Re-Fresh Global
Founder/s: Viktoria Kanar, Revital Nadiva
Based In: Berlin, Germany
Website: www.re-fresh.global
Re-Fresh Global is a pioneering biotech startup that transforms textile waste into high-quality raw materials through innovative patented processes. By utilizing advanced biotechnology, the company separates cellulose and synthetic fibers via enzymatic hydrolysis, creating sustainable alternatives like Re-Nano™, Re-Thanol™, and Re-SanPulp™. This innovative approach not only repurposes discarded textiles but also significantly reduces the environmental impact associated with traditional textile disposal methods.
The mission of Re-Fresh Global is to promote a circular economy by recycling textile waste into valuable resources that can be reintegrated into various industries, including cosmetics, automotive, and construction. Their vision is to lead the way in sustainable manufacturing practices, helping businesses align with eco-conscious consumer values while contributing to a healthier planet.
Re-Fresh Global addresses the pressing issue of textile waste, which is a major environmental challenge, by providing a solution that minimizes landfill contributions and reduces greenhouse gas emissions. Their technology enables the recycling of both post-consumer and post-production textile waste, effectively tackling the complexities of textile recycling.
By creating a closed-loop system, Re-Fresh Global contributes to the circular economy by turning waste into new resources, thus conserving natural resources and reducing the need for virgin materials. Their innovative processes not only save water but also lower carbon footprints, showcasing a commitment to sustainability.
Kuori is a Swiss cleantech startup founded in 2022 and based in Basel. The company focuses on developing sustainable alternatives to conventional plastics, utilizing organic waste materials like banana peels and nut shells. Their flagship innovation is a rubber-like material that is flexible, bio-based, and biodegradable, primarily used for shoe soles. By adopting cradle-to-cradle principles, Kuori aims to reduce the environmental impact of microplastics, particularly those produced from discarded shoe soles, which can take hundreds of years to degrade in nature. Their biodegradable material allows for common manufacturing processes such as sewing, injection molding, and laser cutting, promoting easy integration into production lines.
Kuori has secured €2.3 million in funding to support the rapid market launch of their products and expand their industrial partnerships. The startup has also been backed by accelerator programs such as Circular Economy Incubator and financial institutions like the Gebert Rüf Foundation. With their commitment to a circular economy, Kuori envisions a future where all products are made from degradable materials, ultimately minimizing waste and pollution. The company also highlights the importance of reducing microplastic emissions, aiming to address a significant environmental challenge posed by conventional footwear and other everyday plastic items. Their mission goes beyond just product innovation – they aspire to change consumer behavior and industry standards towards sustainable and eco-friendly solutions.
re.solution
Founder/s: Hendrik Winckler, Christian Kocks
Based In: Aachen, Germany
re.solution is a startup established in 2023 at RWTH Aachen, focused on chemical recycling technology for polyester-containing textiles. This innovative process operates on renewable energy, significantly reducing chemical and water usage while effectively recycling fiber blends and managing textile impurities.
With 69 million tons of fossil-based polyester fibers produced annually, most are disposed of through landfilling or incineration due to a lack of viable alternatives. re.solution aims to divert these resources from waste, offering sustainable substitutes for virgin plastics. The company is currently funded by the Federal Ministry of Economic Affairs and Climate Protection (BMWK) and the EU to develop industrial-scale recycling plants. Their robust technology is designed to enhance the sustainability of the textile industry by creating circular and cost-effective raw materials.
The long-term goal is the development and operation of plants on an industrial scale that contribute to achieving the industry’s sustainability goals with the help of circular and inexpensive raw materials made from polyester-containing textiles. Even though the technology is designed to recycle polyester, it is particularly robust towards textile-specific impurities and fiber blends.
Vyld is revolutionizing menstrual health by creating the world’s first tampons made from seaweed, a sustainable and regenerative resource. By harnessing the natural absorbent properties of marine macroalgae, Vyld is not only providing a healthier alternative to conventional menstrual products but also addressing the environmental impact of period waste. Their innovative approach combines radical sustainability with a commitment to ocean health, aiming to empower menstruators while contributing to the restoration of marine ecosystems.
