Venture Kick is a private philanthropic initiative based in Zurich, Switzerland, founded in 2007 to support Swiss startups at the pre-seed stage. It provides up to 150,000 Swiss francs in funding and offers structured entrepreneurial training aimed at developing sustainable businesses. Entrepreneurs participate in a competitive process, pitching their ideas up to three times for increasing funding amounts, while receiving valuable feedback from expert juries. To date, Venture Kick has supported 600 startup projects with a total of 24.9 million francs, leading to the incorporation of 454 active companies that have created over 6,000 jobs and attracted approximately 2.49 billion francs in subsequent investments. Companies founded by Venture Kick alumni have notably achieved significant recognition, with 55 percent of the TOP 100 Swiss Startup Award in 2018 represented by these ventures. In 2019, the initiative aimed to allocate 4.35 million francs to support idea-stage projects, facilitating the transition of Swiss scientific innovations to global markets.
Verretex specializes in recycling low-quality glass fiber waste, utilizing proprietary technology to restore its original quality. The company produces high-performance, regenerated glass fiber textiles, serving diverse industries like construction, automotive, and electronics. By transforming waste into reusable materials, Verretex promotes sustainability, reduces carbon emissions, and offers clients eco-friendly, high-quality solutions.
Jaipur Robotics
Grant in 2024
Jaipur Robotics focuses on developing waste recycling ecosystem doliutions usng AI Algorithms.
Grensol Group
Grant in 2024
Grensol Group mission is to maximize the recycling of end-of-life wastge.
WasteFlow
Seed Round in 2024
WasteFlow is a technology company that specializes in optimizing recycling processes. It has developed an affordable, user-friendly learning-based vision system to analyze waste flow, identifying waste types and providing valuable insights to enhance recycling efficiency, purity, and sustainability. Unlike existing solutions, WasteFlow addresses the entire recycling cycle, not just the final sorting step, and aims to empower all actors in the recycling process with essential data and tools to maximize system performance and reduce costs.
Composite Recycling
Grant in 2022
Composite Recycling is dedicated to advancing a novel method for recycling glass fiber reinforced polymer (GFRP) materials. The company utilizes a specialized pyrolysis technique that effectively recovers glass fibers from composite waste while largely preserving their structural and functional properties. This innovative process addresses the growing issue of composite waste from sources such as boats and wind turbine blades, allowing for the recycling of GFRP into high-quality reclaimed glass fibers and pyrolysis oil. By scaling its technology, Composite Recycling aims to provide businesses with sustainable solutions for managing composite waste and promoting environmental responsibility.
Capt'n Greenfin
Grant in 2022
Capt'n Greenfin is dedicated to transforming the sportfishing industry through the development of sustainable fishing baits and products. The company manufactures plastic-free protein fishing baits and lead-free fishing products, including tungsten and steel jigs that mimic baitfish sought by predatory fish. These products are marketed directly to consumers and businesses across Europe. By focusing on innovative materials and environmentally friendly solutions, Capt'n Greenfin aims to promote responsible fishing practices and support the future of predator fishing.
Composite Recycling
Grant in 2022
Composite Recycling is dedicated to advancing a novel method for recycling glass fiber reinforced polymer (GFRP) materials. The company utilizes a specialized pyrolysis technique that effectively recovers glass fibers from composite waste while largely preserving their structural and functional properties. This innovative process addresses the growing issue of composite waste from sources such as boats and wind turbine blades, allowing for the recycling of GFRP into high-quality reclaimed glass fibers and pyrolysis oil. By scaling its technology, Composite Recycling aims to provide businesses with sustainable solutions for managing composite waste and promoting environmental responsibility.
Antefil Composite Tech
Convertible Note in 2021
Antefil Composite Tech specializes in the production of fiber-reinforced plastics designed for lightweight applications and enhanced process performance. The company focuses on large-scale composite manufacturing and offers recyclable material preforms for thermoset processes. Utilizing patent-pending technology, Antefil produces glass fibers that are individually coated with meltable, recyclable plastic. This innovation enables the creation of lightweight structures, allowing manufacturers of fiber-reinforced plastics to adopt more cost-effective and energy-efficient production methods. Antefil's commitment to sustainability is reflected in its high-quality textiles made from hybrid fibers, which facilitate improved performance in composite applications.
