Girls' education is an incredibly powerful climate solution due to its stong relationship with child marriage prevention and subsequent delayed motherhood; impacting population growth and lowering consumption-based emissions. 130 million girls in the world's poorest and most climate-vulnerable communities are effectively excluded from education due to poverty. Humanitarian organizations in low-income countries constantly struggle to fundraise and are never able to fully meet the needs of the most marginalized. SoGreen is a startup with a big heart and an even bigger ambition: A world where all girls realise their right to education and climate justice is placed at the heart of all climate action. In collaboration with leading scientists at renowned European research institutions in the field of demography and climate science,* SoGreen has developed a methodology to quantify the climate impact of girls' education in tonnes CO2-equivalent avoided. This allows for the generation of carbon credits (1 ton = 1 carbon credit) which can be sold on the international carbon market to channel climate finance to girls' education. In partnership with FAWEZA, a leading pan-African NGO focusing on girls' education, SoGreen's pilot project is being implemented in Zambia. Over the coming 5 years, the project will ensure a full secondary education for 180 marginalized girls. All carbon credits generated by the project have been sold ex ante to over 30 companies that have ambitious sustainability strategies, which allow for the use of carbon credits in addition to reducing their own emissions. SoGreen aims to be the provider of the worlds most popular carbon credits within the next 5 years; resulting in a powerful reduction in emissions and a massive increase in educational attainment - a basic human right. *International Institute for Applied Systems Analysis (IIASA) in Austria, Potsdam Institute for Climate Impact Research (PIK) in Germany, and The Wittgenstein Centre for Demography and Global Human Capital (WIC) in Austria.

minimass™ was founded in 2021 to solve one of the biggest environmental problems facing the world today –the carbon footprint of construction. By delivering a low-carbon alternative to traditional concrete beams and saving clients up to 70% in carbon AND up to 50% in material costs, we have a solution that is urgently needed and ready to implement at a global scale.

This is a Copenhagen branch of 180 Degrees Consulting, the world's largest student-led consultancy for non-profits and social enterprises. The management board consists of student volunteers who dedicate their free time to organise and lead for sustainable impact. 180 Degrees provides socially conscious organisations around the world with high quality and extremely affordable consulting services. We work with organisations to develop innovative, practical and sustainable solutions to whatever challenges they might be facing. Each semester, we have a carefully selected team of 30 highly motivated and engaged university students who possess a combination of expertise, creativity and problem-solving ability.

Watts er en dansk greentech start-up, under Danmarks største og mest innovative energikoncern Andel. Vi skaber energiløsninger for en lysere fremtid og leverer teknologiske og digitale værktøjer til private hjem indenfor energiområdet. Vi drives af en mission om at gøre menneskers energiforbrug mere intelligent, mere økonomisk og mere bæredygtigt, og vi er stålfaste i vores overbevisning om, at denne udvikling fremfor alt skal sikres gennem digital innovation, tekniske løsninger og intelligent dataanalyse.

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!

Consibio is developing an IoT/Cloud platform for enabling real-time production data with advanced analysis features, that provide actionable and deep insights in the bio industry. Sustainable bio industries are suffering from inefficient resource usage and low productivity due to lack of data and insights, which is a major barrier to the green transition. That's why we created Consibio Cloud to solve that.

At PEAK Wind, we specialise in operations, asset management, and project management of renewable energy assets and take pride in providing best-in-class commercial, financial, and operational advisory and support to our clients. We work with some of the world’s largest infrastructure investments and are proud to count market-leading utilities, investment funds, and IPPs among our clients.

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.

At Coastgrass we have developed a sustainable replacement to crude oil-based plastic materials. By collecting and upcycling eelgrass from the Danish beaches we can offer a variety of different polymer compounds with a much lower carbon footprint than traditional plastic materials. We believe in using renewable natural resources to create climate-friendly solutions, so that we ensure a sustainable future.

We are a the largest sharing economy platform in Scandinavian with +150.000 items for rent i Denmark. We connect people who needs a product with someone who owns a product. That could be a drilling machine, a soundboks or a roof box for the next vacation. We offer an insurance and other administration tools to make sure that the security is a place.

In FluidTech we believe in the availability of sustainable energy production by the optimal use of energy. We provide the systems and engineering to recover low-grade energy sources.We supply energy recovery solutions for low-temperature sources. A new and cost-efficiency technology to provide electricity out of unused heat. In FluidTech we are passionate about sustainability. We work to move forward our ideas and to develop a better future in the energy environment.We are a team of young engineers willing to break new ground and make a change.

We are a startup in the early stage that is developing a platform of vehicle-recyclingOur goal is to recycle the vehicles that are in disuse and put them available to anyone who needs one. This is for the purpose of contributing to the creation of smart cities, as well as to protect the environment since our philosophy is based on the Sustainable Development Goals.We are currently in a stage of fundraising and we are also looking for the right team to make our mission a reality. We are a startup with an office in Nykobing Falster, but we believe that you can work from anywhere, whether you are in Copenhagen, Aarhus, or traveling.We are motivated to know that we are doing something that will change the world to improve it since we believe that nobody needs to buy a new vehicle, but rather, recycle it.We are currently looking for great humans who want to accompany us on this trip and who want to join the team. Designers UX/UI and Programmers. If you think you should be part of something big that changes the world, then contact us.

Bygkontrol er et byggerådgivningsfirma, som tilbyder en bred palette af byggesagkyndige løsninger.  Du behøver ikke nødvendigvis vide noget om byggeri, hvis du søger som kontorassistent eller online markedsføring. Vi har brug for alle de hænder vi kan mønstre til at vækste firmaet sammen. Vi arbejder med: - Byggerådgivning  - Projektering (arkitekttegninger)  - Droneinspektioner  - Og sidst men ikke mindst: 3D scanninger og optegninger i Revit (tegneprogram for arkitekter og bygningskonstruktører)     Vi har altid højt til loftet både når det gælder ambitioner og når vi er ude på en opgave. Dagens arbejde ender med et brag kl. 17, når vi skal byde ind på opgaver som vi booker. Der er fleksible arbejdstider, med mulighed for remote work, så du er ikke bundet til en kontorstol 8 timer om dagen fra 8-16. En gang imellem er der øl på havnen eller på Børsen. Og ja, Svendborg har både Børsen og en lækker havn, hvor man kan nyde hinandens selskab efter arbejde.

Our mission: AI has the potential to improve people's lives in a big way, therefore our mission is to make AI accessible to everyone. What we do: We develop AI applications together with companies and train business and design consultants.Who we are: Our team consists of designers, AI technical expert, facilitators.

The goal of ILIAS NVO is to optimize the overall operation and maintenance of the military equipment that very often is being used outside normal operation patterns and in extreme conditions. The challenge was to develop mathematical models that can turn the vehicles actual usage profile into relevant information that can be used for operational, maintenance and training purposes