The mission of Vyld is to reframe the social stigma surrounding menstruation and promote menstrual health through eco-friendly products. They envision a world where menstrual products are not only safe and effective but also contribute positively to the environment.
Vyld tackles the pressing issue of period waste, which contributes significantly to ocean pollution. By using seaweed, which grows rapidly without the need for fertilizers or fresh water, they mitigate the environmental footprint associated with traditional menstrual products.
In terms of circular economy contributions, Vyld’s model emphasizes the use of renewable resources and aims to create a closed-loop system where products are biodegradable and do not harm the environment. Their seaweed cultivation practices also support marine habitat restoration, making them a pioneer in sustainable menstrual health solutions.
With their innovative kelpons, Vyld is set to make a significant impact, as seaweed can sequester large amounts of CO2 and produce more oxygen than trees. Recently, Vyld secured a seven-figure funding round to further develop their Algaeverse, showcasing their potential for growth and impact.
Tribu is revolutionizing the way parents access educational toys through a unique rental subscription model. By offering curated toy boxes tailored to different developmental stages, Tribu provides a sustainable solution for families who want high-quality, age-appropriate toys without the hassle of purchasing and storing them.
Each box is designed by mothers and approved by experts, ensuring that children receive toys that foster creativity, motor skills, and cognitive development.
With a focus on sustainability, Tribu encourages sharing and reusing toys, significantly reducing waste in the toy industry. The mission of Tribu is to make parenting easier and more enjoyable by providing a convenient, eco-friendly alternative to traditional toy ownership.
By allowing parents to rent toys, Tribu addresses the common problem of toy clutter and the environmental impact of disposable plastic toys. The startup contributes to the Circular Economy by promoting the reuse of toys, thus minimizing landfill waste and encouraging a culture of sharing. With over 10,000 satisfied parents and children, Tribu is making a significant impact on reducing plastic waste in landfills and oceans.
MATR is revolutionizing the hospitality industry with Austria’s first circular economy mattress, designed specifically for hotels. By utilizing high-quality, recyclable materials, MATR has developed an innovative mattress solution that not only provides superior comfort for guests but also significantly reduces waste and CO2 emissions. Their unique approach includes a take-back service, ensuring that old mattresses are responsibly recycled, thus closing the loop in the product lifecycle.
The mission of MATR is to create a sustainable sleeping experience that benefits both people and the planet. They aim to lead the way in providing hotels with eco-friendly solutions that enhance guest comfort while minimizing environmental impact.
MATR addresses the pressing issue of mattress waste, as millions of mattresses end up in landfills each year. By offering a product that is designed for longevity and recyclability, they help hotels reduce their ecological footprint and comply with emerging sustainability regulations.
In contributing to the circular economy, MATR exemplifies how innovative design can lead to resource conservation. Their mattresses are made to be fully recyclable, and they actively promote the return and reuse of materials, setting a new standard in the industry.
Notably, MATR’s mattresses achieve a remarkable 50% reduction in CO2 emissions compared to traditional mattresses, showcasing their commitment to environmental relief. The company has also received accolades, including the 2023 Climate and Entrepreneur Champions award from the Austrian Climate Ministry.
MATR’s innovative solutions are already being embraced by renowned hotel brands, including the Lenikus Group and Mountain Hotels, who appreciate the blend of luxury and sustainability that MATR provides.
fainin
Founder/s: Johann Lissner, Maximilian Lehmann, Kevin Mattutat
Based In: Hamburg, Germany
Website: www.fainin.com
fainin is revolutionizing the rental market by providing a secure and user-friendly platform for renting various products, from camping gear to event equipment. The startup has developed an innovative ‘Design-For-Trust’ system that ensures every rental transaction is fully documented and insured, offering peace of mind to both renters and owners. This unique approach combines insurance, user verification, smart payment solutions, and a transparent rental process, making it the safest sharing community in Germany.
The mission of fainin is to foster a culture of sharing and sustainability by enabling individuals and businesses to rent out their unused items,thereby minimizing the environmental footprint linked to manufacturing and disposal. By facilitating easy access to a wide range of products, fainin aims to create a more sustainable economy where sharing is the norm rather than ownership. fainin fosters a community-oriented approach to consumption that benefits users by leveraging each other’s resources.
