Mission: We provide real-time and accurate measurement solutions to optimize environmental and chemical processes to achieve a greener, cleaner world. Vision: Making mass spectrometry accessible to everyone for any test environment. Description: Using our proprietary microchip inlet technology, we are able to bring mass spectrometers out of the laboratory and into the real-world. We already provide benchtop analysis systems for electrochemistry and battery research which we sell to research institutions around the world. We have tested and are currently developing the commercial version of an online industrial sensor version of our system for real-time measurements in biogas production facilities and wastewater treatment plants.

Accelerace is one of the world’s Top 10 pre-seed accelerators helping startups scale in the field of ICT, foodtech, cleantech, life science & biotech and med tech & health care with the help from experienced serial entrepreneurs, camps and network. Accelerace has spotted, trained and invested in more than 700 promising Danish and international startups and scale-ups and has engaged partners e.g. Maersk, Novo Nordisk Fonden, Bang & Olufsen and SE to deliver access to world-class industry expertise.

IoT Fabrikken was founded in 2018 by Mikkel Fischer and Jon Wichmann. However, the foundation of the company was laid long before that. The founding partners brought with them a strong track record, having previously built two highly successful tech enterprises: DIBS, a pioneer in secure online payments, which is today owned by Nets, and eSmiley, the leading provider of digital food safety solutions for professional kitchens, canteens, and hospitals across the Nordic region. Together, they share more than 25 years of in-depth expertise in developing software designed to make daily operations simpler. This experience forms the very core of IoT Fabrikken. As our name suggests, we harness the power of the Internet of Things (IoT) to remove complexity. We believe that securing vital data should be as simple as mounting a sensor that automatically finds the network and starts delivering insights. Our guiding principle is that technology must always support your daily work – it should be precise, entirely dependable, and accessible to everyone, regardless of their level of IT proficiency. Today, IoT Fabrikken operates from two offices in Denmark, located in Roskilde in the east and Hørning in the west. We also collaborate closely with dedicated partners across several countries, with Germany and Sweden standing out as two of our most significant growth markets. What started as a vision between two men has grown into a highly successful enterprise that makes a tangible difference every day. Currently, we deliver our solutions to 70 Danish municipalities, alongside a wealth of private businesses, housing associations, museums, churches, and industry advisors. We are incredibly proud that thousands of customers now rely on our system daily to support and elevate their work within facility management, space management, and cultural preservation.

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.

Enduro Genetics is a startup committed to improving large-scale fermentations, closing the scale-up gap to make bioproducts possible at any scale. We offer our proprietary platform Enduro Sense that enhances large-scale fermentation by optimising population heterogeneity. Enduro Sense is a seamlessly integrated, self-selecting technology that addicts microbial cells to production and therefore eliminates low-producing cells. We welcome inquiries to test our tech, unsolicited job applications and partnerships.

UpFood is a tech startup that develops sustainable solutions to up-cycle the food, that otherwise get wasted throughout the food value chain, into different value-added food ingredients.  Besides, we will also provide our low cost and efficient technologies to smallholder farmers, producing 80%  of food in the world but facing significant food loss challenges. Our patent pending solutions address UN SDGs 1, 2, 6, 7 and 12. We envision a successful business with huge impact in the world.

