ReLearn is a startup focused on leveraging artificial intelligence to assist companies and municipalities in minimizing their environmental impact by monitoring waste production. Utilizing a plug-and-play sensor called NANDO, which is installed on trash bins, ReLearn gathers precise data on the quantity and quality of waste generated daily. This data facilitates the creation of detailed sustainability reports and enhances awareness of environmental issues among corporate and civic stakeholders. The company employs gamification techniques to engage users and promote environmentally responsible behaviors. ReLearn aims to support visionary organizations in achieving their ZERO WASTE goals and adhering to key Sustainable Development Goals. By transforming ordinary bins into smart waste management systems, ReLearn enables clients to automate processes and improve efficiency while reducing carbon emissions and operational costs associated with improper waste disposal. The company has garnered recognition for its innovative approach, being a winner of the European Social Innovation Competition in 2022.
Developer of an automated disassembly and diagnostics solutions to maximize the value of every Li-ion battery. The company's proprietary computer vision models and robotic systems allow the autonomous handling of batteries of all variations, its disassembly process preserves material value and help companies to capture significant upcycling potential for cells and components, disassembly is entirely manual owing to wide variety in battery designs and changing conditions. enabling customers save significant cost, see positive carbon impacts vs recycling and find a solution to increasing labor shortage.
Tozero, founded in July 2022 in Munich, Germany, by Sarah Fleischer and Dr. Ksenija Milicevic Neumann, focuses on developing technology for recycling lithium-ion batteries. The company aims to create a scalable machine that recovers essential materials such as lithium, nickel, cobalt, graphite, and manganese in an environmentally sustainable manner. By facilitating the recovery of these critical materials, Tozero enables industries to reintegrate fresh raw materials back into the supply chain, thereby supporting broader decarbonization efforts.
Resortecs – REcycling, SORting, TEChnologieS – is an award-winning start-up that develops Design for Disassembly solutions. We drive full circularity in the fashion industry with heat-dissolvable stitching threads and thermal disassembly systems that make industrial-scale textile recycling easy. Through targeted innovations in the way clothes are assembled and disassembled, our solutions empower fashion and workwear brands to rise to today’s environmental challenges at the pace and scale Earth needs. All without compromising the creativity, design, and quality of clothing. Resortecs' globally patented thermal disassembly solution is 5X faster than traditional disassembly methods and makes it possible to recycle up to 90% of the original fabric material: • Smart Stitich™, our heat-dissolvable stitching thread with different melting points (150 °C, 170 °C and 190 °C), enables brands to transform their products into recyclable, circular pieces from the manufacturing stage. • Smart Disassembly™, our thermal disassembly system, enables recyclers to unlock higher volumes of premium-quality material, processing up to 4M garments/year with low emissions and no material damage, so that fabrics can be used over and over again. Welcome to sustainability's next level: circularity.
DePoly is a spin off out of the LSMO lab at EPFL- Valais that has developed a novel technology allowing for the chemical recycling of PET plastic back to its main two components ethylene glycol (EG) and terephthalic acid (TPA). Our approach turns low valued materials (PET waste) into high-valued chemicals like TPA creating a circular economy. We expect this process to generate revenue from chemically recycling PET to TPA/EG, which can be sold back to industry to make new virgin PET plastic and allowing for a sustainable source of TPA and EG on the market.
Gr3n invented a new process which allows for the first time to recycle PET bottles/food containers chemically in a profitable way. Gr3n developed an innovative process, based on a new application of microwave technology to a well known chemical reaction which provides for the first time with an economically efficient chemical recycling process of PET (Polyethylene Terephtalate) and allows an industrial implementation of this recycling method. This new process can potentially change how PET is recycled worldwide with a huge financial benefit for the recycling industry.
CH-Bioforce provides a revolutionary technology for converting all biomass components into high-value material streams - dissolving pulp, polymeric hemicellulose, and sulphur-free lignin. These valuable biomaterials can replace fossil and food-based raw materials in multiple industries, such as textiles and packaging applications.