With a user satisfaction rating of 4.7 from 155 reviews, fainin has successfully raised over €16,000 in its first crowdfunding campaign, showcasing strong community support. The platform also offers special services for refugees from the Ukraine-Russia conflict, allowing them to use the service without commission fees, highlighting its commitment to social responsibility.
Sorted
Founder/s: Arthur Goujion, Luis Espinosa
Based In: London, United Kingdom
Website: www.sortedtech.io
Sorted is revolutionizing the recycling industry by providing AI-powered solutions that enhance the efficiency of Material Recovery Facilities (MRFs) and Processing Recovery Facilities (PRFs). Their innovative technology utilizes advanced camera systems and machine learning to detect and sort recyclable materials on conveyor belts, significantly improving the performance of human pickers. By offering real-time data and insights, Sorted empowers recycling facility managers to optimize operations and maximize output, ensuring that valuable materials are efficiently recovered from waste streams.
The mission of Sorted is to empower recycling facilities to maximize recovery, optimize operations, and advance the circular economy. Sorted’s solutions enable better resource recovery and waste reduction, promoting a more sustainable approach to material management. Their technology allows facilities to achieve up to a 77% increase in recovered value, directly supporting the principles of recycling and resource conservation.
Notable environmental impact metrics include boosting picker productivity by up to 50% and reducing training time by half, which translates to significant operational efficiencies. Recently, Sorted raised £1.65 million to further develop their AI-driven material sorting technology, showcasing their commitment to innovation in the recycling sector. Sorted’s technology is already being utilized by prominent companies in the recycling industry, including Suez.
SOLAR MATERIALS
Founder/s: Fridolin Franke, Jan Bargel, Dr.Jan-Philipp Mai
Based In: Magdeburg, Germany
Website: www.solarmaterials.com
SOLAR MATERIALS is a cleantech startup, focused on revolutionizing the solar energy industry by offering an innovative solution for recycling solar panels. Founded in June 2021, the company has developed a patented recycling technology that allows the efficient recovery of 98% of raw materials from silicon solar panels, including critical elements like silver, silicon, aluminum, copper, glass, and plastics.
The core of their approach lies in a thermo-mechanical process that does not rely on chemicals, making it both energy-efficient and environmentally friendly. By recovering high-quality glass and other valuable materials, SOLAR MATERIALS aims to make solar energy truly circular, addressing the rising challenge of solar panel waste as global installations increase.
The company’s mission is to create a circular economy within the solar industry, and it has secured over €3 million in venture capital from investors such as bmp Ventures, Katapult, and First Imagine. SOLAR MATERIALS began as an R&D company and transitioned into a certified solar panel recycling firm by 2023. They are now scaling up operations, with plans to establish the first automated industrial-scale recycling line capable of processing 10,000 tons annually. By 2050, it is expected that millions of tons of solar panel waste will need processing.
+EARTH+
Founder/s: Elena Doms, Frederik Verstraete
Based In: Temse, Belgium
Website: www.earthplus.eu
+EARTH+ is revolutionizing land restoration and carbon capture by harnessing the power of nature. The startup employs innovative, nature-based solutions to clean polluted soils and sequester carbon, utilizing fast-growing plants that require minimal water and no pesticides. Their unique methodology includes soil analysis, plant cultivation, and advanced monitoring technology, ensuring transparency and real-time reporting on environmental impact.
The mission of +EARTH+is to create the largest Soil & CO2 cleanup initiative, promoting a sustainable future for our planet. They aim to restore degraded lands while providing economic benefits through the production of bio-based construction materials, effectively turning pollution into opportunity.
By addressing soil pollution and carbon emissions, +EARTH+ tackles critical global challenges, including food security and climate change. Their approach not only improves soil health but also enhances biodiversity and agricultural yields.
In contributing to the Circular Economy, +EARTH+ transforms waste into valuable resources, creating circular bio-based materials that store carbon long-term. Their innovative solutions help reduce reliance on traditional, resource-intensive materials, promoting sustainability in construction and agriculture.
