Climaider is a rapidly growing startup, enabling Small and Medium sized Enterprises to measure and report their ESG and to take real climate action. ESG reporting is becoming a necessity if you want to stay competitive, retain your employees, get funding or financing and win customers and jobs. But SMEs have been left behind in a reporting environment that has been shaped first and foremost to accomodate very Large enterprises - leaving SMEs with an extremely complicated and tedious reporting job that often falls on employees or owners with a 1000 other responsibilities too. We help and guide SMEs, automate +95% of the work and instill in them the confidence that they can do this and that they have done it the right way. Our goal is to remove the headache of reporting, leaving room to focus on what is actually important: Reducing the carbon footprint of your company. We're set on becoming THE solution for SMEs all over Europe, making reporting easy, comparable and actionable. Join us!

GreenWeb. is the first data-driven calculation engine for estimating the climate impact of websites. Using comprehensive data scopes involving website traffic, energy intensity of web data and real-time carbon intensity of the electricity grid, GreenWeb. offers members to climate neutralize their web solutions and actively assist in reducing the footprint of the site.

Velkommen til Plando - ejendomsbranchens digitale platform til vedligeholdelse og forbedring af bygninger med fokus på energiforbrug, udledning (CO2e) og totaløkonomi. Vores værktøj hjælper bygningsejere, ejendomsadministratorer og rådgivere med at træffe langsigtede og bedre beslutninger for deres ejendomme. Plando gør det nemt og overskueligt at arbejde med vedligeholdelse og forbedring af en ejendom - eller hele ejendomsporteføljer. Samtidig sikrer Plando overblik over bygningers CO2e-rejse og energimærke - noget som kun bliver vigtigere i fremtiden, hvor krav om bæredygtighed og ESG-rapportering (virksomheders miljømæssige, sociale og ledelsesmæssige rapportering) vil fylde endnu mere. Vi drømmer om en ejendomsbranche, der vækster i værdi gennem bæredygtige forbedringer. For vi lever i en verden, hvor vi ikke har råd til at spilde flere ressourcer. Derfor har vi besluttet os for at gøre op med vores branches ’sådan har vi altid gjort’ -måde at gøre tingene på og finde en ny vej. Vi mener, at det er på tide, at vi tager springet ind i en smartere måde at arbejde med ejendomsudvikling på. Vi holder til i det tidligere mejeri Enigheden på Rentemestervej i København NV. Vi leder løbende efter nye talenter, så tøv ikke med at kontakte os, hvis du vil være en del af vores team i Plando.

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.

Upteko is a thriving Danish robotics company located in Copenhagen, Odense, and Aarhus, with the ambitious vision to facilitate the future transition from manual to fully autonomous processes in the maritime sector. This will make offshore operations more reliable, secure and efficient for ship crews and shipowners. We have several upcoming projects in the pipeline, such as innovative inspection and drone systems, which leading shipowners have shown interest in.

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.

Kleen Hub is a Copenhagen-based circular tech company building Tap & Reuse™ — a frictionless reuse system that makes reusable packaging work at scale. Our platform combines simple hardware with a lightweight software layer to enable fast, reliable reuse without the usual barriers: no app, no user registration, and no deposit handling required. We help venues and operators (cafés, campuses, stadiums, airports, corporate sites and more) replace single-use packaging with reusable cups and containers through an operationally simple setup. Tap & Reuse™ supports multiple return flows (smart return stations, return bins, handheld scanning and washing-site verification), delivers high return rates in closed and semi-closed environments, and provides clear reporting for operations and ESG. Kleen Hub works with leading partners and distributors across Europe and has deployed systems in high-volume environments, proving that reuse can be convenient for users and manageable for staff. Our mission is to remove friction from reuse and accelerate the transition away from single-use packaging — by making reuse as easy as tapping a card.

We are an impact-driven startup from Denmark with the mission to make zero-waste constructions happen with our circular material platform. Our product is an end-to-end solution that leverages data and automation to make it easy to efficiently plan, manage, and circulate building materials. We are a team of experts in engineering, construction and enterprise SaaS development, and we are turning material waste into profits for construction projects. More importantly, we avoid up to 1.5% of the global CO2eq emissions resulting from the construction industry.

Where businesses quantify ESG and carbon emissions! BeWo was founded to advance sustainability progress all around the world. We believe that a data-driven approach is essential for leaders and decision-makers to measure and analyze the performance of green initiatives. At BeWo we strive to support a data-driven approach by providing automation, analytics, and process optimization in our solutions with the mission of equipping companies with data and tools to reduce their environmental footprint and create a positive impact on the world. Our society requires data as it can satisfy the urgent need for transparency, auditability, and standardization within sustainable initiatives.

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

Growstack is an open-source non-profit community project addressing the issues within our food system via vertical farming, to improve food quality and sustainability. Foodstack - the community behind Growstack - is for do'ers of all kinds who want to get involved hands-on with and share knowledge about food technology. We are everything from engineers, designers and entrepreneurs to food professionals, scientists and farmers. Growstack has an indoor growth lab and production facility in Østerbro, Copenhagen.

We're on a mission to revolutionize the way energy is handled in buildings. Energy Machines™ is a leader in the design, implementation, and operation of integrated energy systems for buildings. Buildings are a growing climate problem, accounting for over 28% of global CO2 emissions. We are working to transform them into climate solutions. By combining proven best-of-breed hardware with purpose-built software and simulation platforms, Energy Machines enables buildings to operate as “energy machines” or fully integrated systems that generate, store, and reuse their own energy. In order to revolutionize the way buildings are managed. We are developing a next generation computing platform. This platform will leverage cloud, IoT technologies and modern electronics to upgrade existing industrial systems. We envision a future in which buildings accelerate the world’s transition to sustainable energy. By turning every building into a high-performance energy machine, together we can achieve it.   *image source BLOX (Rasmus Hjortshøj)

Personal transportation is one of the greatest sources to Co2-emmission and air pollution. The change from a fossil fuel car to an EV is the lowest hanging fruits to decrease this emmission. Before you make this shift, you want to make sure that you can charge your car, which can be challenging if you live in a city, where you depend on a public roll out of EV charging infrastructure, which often lacks behind. This is what we want to change with Elby. Elby's solution enables an ubiquitous roll out on market conditions and at a marginal cost of the known solutions.

Real-Time LCA is a powerful platform that enables companies to understand, reduce, and document the climate impact of their building projects during design and construction. 🏘️ By automating LCA calculations, it reduces the effort required for impact assessments by 50-90%. Users can perform collaborative, efficient, and accurate Life Cycle Assessments (LCA) that comply with international standards, certification schemes, and regulations. The platform streamlines LCA processes from BIM to reporting, allowing all stakeholders to visualize, track, and document carbon emissions to meet regulations, reported through our standard templates, or leverage your sustainability data in other applications through our API. 🙌

Enabling the bioindustrial revolution with the fastest enzymes. Many of the hardest climate and environmental problems can be solved through synthetic biology. But biosolutions are held back by the enzyme efficiency bottleneck. The ENZIDIA Enzyme Engineering Platform will address this with 10^4 to 10^7 times higher efficiency than current technologies.