Dracula Technologies SAS specializes in the design and manufacture of organic photovoltaic cells aimed at providing energy autonomy for connected devices. Founded in 2011 and based in Valence, France, the company develops products that enable small electronic devices, such as phones, GPS units, and lamps, to self-recharge using solar energy. Their flagship product, Light As Your Energetic Response (LAYER), is designed to capture various forms of light, both indoors and outdoors, and convert it into usable energy through advanced digital printing techniques. The team consists of approximately 20 members, including a scientific committee and an administrative committee, all dedicated to fostering innovation and collaboration within the company. Dracula Technologies operates as a subsidiary of Ardeje.
Insolight is an energy company that develops and manufactures solar panels.
Insolight has developed solar modules with record efficiency 29 percent to reduce residential solar electricity costs below 0.1 $/kWh. Its innovative optical technology combines high efficiency with the ease of mounting of a standard flat panel. Insolight has successfully passed third-party validation at Fraunhofer ISE (36% efficiency on Lab prototype) and at the UPM in Madrid (29% on pre-industrial module). Its business model is to develop the IP, control wholesale distribution and outsource manufacturing.
The company was founded in 2015.
Nova Innovation Ltd. is a tidal energy company based in Edinburgh, United Kingdom, with additional offices in Leith, Caernarfon, and Shetland. Founded in 2009, the company specializes in designing, building, operating, and managing tidal energy devices, including underwater turbines that generate clean electricity from tidal, estuarine, and river flows. Nova Innovation is committed to promoting environmental sustainability and reducing reliance on fossil fuels by engaging with local supply chains, leveraging the expertise of coastal communities. The company gained recognition for deploying the world's first offshore tidal array and has received multiple awards for its contributions to low-carbon innovation. With a rapidly growing team of over 30 employees, Nova Innovation continues to advance its mission of harnessing tidal energy efficiently while ensuring minimal visual impact on marine environments.
Provider of advanced materials intended to produce bioplastic film, plastics, and coatings from agriculture residues. The company's technology uses food production residues to produce materials that are compostable under natural composting conditions and provides a marketable product from agricultural residues such as starch or brewery residues as a raw material for home compostable, harmless for the environment and humans, enabling the society to get rid of the plastic materials that lead to serious environmental, marine pollution and lower carbon emissions.
Provider of advanced materials intended to produce bioplastic film, plastics, and coatings from agriculture residues. The company's technology uses food production residues to produce materials that are compostable under natural composting conditions and provides a marketable product from agricultural residues such as starch or brewery residues as a raw material for home compostable, harmless for the environment and humans, enabling the society to get rid of the plastic materials that lead to serious environmental, marine pollution and lower carbon emissions.
Wi-Charge is a company focused on solving the challenge of frequent recharging for mobile devices by utilizing proprietary wireless power transmission technology. Founded in 2010 and based in Rehovot Science Park, Israel, the company develops remote charging solutions that allow devices to recharge autonomously, requiring only 1-2 hours of charging per day to maintain continuous operation. This technology enables electronic devices such as cell phones, laptops, and various sensors to charge without user intervention, creating an experience akin to having an endless battery. Wi-Charge is currently in the process of commercializing its technology, with initial product launches anticipated within the next 12-18 months.
Arborea Ltd. is a biochemical technology company based in London, UK, that focuses on developing sustainable bio-based products using its proprietary BioSolar Leaf technology. Founded in 2015, Arborea's innovative system cultivates microscopic plants, facilitating the production of healthy food ingredients such as antioxidants and functional proteins while also sequestering carbon dioxide and generating breathable oxygen. This technology not only supports urban and industrial applications but also enhances air quality and reduces energy consumption for climate control in buildings. By enabling large-scale algae biomass production, Arborea aims to provide a cost-effective and scalable solution for the sustainable food industry, aligning with environmental goals and promoting healthier food options.