Clevertrack was founded with one clear ambition: to help businesses eliminate waste, reduce emissions, and make smarter operational decisions through connected machine and vehicle data. Every day, construction equipment, commercial vehicles, and industrial assets consume millions of liters of fuel while generating vast amounts of operational data. Yet much of that data remains fragmented and locked across manufacturers, systems, and spreadsheets - making it difficult, if not impossible, for businesses to gain the operational overview needed to take action. In just a few years, we've grown into a fast-moving technology company with one mission: making the world's fleets and heavy equipment more intelligent, efficient, and sustainable. Our team brings together expertise in software engineering, IoT, telematics, data analytics, and fleet operations - all driven by passion for solving real-world challenges. Our platform breaks down one of the industry's biggest barriers: fragmented data. Clevertrack collects real-time engine data, fuel consumption, location, and operational data across virtually every vehicle and equipment brand, bringing everything together in one unified platform. Instead of switching between manufacturer portals and disconnected systems, our customers gain one complete view of their entire fleet - turning complex data into actionable insights that reduce costs, improve utilization, prevent downtime, and accelerate sustainability initiatives. We're passionate about solving real-world challenges with technology and building products that make a measurable difference for our customers every single day. If you're excited about building scalable software, working with cutting-edge IoT technology, and helping shape the future of connected fleets, we'd love to have you on the journey.

KhaosGuard is making greenhouse gas emissions visible. KhaosGuard is developing a new generation of laser and optical technology that can measure, map and quantify greenhouse gas emissions across large areas in real time. By combining advanced mid-infrared laser spectroscopy, optical sensor networks and wind-field data, we can turn complex emission plumes into accurate, quantitative measurements of where emissions come from and how much is being released. Our technology brings together advanced spectroscopy and atmospheric modelling in a robust field system — creating a level of spatial and real-time emissions intelligence that has not previously been available. Starting with wastewater treatment Our first focus is wastewater treatment plants, where we are helping operators detect, localise and quantify nitrous oxide (N₂O) emissions — commonly known as laughing gas and a highly potent greenhouse gas. By making these emissions visible, we give wastewater operators the intelligence they need to understand what is happening across their plants, identify emission hotspots and optimise their processes for greater efficiency and lower emissions. Ultimately, our goal is simple: you cannot optimise what you cannot measure.

Livestock production is one of the largest contributors to global methane emissions. As the demand for meat and dairy grows, so do emissions. Our planet cannot afford this trajectory, but together, we can change it. We know that fighting climate change requires bold action backed by science. What if we could slash livestock methane emissions by 80 percent? We’re developing an innovative, nature-based solution designed to scale globally and deliver significant, lasting impact.

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.

Stiesdal is a young and fast-growing climate technology company. The main purpose of Stiesdal is to develop and commercialize technologies with high impact on climate change mitigation. This purpose is fundamentally rooted in a conviction that more needs to be done to avert catastrophic climate change. We take great pride in our work and in the fact that our solutions make a real difference on a global scale. Currently we have activities in Power-to-X hydrogen production, carbon capture and storage combined with green fuel production, floating offshore wind, and energy storage. We are equally ambitious when it comes to our company as a workplace. While our mission is critical and requires hard work, we want our work culture to be safe, sustainable, and rewarding. Simply put, we want our company to offer the best possible working environment.

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.

PSV cares about a conscious future. As a venture house, our mission is to clear the path for founders who build companies that matter. Our hybrid setup, comprising PSV Foundry, PSV Lab, and two unique venture funds, PSV Tech and PSV DeepTech, sets us free from adhering to a singular method. Rather we rethink existing ways and models to maximise our impact beyond any individual firm or investment. Together, we can punch above our weight.

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.

At KiteX, we're revolutionising energy with innovative wind turbines inspired by kites. Our mission? To make wind turbines that use significantly less material, offering a cost-effective and sustainable alternative to traditional turbines. Our journey began by envisioning wind turbines that combine the efficiency of kites and autonomy of drones. On this path we found an hybrid design with guy wire supported tower and blades could achieve almost the same material savings, but without any of the disadvantages. Our unique approach centres on patience, refining technology step by step, and focusing on sustainable solutions. We're scaling up production of the groundbreaking Wind Catcher, a portable off-grid turbine, while designing a larger, grid-connected successor. As we grow, we're seeking exceptional team members in marketing, customer support, technical, and electrical engineering. KiteX isn't just a workplace; it's an opportunity to drive clean energy and make history. Join us in shaping a sustainable future. Contact us through the hub or at info@kitex.tech to be part of something extraordinary.