+EARTH+ aims to mitigate the 8% of global CO2 emissions coming from cement production, by upcycling waste concrete into drop-in substitutes to aggregate, sand, and cement. The vision is to produce circular concrete without primary raw materials.
ecoLocked
Founder/s: Mario Schmitt, Steff Gerhart, Micheil Gordon
Based In: Berlin, Germany
Website: www.ecolocked.com
ecoLocked transforms buildings into carbon sinks through innovative biochar-based materials. By integrating captured carbon into high-performance concrete products, ecoLocked enables the construction sector to significantly reduce its embodied carbon footprint. Their flagship product, eco Locked Materials®, is designed to be easily incorporated into existing concrete production processes, providing a seamless solution for manufacturers looking to enhance sustainability without compromising performance.
The mission of ecoLocked is to scale carbon removal technologies globally, aiming for a substantial impact on climate change mitigation. They envision a future where every building contributes to carbon storage, helping to achieve net-zero emissions in the construction sector by 2050.
The startup addresses the pressing issue of high carbon emissions from concrete production, which is responsible for approximately 8% of global emissions. By offering a viable alternative that sequesters carbon, ecoLocked not only helps reduce the industry’s carbon footprint but also supports the broader goal of climate neutrality.
In contributing to the Circular Economy, ecoLocked promotes the use of waste biomass for biochar production, ensuring that materials are repurposed rather than discarded. This approach not only minimizes waste but also creates a sustainable cycle of resource use in construction.
With a target of achieving a CO2 impact of 1 million tons by 2040, ecoLocked is poised to make a significant environmental impact.
With its innovative TRIQBRIQ system, a modular wood construction solution that utilizes micro-modular wooden building blocks known as BRIQs, the start-up is leading the change within the construction industry. These BRIQs are manufactured with high precision using robotic technology from cost-effective industrial and damaged wood, allowing for a sustainable and efficient building process. The unique design enables the BRIQs to be assembled on-site without the need for artificial bonding agents, making the construction process not only faster but also environmentally friendly. With the ability to construct a 500 sqm floor in just two days, TRIQBRIQ significantly reduces traditional building timelines, which can take up to 20 days with conventional materials like concrete.
The mission of TRIQBRIQ is to promote sustainable building practices that harmonize with nature, offering a fully circular alternative to traditional construction materials. By focusing on resource efficiency and minimizing waste, TRIQBRIQ aims to lead the way in eco-friendly construction solutions.
The startup addresses the pressing issue of waste in the construction industry, particularly the underutilization of weak and damaged wood that often goes to waste. By repurposing this wood into BRIQs, TRIQBRIQ not only reduces landfill contributions but also captures CO2 emissions that would otherwise be released during wood decay.
In terms of its contribution to the circular economy, TRIQBRIQ ensures that its building materials are 100% reusable at the end of their lifecycle. The BRIQs can be easily disassembled and repurposed, drastically reducing construction waste and maximizing the value derived from natural resources.
Notably, a single floor constructed with TRIQBRIQ can save significant amounts of CO2 emissions, showcasing the startup’s commitment to environmental relief.
ecoworks is revolutionizing the housing industry by providing innovative, modular, and climate-neutral renovation solutions for apartment buildings. The company specializes in serial renovation, which involves prefabricating thermal building skins that integrate insulation, windows, and ventilation systems directly in the factory. This approach not only accelerates the renovation process but also enhances energy efficiency, allowing buildings to achieve NetZero standards. By shifting 80% of the construction work from the site to the factory, ecoworks significantly reduces construction times and costs while ensuring high-quality outcomes.
The mission of ecoworks is to transform the existing housing stock into energy-efficient, sustainable living spaces that contribute to climate neutrality. They aim to support housing companies, from small cooperatives to large corporations, in overcoming the challenges of energy-efficient renovations in a cost-effective manner.
The startup addresses the pressing issue of outdated and energy-inefficient buildings, which contribute significantly to carbon emissions. By implementing their innovative renovation solutions, ecoworks helps reduce the environmental impact of the housing sector, which is crucial for achieving climate goals.
In terms of circular economy contributions, ecoworks utilizes ecological building materials that can be reused after their lifecycle, promoting sustainability and resource conservation. Their projects have shown impressive results, such as transforming buildings to achieve energy efficiency classes from H to A+, significantly lowering CO2 emissions and operational costs.