Developer of a sustainable cooling and heating technology based on magnetic materials designed to replace standard gas compression cooling. The company's technology offers magnetic cooling systems for room temperature applications and hydrogen liquefaction plants, enabling clients to update the standard gas compression cycle with a magnetic refrigeration cycle.
STAC Technology is a research and development company based in Hellerup, Denmark, that specializes in sustainable thermal advanced cooling systems utilizing water as a refrigerant. Founded in 2016, the company focuses on transforming the district heating industry by enabling it to provide both heating and cooling services, thereby enhancing its business model. STAC's innovative water vapor-driven turbo compressor technology harnesses thermal energy from water to deliver on-site heating and cooling solutions that are zero-emission and highly efficient. By offering these sustainable solutions, STAC Technology helps clients minimize infrastructure costs, accelerate product development, mitigate project risks, and optimize supply chains while contributing to the fight against climate change.
FibriTech specializes in the development of advanced technologies for the production of 3D fiber network materials, which have a variety of applications across multiple industries. The company provides innovative solutions in areas such as agritech, packaging, filtration, insulation, and biocomposites. FibriTech's products offer a sustainable alternative to conventional materials like Styrofoam and various foamed plastics, delivering lightweight yet strong biomaterials that are both functional and environmentally friendly. By focusing on the creation of spatially shapable materials, FibriTech aims to address the challenges posed by traditional materials while promoting sustainability in manufacturing processes.
Developer of virtual battery inverters designed to increase the deployment of energy storage for renewable energy by setting a new standard for battery storage. The company's engages in manufacturing central inverters that can be connected to the power grid to reduce the self-consumption of battery storage to a previously unachievable level, enabling clients to avoid life-threatening high battery voltage, utilize the full battery capacity, and maximize energy efficiency.
Developer of virtual battery inverters designed to increase the deployment of energy storage for renewable energy by setting a new standard for battery storage. The company's engages in manufacturing central inverters that can be connected to the power grid to reduce the self-consumption of battery storage to a previously unachievable level, enabling clients to avoid life-threatening high battery voltage, utilize the full battery capacity, and maximize energy efficiency.
Risutec provides solutions for improving forest and agricultural planting and maintenance.
Plant-e is a pioneering company that specializes in harnessing the power of living plants to generate electricity. Founded in 2009 as a spin-off from Wageningen University, the company focuses on developing technology that enables power generation without harming the plants. Utilizing plant-microbial fuel cells, Plant-e captures electrons from the soil and converts them into electrical energy. This innovative approach allows for the creation of power sources from green roofs, wetlands, and rice paddies, effectively transforming them into sustainable energy providers. Marjolein Helder, who has been the CEO since her PhD graduation in 2012, leads the company, while David Strik continues to bridge the gap between scientific research and product development.
Developer of parallel dispensing technology designed to reduce material consumption in the PV (Photovoltaics ) industry. The company's technology is used to apply front metal contacts onto solar cells and can be integrated into conventional production lines for silicon solar cells, replacing the screen printing process normally used for the front-side metal contacts, enabling clients to save resources, increasing the electricity yield and increasing throughput.
NIL Technology ApS is a nanotechnology company based in Kongens Lyngby, Denmark, with a branch in Gothenburg, Sweden. Established in 2006, the company specializes in the optical design, prototyping, and mass production of optical components. NIL Technology offers nanostructured masters for various replication technologies, such as nanoimprint, UV-replication, hot embossing, roll printing, and injection molding. Its product range includes diffractive optical elements, microlens arrays, beam splitters, optical diffusers, and waveguides for augmented and mixed reality applications. The company's solutions cater to diverse sectors, including biotechnology, renewable energy, consumer product packaging, and advanced imaging technologies. By focusing on optical applications for sensors, 3D displays, and smartphones, NIL Technology aims to enable innovative optical solutions for a variety of high-tech industries.
