer the sustainable packing solution to their customers at check-out for a minor fee (paid back via reward voucher upon returning the packaging). Upon receipt of the goods the customer folds the RE-ZIP packaging to a return format and return it at a Drop Point. The packaging is returned to the RE-ZIP warehouse for cleaning and re-circulation to the webshops. The RE-ZIP packaging can be circulated up to 10 times, but more importantly the packaging will begin saving CO2 Within the first or second use – depending on the type. RE-ZIP has developed a state-of-the-art backend system supporting the above process and are currently operating in Denmark, UK and Poland. Hence working at RE-ZIP will offer you in-person colleagues in Denmark and remote colleagues in before mentioned countries and more to come. Working at RE-ZIP Working from the Danish RE-ZIP HQ you will find a bunch of nice new co-workers who appreciate to work from the office most days, because the energy we create together is important for us. That does not mean that you have to be here all day every day. You will have flexible working hours to accommodate your daily life. The atmosphere in the office is laid back and rather than working solo on projects and tasks we gather and combine our skills. Send us your application to come join us in our mission to change e-commerce packaging for good.

At EV-Remarketing we’ve built a digital platform that transforms how used electric vehicles are bought and sold across Europe. We take the complexity out of selling an EV - from offer to payment to pickup - and replace it with speed, transparency and fairness. Last year we completed over 5,000 vehicle transactions with a 98% success rate, helping more than 25,000 sellers across Europe. Our tech stack handles everything: automatic data-extraction from documents using AI, integration with national vehicle databases, fraud detection, full digital workflows and logistics orchestration. We focus exclusively on electric vehicles, giving us deep domain expertise - which means we offer better value to sellers and turn-around times that beat traditional routes.

Nuvve powers the future of flexible energy by turning electric vehicles (EV), batteries, buildings, and distributed assets into dynamic grid resources. At the core is Nuvve’s advanced platform for vehicle-to-grid (V2G) and intelligent energy management, orchestrating real-time bidirectional charging, load optimization, and grid services. By harnessing an ecosystem of electrification partners, fleets, stationary storage, and smart EV chargers, Nuvve helps utilities and communities unlock flexibility at scale — enhancing reliability, accelerating electrification, and lowering costs. Nuvve enables a clean energy future where mobility, buildings, and infrastructure work together to support a more resilient, sustainable, and equitable grid. Headquartered in San Diego, California, Nuvve operates globally and online at nuvve.com

At Envo, we simplify energy optimization for real estate by helping property owners, banks, and advisors reduce CO₂ emissions and lower operational costs. We’re a young, agile startup based in Copenhagen, where creativity, independence, and collaboration are at the heart of our work. Our mission is to empower our clients with smart, user-friendly tools that guide them in making their buildings more energy efficient. We’re committed to sustainability and innovation, and every team member has the opportunity to shape our products and company culture.

We accelerate the renewable energy transition worldwide through innovative IT solutions and consulting services, enabling the industry to develop, execute and operate wind power projects smarter, faster, and cheaper. As a company, we strive towards making the day-to-day work in the industry smarter and easier for everyone, everywhere. That’s why we provide engineering know-how and practical, intuitive IT services for the realization of large-scale energy projects. With diverse backgrounds and a profound passion for large-scale wind, our specialists support EPCI projects worldwide. Referring to the combined experience of our team, we are or have been involved in most existing offshore projects globally in one way or the other.

Neucom builds ultra-efficient hardware accelerators that combine minimal power consumption with maximum human oversight. We work towards a freer and fairer world with trustworthy technology, one chip at the time. Our hardware is informed by neuroscience to achieve minimal power consumption. Our headquarter is in Lyngby, just north of Copenhagen Denmark.

With a core technology of thermal energy harvesting, TEGnology works on smart power supply solutions for future IoT devices, which don't rely on batteries or cables. It opens opporutnities for generating more data, making more precise moniroting, or installing sensor in the places difficult to reach. Digital transition and industrial automantion sill based on installing a large number of wireless sensor nodes, most of which are currently powered by batteries. Despite the relatively low cost of batteries, the enevitable man-powered involved in maintaining the keeping track of batteries might be problematic, not to mention batteries pollutes. Thermal energy harvesting converts temperature gradience directly into electricity. No moving parts or chemical reactions are involved. The lifetime of thermal generator is therefore typically decades. During the entire lifetime, more energy can be provided than any type of batteries. All materials used in TEGnology’s thermal energy harvesters are abundant and environmentally-friendly. The manufacture method is compatible with existing industrial standard. It makes up-scaling of production relatively straightforward.