Composite Recycling
Grant in 2021
Composite Recycling is dedicated to advancing a novel method for recycling glass fiber reinforced polymer (GFRP) materials. The company utilizes a specialized pyrolysis technique that effectively recovers glass fibers from composite waste while largely preserving their structural and functional properties. This innovative process addresses the growing issue of composite waste from sources such as boats and wind turbine blades, allowing for the recycling of GFRP into high-quality reclaimed glass fibers and pyrolysis oil. By scaling its technology, Composite Recycling aims to provide businesses with sustainable solutions for managing composite waste and promoting environmental responsibility.
Antefil Composite Tech
Grant in 2021
Antefil Composite Tech specializes in the production of fiber-reinforced plastics designed for lightweight applications and enhanced process performance. The company focuses on large-scale composite manufacturing and offers recyclable material preforms for thermoset processes. Utilizing patent-pending technology, Antefil produces glass fibers that are individually coated with meltable, recyclable plastic. This innovation enables the creation of lightweight structures, allowing manufacturers of fiber-reinforced plastics to adopt more cost-effective and energy-efficient production methods. Antefil's commitment to sustainability is reflected in its high-quality textiles made from hybrid fibers, which facilitate improved performance in composite applications.
Concept | Iris
Grant in 2020
Concept | Iris creates reusable, functional, and well-designed products to make daily life more enjoyable and sustainable.
FenX
Pre Seed Round in 2019
FenX AG is a Swiss company that designs and develops recyclable insulation products utilizing mineral waste and natural materials. Founded in 2019 and based in Zurich, the company focuses on transforming readily available, low-value resources into non-flammable insulation materials. Its product offerings include panels, bricks, and customized components aimed at real estate developers, construction companies, and architects. By leveraging local waste materials, FenX supports a circular economy while providing innovative solutions that also contribute to reduced carbon emissions in construction processes.
Plastogaz
Grant in 2019
Plastogaz is a Swiss company based in Lausanne that specializes in producing natural gas from waste resources, specifically synthetic plastic waste. Founded in 2019, Plastogaz employs a patented catalyst technology to convert mixed plastics into grid-compatible methane and naphtha, which can be utilized as fuel or for creating new synthetic materials. This innovative approach not only facilitates the recycling of plastic waste but also aims to reduce greenhouse gas emissions associated with plastic disposal, contributing to a more sustainable environment.
FenX
Pre Seed Round in 2019
FenX AG is a Swiss company that designs and develops recyclable insulation products utilizing mineral waste and natural materials. Founded in 2019 and based in Zurich, the company focuses on transforming readily available, low-value resources into non-flammable insulation materials. Its product offerings include panels, bricks, and customized components aimed at real estate developers, construction companies, and architects. By leveraging local waste materials, FenX supports a circular economy while providing innovative solutions that also contribute to reduced carbon emissions in construction processes.
FenX
Grant in 2018
FenX AG is a Swiss company that designs and develops recyclable insulation products utilizing mineral waste and natural materials. Founded in 2019 and based in Zurich, the company focuses on transforming readily available, low-value resources into non-flammable insulation materials. Its product offerings include panels, bricks, and customized components aimed at real estate developers, construction companies, and architects. By leveraging local waste materials, FenX supports a circular economy while providing innovative solutions that also contribute to reduced carbon emissions in construction processes.
Capagain
Grant in 2018
CapAgain specializes in developing recycling systems specifically designed for single-use coffee capsules to address the environmental impact of their waste. The company's innovative system can be integrated into standard capsule machines, allowing for the automatic separation of coffee grounds from the capsule packaging. This process enables users to dispose of the coffee grounds as organic waste while facilitating the recycling of the plastic or metallic components of the capsules. By providing this solution, CapAgain aims to reduce pollution and promote more sustainable practices in coffee consumption.
ReWinner
Grant in 2016
ReWinner operates a B2B marketplace that facilitates the sale of surplus physical assets, including machinery, furniture, and materials, primarily for institutional building owners and companies. By enabling these entities to sell their obsolete assets, ReWinner promotes sustainability by helping to conserve resources and reduce waste. The company's services not only assist clients in disposing of unused items in an environmentally friendly manner but also allow them to generate additional income from these sales. Through its platform, ReWinner aims to streamline the process of selling used products, benefiting both sellers and the broader community.