Cellugy is a biotechnology startup focused on creating sustainable alternatives to single-use plastics through the production of 100% natural bio-cellulose. Utilizing a fermentation platform, the company harnesses renewable resources instead of fossil fuels to develop high-quality cellulose that competes effectively in terms of economics and environmental impact. Cellugy's innovative approach allows for the production of various grades and qualities of cellulose, making it applicable across multiple industries, including personal care, packaging, textiles, and food. By offering a more sustainable solution, Cellugy aims to significantly reduce the environmental footprint associated with traditional materials.
Daze is an engineering startup focused on creating innovative solutions for electric vehicle charging. Its flagship product, DazePlug, is an automatic charging device that utilizes smart charging ecosystems and energy management systems. This technology enables automatic inductive charging, significantly reducing the time required to charge electric vehicles while eliminating the need for manual handling of cables. DazePlug features a retrofit design that is both waterproof and dustproof, ensuring durability and ease of use. By simplifying the charging process, Daze aims to enhance user experience and convenience for electric vehicle owners.
Deep Branch Biotechnology Ltd., founded in 2018 and based in Nottingham, United Kingdom, with additional offices in the Netherlands, specializes in carbon recycling services. The company has developed scalable technology that converts carbon dioxide from industrial waste gas into clean, nutritious, and sustainable single-cell protein. This innovative process not only helps to reduce the carbon footprint of polluting industries but also offers sustainable alternatives to traditional feed sources such as soy and fishmeal. By transforming emissions into valuable protein, Deep Branch Biotechnology aims to contribute to a more sustainable future in the feed industry.
Electrochaea GmbH develops and commercializes a grid-scale power-to-gas energy storage technology. The company’s biocatalytic power-to-gas technology converts low-cost and stranded electricity into pipeline-grade renewable gas for direct injection into the existing natural gas grid, which is used for on-site power production, heating applications, or transmitted over long distances using existing pipelines. Its technology enables storing large amounts of renewable energy from wind and solar; and represents a solution for utility-scale energy storage, grid balancing, and carbon recycling. Electrochaea GmbH was founded in 2010 and is based in Planegg, Germany with additional operation facilities at Hvidovre, Denmark, and Sacramento, California.
Enerpoly is a next-generation energy storage technology company pioneering rechargeable zinc-ion battery chemistry. Enerpoly innovates in battery components, production methods, and designs, and employs agile research and development techniques to rapidly deliver batteries that are suitable for the grid, industrial, commercial, and residential uses.
VoltAero is a manufacturer of electric aircraft that focuses on providing safe, quiet, and eco-friendly flight solutions. The company specializes in parallel electric-hybrid propulsion systems, allowing for efficient and reliable general aviation platforms. Its aircraft cater to a variety of uses, including private ownership, air taxi and charter services, and commercial flights for regional travel. By developing innovative electric aircraft, VoltAero aims to enable clients to embrace a new era of sustainable aviation.
OTECHOS is a young company (est. 2012) with roots back in industrial engineering and commercialization of new products within the energy – oil & gas industry, machinery and mechanical branches. We follow our innovative and environmentally friendly products from the early stage of idea to their specific markets. The company draws benefits from long experience and from being a small and flexible environment for creativity and knowhow. The founders behind OTECHOS have several technology establishments in their records. All from early stage in year 2000 until today, they founded five technology companies. All have been into mechanical technology / products and machinery. From their first success, the CFT (Coiled Foil Technology) heat exchanger in Pleat AS (www.pleat.no) to the last and most known company, Quickflange AS with its unique cold weld technology for pipe flanges (www.quickflange.com), all which have created a global footprint in the piping industry. Quickflange has received several technology prizes, for instance “Deloitte Technology Fast 500”, “NHO’s Innovation price 2010 (Confederation of Norwegian Enterprises) for innovative technology and business development” and finalist in the “DnB Innovation prize”. From the very first cooperation between the two founders, there always been focus on new technology with a global potential and with IP rights (patented technology). OTECHOS is such a company. The company has now several investors, where the two founders are the major shareholders. The investors, directors of the board and the management are all professionals and have long and wide experience in international business and industry. This will ensure that the rap
Nanogence SA manufactures novel material solutions for the construction sector. The company develops synthetic tailor-made novel material in a B2B framework in application sectors such as construction, pharmaceutical and mobility. Nanogence SA was founded in 2017 and is based in Renens, Switzerland.