A new era of remote support for IT professional! BifrostConnect is a first of its kinds patented solution, that enables IT professionals to reach all remote (off-site) devices and IT & OT equipment, online and offline – Including legacy systems. Together with our industry approved multi-layered security approach, BifrostConnect empowers IT departments productivity. BifrostConnect meets IT professionals high needs for convenience, without having to compromise on security, while also reducing on-site visits by up to 50%! BifrostConnect is a Danish tech company, founded in 2018 by Benjamin Stanfeld and Mikkel Skovgaard

Nordsense is on a mission to make the world more sustainable through efficient waste, reuse, and recycling management. With an end-to-end solution based on IoT smart sensors, Nordsense provides the technology and data needed to transition to cost- and carbon efficient waste and resource operations.

NABO is technologies that activate Sustainable & Committed Co-Living Communities. Our CoCreators are compensated in shares in our group of startups - this is to diversify risk and to make our CoCreators richer than our investors. We have a star team on board - Bjarke Ingels, Morten Lund, 1508, Rambøll.

Airlabs is an organisation with foundations in atmospheric chemistry and airflow engineering that has been established out of a desire to tackle the huge social problem of air quality in cities across the world. Our work is the result of active collaboration between our team and some of the world’s leading applied environmental research and engineering institutes. Our team brings together experts from widely varying disciplines: from atmospheric chemistry to pollution monitoring, from fluid dynamics to environmental health and from economics to engineering and design.

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.

Gismap er et computer vision og GeoAI startup, der arbejder på at revolutionere, hvordan GIS (geospatial information systems) anvendes til biodiversitetsbevarelse inden for ejendoms- og byggebranchen. Vores mission er at tilbyde en innovativ, data­drevet Software-as-a-Service-platform, som gør det muligt for virksomheder at måle, overvåge og forbedre biodiversiteten med hidtil uset præcision. Ved at kombinere ekspertise inden for AI, geografiske informationssystemer (GIS) og biodiversitet leverer Gismap en stærk platform, der hjælper virksomheder med at opfylde regulative krav som CSRD og DGNB-certificeringer. Vores vision er at blive den førende løsning i Danmark – og på sigt internationalt – når det gælder om at integrere biodiversitet i byplanlægning og udvikling og sikre en mere bæredygtig fremtid. Hos Gismap tilbyder vi et komplet værktøjssæt, herunder biofaktor-vurderinger, urbanBioScore, analyser af grønne korridorer og fremskrivninger af biodiversitetsudvikling, alt sammen skræddersyet til at støtte bæredygtige strategier. Ved at anvende avanceret machine learning og geospatiale analyser går vores platform langt ud over traditionelle metoder og hjælper virksomheder med ikke blot at overholde lovgivningen, men også aktivt at forbedre deres miljømæssige fodaftryk. Vi er overbeviste om, at teknologi spiller en afgørende rolle i løsningen af den biodiversitetskrise, vi står overfor. Hos Gismap udnytter vi derfor avanceret teknologi til at skabe reel forandring, så virksomheder kan reducere deres negative påvirkning og samtidig bidrage til en styrkelse af biodiversiteten. Kom med os på rejsen mod en grønnere og mere modstandsdygtig byudvikling, hvor biodiversitet sættes i centrum.

In the European Union alone, more than 1.5 million paint buckets are discarded daily, constituting a disposal of 340 tons of single-use plastic that is incinerated each day. Starting from early 2023 (2025 in Denmark and Slovenia), manufacturers are obligated to cover the disposal costs of their packaging based on sustainability criteria. In Denmark, this translates to an estimated 15% fee on paint buckets. Furthermore, the conventional round shape of packaging has proven suboptimal for logistics and transportation. Beyond its environmental impact, the traditional paint bucket poses challenges for professional painters. These challenges encompass ergonomic issues during handling, such as the strain of lifting two buckets simultaneously, which exceeds recommended weight limits according to the Working Environment Authority. Painters also find themselves in awkward positions when pouring paint into a roller bucket for wall application. The demanding physical nature of the painting profession in Denmark results in accelerated fatigue and early retirement for painters. Additionally, issues like lid leakage due to dried paint and the use of fragile, porous plastic contribute to unexpected spills, particularly during abrupt vehicle stops. Our innovative solution involves a cardboard box housing two patent-pending plastic bags, each containing 5 liters of paint. This packaging not only enhances the workflow for professional painters but also reduces costs and lowers carbon dioxide equivalent (CO2e) emissions by approximately 65% per unit. The box's design facilitates easy and ergonomic transportation, allowing for a 45% increase in units per pallet. The box is opened, and one of the bags is inserted into a standard roller bucket used by painters. The bag effortlessly opens and seamlessly fits into the roller bucket, wrapping around the edges, and enabling the painter to begin work promptly. This functionality is made possible through an innovative patented design and specific plastic welding techniques.