Shellworks
Founder/s: Insiya Jafferjee, Amir Ashfar
Based In: London, United Kingdom
Website: www.shellworks.com
Shellworks is revolutionizing the packaging industry with its innovative material, Vivomer, which is designed to eliminate plastic waste. By harnessing the power of microbes, Shellworks creates a sustainable, home-compostable alternative to traditional plastics. Vivomer is not only stable and mass-producible but also biodegrades into natural constituents, ensuring that it leaves no harmful residues behind. This groundbreaking approach allows brands to package their products responsibly while contributing to a cleaner environment.
Their mission is to eradicate plastic pollution and foster a circular economy. They aim to break the reliance on petroleum-based materials by providing eco-friendly packaging solutions that prioritize sustainability without compromising on quality or functionality.
With 90% of all plastics ever created not being recycled, Shellworks exemplifies true sustainability by ensuring that their products can return to nature safely. Vivomer is designed to biodegrade in various environments, including home composting, without leaving behind microplastics or toxins, thus closing the loop on material usage.
To date, Shellworks has replaced over 900,000 plastic packaging units, showcasing their significant impact on reducing plastic waste. Their innovative approach not only supports brands in their sustainability goals but also actively contributes to environmental relief.
Woamy
Founder/s: Susanna Partanen, Luisa Jannuzzi, Leevi Viitanen, Juha Koivisto, Mohamed Elamir
Based In: Espoo, Finland
Website: www.woamy.com
Woamy is revolutionizing the packaging industry with its innovative biofoam technology, developed from a decade of scientific research at Aalto University. This eco-friendly, cellulose-based foam mimics the strength of wood while being lightweight, biodegradable, and recyclable. By creating a sustainable alternative to traditional plastic foams, Woamy is setting a new standard for protective packaging that meets the growing demand for environmentally responsible solutions.
The company’s mission is to transform the world with sustainable innovations, empowering businesses to replace harmful plastic foams and achieve their sustainability goals. Woamy addresses the critical issue of plastic waste, as only 1% of plastic foams are recycled annually, by offering a fully circular packaging material that can be recycled alongside cardboard. Their biofoam not only reduces environmental impact but also enhances product protection and transportation efficiency.
With plans for a pilot factory by 2026 and successful collaborations with forward-thinking companies, Woamy is paving the way for a greener future. The startup’s innovative approach has garnered attention, including features in industry publications and participation in prestigious events like LUXEPACK.
Cyclize
Founder/s: Maike Lambarth, Stephan Renninger, Jan Stein, Dominik Novakovi
Based In: Utrecht, The Netherlands
Website: www.cyclize.de
Cyclize is a pioneering ClimateTech startup dedicated to revolutionizing the chemical industry through innovative plasma technology. By transforming waste plastics into valuable intermediate chemicals, Cyclize aims to create a carbon circular economy that mitigates CO2 emissions and reduces plastic waste pollution.
Their groundbreaking approach utilizes non-thermal plasma to gasify waste materials, producing syngas—a mixture of hydrogen and carbon monoxide—that can replace fossil feedstocks like natural gas and oil. This innovative process not only addresses the pressing issue of plastic waste but also enables companies to achieve their emission reduction goals.
Cyclize’s mission is to defossilize the chemical industry, ensuring that carbon remains a vital component in products while eliminating reliance on fossil resources. With a focus on sustainability, Cyclize contributes to a circular economy by closing the carbon value chain and promoting resource conservation. Notably, their technology has the potential to generate carbon-negative products by using CO2 as a feedstock. The startup recently secured €5 million in seed funding to further develop its revolutionary plastic recycling technology, showcasing its commitment to environmental relief.
ProteinDistillery
Founder/s: Christoph Pitter, Marco Ries, Dr. Tomas Kurz, Michael Baunach
Based In: Berlin, Germany
Website: www.proteindistillery.com
ProteinDistillery is shaping the future of the food industry by developing innovative and sustainable protein ingredients. Through biomass fermentation, the company has created Prew:tein®, a clean label protein ingredient with superior functional and nutritional properties. These proteins, derived from industrial sidestreams such as brewer’s yeast, offer a future-proof alternative to traditional protein sources, which are often resource-intensive and generate high emissions. Prew:tein® outperforms alternative meat and plant proteins in the critical environmental factors of carbon, water, and land use.
