We are a startup on a mission to quantify environmental impacts, make them easy to understand and act upon! Companies and organizations needs to be able to calculate and document carbon footprint on the goods they sell. Unfortunately this is currently a very complicated and time-consuming task! We automate the process of calculating and documenting product's carbon footprint through intuitive software, providing high-quality data and a seamless user experience. Quantified Impacts is founded in late 2022. We have secured initial capital and have set the path to reach our mission. We have offices in Valby Copenhagen and in Bjerringbro Jutland.

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.

Medley er en platform skabt af iværksættere, for iværksættere og til alle de erhvervstalenter der kan og vil. Medley befinder sig i sweetspottet mellem et traditionel Venture Capital firm og et Family Office, et founding team bestående af succesfulde og erfarne iværksættere såsom; Jørgen Hansen (NTG), Allan Flindt (Blue Energy m.fl.), Peter Grubert, Philip Flindt, Mathias Christensen og Abdalla Al-Ayrot er med til at sikre det økonomiske bagland, der i høj grad kan facilitere de høje ambitioner om at skabe morgendagens succeser i det nordiske marked, med et særligt fokus på tech.

At Hybird, we operate at the intersection of hardware and software where we are bringing the electrical panel online and transforming it into a data platform. This gives us an opportunity to improve tooling for installers and facility managers, as well as surface actionable insights to a variety of stakeholders. The objective for us is to increase our understanding of power consumption and use that to help curb consumption.

At Phlit, we’re dedicated to accelerating the shift toward a sustainable future. Renewable energy sources like solar and wind are being adopted rapidly, but their unpredictability presents challenges. That’s where our IoT solution comes in. We use existing energy assets—such as wastewater pumps, heaters, fans and compressors—and, with our algorithm, turn them into virtual batteries that balance supply and demand in real time. This offers a sustainable alternative to traditional batteries while helping our customers save money and reduce their carbon footprint. We believe the future of energy is bright, and we’re excited to lead this transformation. Join us in creating a cleaner, more sustainable world!

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.

At Celsia our vision is empowering decisions to be made with sustainability as the forethought by making sustainability scoring simple. Celsia exists to make sustainability scoring simple, fast, and efficient. We drive sustainability comparability and are committed to enabling both small and large companies to participate in the green financing system, no matter the size of one's budget. With software, we make sustainability scoring frictionless and for everyone. We are a Norwegian startup with offices in Oslo & Berlin. The Celsia gang is constantly growing, so chances are by the time you’re reading this we’ve already doubled in size! We’re a group of passionate folks with diverse backgrounds and all kinds of hopes and dreams. We do share some things though, like our passion for sustainability, our love of cheesy jokes during daily stand-up, and our willingness to go above and beyond to ensure everyone is enjoying the adventure.

About HPNow At HPNow (www.hpnow.eu) we are disrupting the multi-billion hydrogen peroxide industry and supply chain through breakthrough innovations and products enabling safe and green generation directly at the point of use. We are the first and only company worldwide to offer commercial on-site, on-demand hydrogen peroxide generation technology solutions across multiple markets and applications. By doing so, we contribute to advancing global climate and environment objectives while providing a strong positive impact on the bottom line of our customers.

At NLIR we make world-leading ultra sensitive and super fast Mid-Infrared optical sensing solutions. Our mission is to put forward innovative solutions and help other industries overcome their challenges and discover the future. We apply to several sectors: Research, Oil and gas, Polymer, Food and Agriculture, Pharmaceutical, Chemical, Medical Diagnostic and Environmental. Main applications are real-time during production In-Line inspection and Quality control of produced materials/items.

Trebo is a cleantech startup that develops and manufactures a novel fluid-mechanical based plastic sorting technology. The sorting technology enables the plastic industry to sort large-scale plastic-type mixtures and transform the industry’s production waste into valuable resources. The Procurement costs on virgin materials are reduced and the environmental impact from incinerating or dumping plastic waste is eliminated. The annual global production of plastic has in 2019 exceeded more than 300,000,000,000 kg and even though the majority of plastic waste is suited for recycling purposes, more than 90% of the global production of plastic is either incinerated, deposited or dumped in nature. As the production of one kilogram of virgin plastic on average requires three kilograms of natural oil, the plastic industry is a global large-scale consumer of fossil fuels and therefore an important intrant in the green and sustainable changeover of the industry. Due to the wide palette of applications and physical characteristics of plastics, many end-user plastic products consist of one or more different types of plastic. As the quality and application performance of mixed plastic is decreased critically compared to the pure counterpart, plastic mixes are often considered as waste and therefore incinerated or sold to a price significantly lower than the price of the virgin plastic. Industrial waste streams of mixed plastic constitute approximately 60% of the total plastic waste stream. We believe it is critical to develop technologies that effectively sorts and restores the value and physical properties of the virgin plastic. At Trebo, we are environmentalists and our vision is to make the global plastic industry more sustainable and renewable. We hope that you will join us on our adventure.

GoBoat is an experience company, which offers unique social experiences on the water to both locals and tourists, through sustainable boat rental. It was founded in Copenhagen in February 2014 by Anders, Carl and Kasper – three young entrepreneurs. Today the company operates boat rentals all over the world.

Copenhagen Fintech is an association built on the vision to be one of the leading Fintech Hubs in the global financial services industry by supporting and catalyzing the next era of technology-led corporate and startup innovators. We combine the visionary ideas of fintech entrepreneurs, the experience of the established financial sector, the desire for societal benefits of the public sector and the research from the universities with the overarching purpose of building a thriving fintech ecosystem for the benefit of all stakeholders.

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.

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.

We are changing the world! Copenhagen Atomics is building the next generation nuclear reactors for the world based on molten salt technology. This provides a cheap and clean energy source that aims to change the energy system in general. A thorium based molten salt reactor is small, efficient, safe and is burning the nuclear waste from current nuclear plants.