Novamet sarl
Funding Round in 2015
Novamet Sarl, established in 2014 and located in Saint-Sulpice, Switzerland, specializes in optimizing aluminum melting and recycling processes through its innovative data-driven platform. The company offers a product called SmartMelt, which utilizes online data acquisition, numerical modeling, and machine learning to enhance the efficiency of industrial furnaces in the aluminum sector. By integrating real-time data analysis with advanced simulation techniques, Novamet's system collects information from sensors placed within melting furnaces. This enables the prediction of optimal melting cycles, allowing aluminum and metallurgy plants to improve energy efficiency and overall productivity during production.
Novamet sarl
Grant in 2015
Novamet Sarl, established in 2014 and located in Saint-Sulpice, Switzerland, specializes in optimizing aluminum melting and recycling processes through its innovative data-driven platform. The company offers a product called SmartMelt, which utilizes online data acquisition, numerical modeling, and machine learning to enhance the efficiency of industrial furnaces in the aluminum sector. By integrating real-time data analysis with advanced simulation techniques, Novamet's system collects information from sensors placed within melting furnaces. This enables the prediction of optimal melting cycles, allowing aluminum and metallurgy plants to improve energy efficiency and overall productivity during production.
Osmo Blue
Grant in 2014
Osmo Blue, founded in 2013 and located in Lausanne, Switzerland, specializes in the development of technologies for recycling low-temperature waste heat to generate electricity. The company’s patented technology can convert heat as low as 30°C into usable energy, allowing for the generation of hundreds of kilowatts of electricity from unexploited waste energy. Osmo Blue's solutions are applicable across various industries, including data centers, chemical plants, oil refineries, and incinerators, helping businesses reduce energy costs by harnessing waste heat that would otherwise go unused.
Osmo Blue
Seed Round in 2014
Osmo Blue, founded in 2013 and located in Lausanne, Switzerland, specializes in the development of technologies for recycling low-temperature waste heat to generate electricity. The company’s patented technology can convert heat as low as 30°C into usable energy, allowing for the generation of hundreds of kilowatts of electricity from unexploited waste energy. Osmo Blue's solutions are applicable across various industries, including data centers, chemical plants, oil refineries, and incinerators, helping businesses reduce energy costs by harnessing waste heat that would otherwise go unused.
Osmo Blue
Grant in 2013
Osmo Blue, founded in 2013 and located in Lausanne, Switzerland, specializes in the development of technologies for recycling low-temperature waste heat to generate electricity. The company’s patented technology can convert heat as low as 30°C into usable energy, allowing for the generation of hundreds of kilowatts of electricity from unexploited waste energy. Osmo Blue's solutions are applicable across various industries, including data centers, chemical plants, oil refineries, and incinerators, helping businesses reduce energy costs by harnessing waste heat that would otherwise go unused.
Osmo Blue
Grant in 2013
Osmo Blue, founded in 2013 and located in Lausanne, Switzerland, specializes in the development of technologies for recycling low-temperature waste heat to generate electricity. The company’s patented technology can convert heat as low as 30°C into usable energy, allowing for the generation of hundreds of kilowatts of electricity from unexploited waste energy. Osmo Blue's solutions are applicable across various industries, including data centers, chemical plants, oil refineries, and incinerators, helping businesses reduce energy costs by harnessing waste heat that would otherwise go unused.
Cardboard School Desk
Grant in 2009
Cardboard School Desk develops school desk made out of 100 % cardboard.
Cardboard School Desk
Grant in 2009
Cardboard School Desk develops school desk made out of 100 % cardboard.
Decavis
Grant in 2009
Decavis is a Swiss material manufacturer that operates innovative technology and product development as well as consulting in the field of materials. Their goal-oriented approach and their creative solutions allow us to efficiently and always customer-oriented development of novel materials in industrial sectors such as medical technology, energy, construction and recycling. Among their customers they count small businesses up to large international corporations from different branches of industry. A team of four highly motivated employees works today on the development, processing and marketing of porous ceramic materials as well as ultra high purity magnesium.
NaturLoop
NaturLoop is a Swiss-based cleantech and material science company focused on sustainable development through the production of natural biocomposites. The company specializes in manufacturing coconut-based fiberboard made from agricultural and agroforestry waste, utilizing a low-tech process that promotes circular economy practices. NaturLoop's innovative approach not only addresses environmental concerns but also aims to provide affordable and accessible sustainable materials for the construction sector. By leveraging existing wood panel infrastructure, NaturLoop offers a versatile and eco-friendly alternative to expensive imported building materials. Additionally, the company emphasizes community involvement, integrating local rural communities into its value chain while developing commercially viable products that help mitigate the depletion of natural resources.
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