With its versatile applications in meat alternatives, egg replacements, baked goods, and dairy alternatives, ProteinDistillery enables food manufacturers to create products that are both healthy and sustainable, without compromising on taste or quality. Prew:tein® can reduce or fully eliminate unwanted additives and animal-based ingredients in a wide range of food products. This approach actively supports the industry in addressing global challenges such as climate change and food security.
With a clear focus on resource conservation and innovation, ProteinDistillery is setting new standards in the food industry and demonstrating what future-proof nutrition can look like. The company is thus a pioneer for a more environmentally friendly and sustainable future in food production.
ProteinDistillery is empowering food companies to make sustainable food the new norm through clean & multifunctional protein ingredients. Promoting circular practices and reducing food waste is at their core.
Planet A Foods
Founder/s: Dr. Max Marquart, Dr. Sara Marquart
Based In: Munich, Germany
Website: www.planet-a-foods.com
Planet A Foods is an innovative start-up dedicated to developing sustainable food products. Their main focus is on producing chocolate without the use of cocoa. Using proprietary technology, the company ferments plant-based ingredients to naturally recreate flavors. Natural ingredients and by-products of the food industry, such as oats, become the foundation for a variety of flavors. This approach allows the use of sustainable, local plants instead of importing cocoa plants from Africa or the Americas.
Through fermentation and roasting, Planet A Foods produces ChoViva concentrate and ChoViva butter. Together, they form ChoViva—a cocoa-free chocolate with a delicious aroma and taste, while generating 90% less CO2. With this innovation, the company aims to drastically reduce the environmental footprint of chocolate production.
Planet A Foods positions itself as a pioneer in the food industry, demonstrating that it’s possible to create tasty and high-quality products without harming the environment. The company continuously researches further sustainable food alternatives to enable a more future-proof diet, making a significant contribution to the protection of our planet.
The start-up saves 500 Mt of CO2 annually by producing food ingredients decoupled from limited resources & exploitation.
Koralo
Founder/s: Sina Albanese and Dr. Guido Albanese
Based In: Munich, Germany
Website: www.koralo-foods.com
Koralo is revolutionizing the seafood industry by creating New F!sh, a sustainable seafood alternative made from co-fermented microalgae and mushroom roots. This innovative approach not only provides all the essential nutrients typically found in fish but also eliminates the environmental issues associated with traditional fishing practices, such as overfishing and pollution. By utilizing a unique patent-pending co-fermentation technology, Koralo transforms these natural ingredients into a delicious, nutritious product that is low in fat and calories while being rich in omega-3s and vitamins B2 and B12.
The mission of Koralo is to promote thriving people and oceans by offering a sustainable alternative to conventional seafood. They aim to protect marine ecosystems while providing consumers with a healthy, guilt-free option that contributes positively to their diets. Koralo envisions a future where food production is both environmentally friendly and nutritionally beneficial, ensuring that the oceans are preserved for generations to come.
Koralo addresses the pressing issues of ocean pollution, overfishing, and the consumption of harmful substances like microplastics and toxins found in traditional seafood. Their innovative products not only provide a healthier alternative but also help reduce the ecological footprint associated with seafood production.
In terms of environmental impact, Koralo’s production process boasts impressive metrics: it emits 96% less CO2 compared to soy protein, uses 98% less water than conventional fish farming, and requires 94% less land. These figures highlight Koralo’s commitment to sustainability and resource conservation.
Circu Li-ion
Founder/s: Antoine Welter, Dr. Xavier Kohll
Based In: Foetz, Luxembourg
Website: www.circuli-ion.com
Circu Li-ion is revolutionizing the battery industry by providing innovative upcycling solutions that extend the life of batteries used in electric vehicles, micromobility, power tools, and energy storage systems. Their fully automated process dismantles and diagnoses battery packs, revealing the true potential of each cell for reuse or recycling. This cutting-edge technology not only enhances the value chain of batteries but also significantly reduces operational costs and CO₂ emissions.
The mission of Circu Li-ion is to create a sustainable future by participating in the circular economy, ensuring that batteries are reused and recycled efficiently, thus minimizing waste and resource consumption. By addressing the inefficiencies in current recycling processes, they tackle the pressing issue of battery waste, which poses a significant environmental challenge. Their automated disassembly process maximizes the recovery of raw materials, contributing to a cleaner and more sustainable ecosystem.