OTECHOS is a young company (est. 2012) with roots back in industrial engineering and commercialization of new products within the energy – oil & gas industry, machinery and mechanical branches. We follow our innovative and environmentally friendly products from the early stage of idea to their specific markets. The company draws benefits from long experience and from being a small and flexible environment for creativity and knowhow. The founders behind OTECHOS have several technology establishments in their records. All from early stage in year 2000 until today, they founded five technology companies. All have been into mechanical technology / products and machinery. From their first success, the CFT (Coiled Foil Technology) heat exchanger in Pleat AS (www.pleat.no) to the last and most known company, Quickflange AS with its unique cold weld technology for pipe flanges (www.quickflange.com), all which have created a global footprint in the piping industry. Quickflange has received several technology prizes, for instance “Deloitte Technology Fast 500”, “NHO’s Innovation price 2010 (Confederation of Norwegian Enterprises) for innovative technology and business development” and finalist in the “DnB Innovation prize”. From the very first cooperation between the two founders, there always been focus on new technology with a global potential and with IP rights (patented technology). OTECHOS is such a company. The company has now several investors, where the two founders are the major shareholders. The investors, directors of the board and the management are all professionals and have long and wide experience in international business and industry. This will ensure that the rap
TreaTech Sàrl, founded in 2015 and based in Lausanne, Switzerland, specializes in liquid waste management solutions. The company employs innovative catalytic hydrothermal gasification technology to treat various liquid wastes, including sewage sludge, industrial wastewater, and biomass residues. This thermochemical process converts high-salt effluents into valuable byproducts such as fresh water, biogas, and natural fertilizers, thereby addressing global challenges related to clean water availability. TreaTech's team, comprised of engineers from EPFL, possesses expertise in heterogeneous catalysis and energy systems integration. With a commitment to sustainability, the company aims to provide low-cost, environmentally friendly waste treatment solutions that align with circular economy principles. Currently, TreaTech is focused on developing a demonstration unit to showcase the effectiveness of its technology.
Revolutionary electromagnetic endoscopy accessory to automatize polyp detection
Revolutionary electromagnetic endoscopy accessory to automatize polyp detection
Manufacturer of a self-climbing crane (craneless technology) to change the major components of wind turbines. The company designs and manufactures lifting equipment that enables the exchange of blades and generators in wind turbine generators, onshore and offshore, without the need for a high-tonnage crane and focuses on designing innovative and creative craneless solutions for the wind energy sector, specifically a self-climbing crane enabling clients to lift up a load of heavyweight and place it on inaccessible surfaces or areas.
C2C-NewCap seeks to provide next-generation devices for storing electrical energy and aims to deliver high efficiency energy solutions. Charge2CNewCap was founded in 2014 by Rui Silva and Andre Mao de Ferro and is based in Lisbon.
Enerpoly is a next-generation energy storage technology company pioneering rechargeable zinc-ion battery chemistry. Enerpoly innovates in battery components, production methods, and designs, and employs agile research and development techniques to rapidly deliver batteries that are suitable for the grid, industrial, commercial, and residential uses.
Created in July 2014, Aenitis Technologies is a French start-up resulting from the work of Mauricio HOYOS and Jean-Luc AIDER, both CNRS researchers at the PMMH Laboratory (Physics and Mechanics of Heterogeneous Media at the ESPCI ParisTech, a research engineer’s school in Paris. The company focuses on medical devices’ area, where their breakthrough technologies are highly promising. Aenitis Technologies is developing innovative separation, manipulation and filtration of biological elements solutions, based on acoustophoresis technologies. The company first focuses on technological solutions that will revolutionize current practices in Public Health. Aenitis Technologies aims to become a world leader in filtering / separating solutions by acoustophoresis.