Notably, their upcycling solution can lead to a substantial reduction in CO₂ emissions, as evidenced by their published Life Cycle Assessment (LCA). Recently, Circu Li-ion secured €8.5 million in seed funding to further enhance their operations and expand their impact. Their innovative approach has already attracted attention from major players in the industry, positioning them as a key partner for companies looking to improve their sustainability practices.
Holy Technologies
Founder/s: Bosse Rothe, Moritz Reiners
Based In: Hamburg, Germany
Website: www.holy-technologies.com
Holy Technologies is transforming the manufacturing landscape with a digital production system for sustainable composite manufacturing. Their innovative approach eliminates traditional methods, focusing on lightweight components that enhance performance while reducing environmental impact. By using proprietary models to compute efficient fiber paths, Holy Technologies achieves up to 30% weight reduction in components, ensuring materials remain continuous and undamaged.
Their mission is to decarbonize lightweight manufacturing through scalable and sustainable systems. Their flagship Infinite Component Platform aims to cut production costs by up to 50%, producing 100% recyclable components. This solution meets the growing demand for eco-friendly innovations in industries like automotive, aerospace, and energy. The platform also promotes a circular economy, where components can be continuously recycled and reused, minimizing waste and resource depletion.
Holy Technologies tackles carbon emissions and resource-intensive processes by offering a system that reduces weight and enhances recyclability. Their technology extracts over 95% of virgin material characteristics from end-of-life components, reflecting their dedication to sustainability. For example, reducing aircraft weight by 100kg can save up to 10,000 liters of kerosene annually, which equates to a significant reduction in CO2 emissions over time.
baCta
Founder/s: Mathieu Nohet, Marie Rouquette, Selcuk Aslan
Based In: Paris, France
Website: www.bacta.life
baCta is revolutionizing the rubber industry by engineering microorganisms to produce biosynthetic natural rubber, a sustainable alternative to traditional rubber sources. Utilizing a mixotrophic approach, the company captures CO2 and other renewable carbon sources, transforming them into isoprene through AI-designed enzymes. This innovative process not only creates a high-quality, carbon-negative rubber but also significantly reduces the carbon footprint associated with rubber production.
The mission of baCta is to fully decarbonize the rubber industry, providing a resilient and flexible raw material that meets the growing demand for sustainable products across various sectors, including transportation, healthcare, and consumer goods. By harnessing cutting-edge synthetic organelles technology, baCta aims to lead the charge towards a more sustainable future.
baCta addresses rubber sustainability by tackling the environmental impact of natural rubber, which is resource-intensive and contributes to carbon emissions. With global demand at 3.5 kg of rubber per person annually, baCta offers a solution aligned with the Circular Economy, focusing on resource conservation and innovation. Their process could eliminate over 500 million tons of CO2 equivalent emissions annually, showcasing their commitment to reducing environmental harm. With a carbon-negative output of up to -151%, baCta is pioneering a more sustainable future for material production.
Lindner Group is a leading innovator in sustainable construction, offering Cradle to Cradle (C2C) certified products designed for a circular economy. Their mission is to revolutionize the building industry by using eco-friendly, recyclable materials that can re-enter the production cycle without waste. The company specializes in ceilings, floors, facades, and other architectural solutions aimed at reducing environmental impact.
Lindner’s modular product design promotes circularity by ensuring partition walls, ceilings, and doors are created with uniform dimensions for easy interchangeability. Systems can be adapted with components like panels and lights for new installations. By integrating renewable energy and reducing energy consumption, Lindner optimizes building sustainability throughout its lifecycle.
Their circular solutions align with green building standards, advancing the industry’s transition to more environmentally responsible practices. In early 2022, Lindner’s Loop aurum and Nortec aurum double floor systems became the first raised floors globally to earn C2C Gold certification. The reused floor plates provide a CO2 reduction of up to 72% compared to new products.
Over 50 years ago, Lindner Group operates globally with a workforce of more than 7,500. The company has production facilities and subsidiaries in over 20 countries and has completed 2,500 projects across more than 40 countries, including regions like the Middle East, Southeast Asia, and Europe.