Chalmers Ventures

Swedish Algae Factory AB, established in 2014 and located in Gothenburg, Sweden, specializes in algae cultivation and wastewater treatment systems. The company focuses on extracting nanoporous silica from silicon algae, a material that enhances the efficiency of solar panels by trapping visible light and blocking UV light. Laboratory tests have shown promising results in improving solar panel performance. Additionally, the nanoporous material has applications beyond energy, including use in skincare products for moisturizing, cleaning, and UV protection, thanks to its ability to absorb and release particles based on environmental conditions.

ReVibe Energy specializes in developing innovative vibration energy harvesting technology aimed at powering sensor and monitoring systems in industrial settings. By converting ambient vibrations into electricity, ReVibe Energy provides a sustainable and reliable power source that eliminates the need for traditional cables and batteries. This technology enables businesses to acquire, measure, and analyze vibrations with precision, facilitating improved operational efficiency and data collection in the industrial Internet of Things. With its focus on mobile and wireless solutions, ReVibe Energy is positioned to enhance the sustainability and functionality of monitoring systems across various industries.

Adsorbi develops a novel biomaterial based on cellulose.

ReVibe Energy specializes in developing innovative vibration energy harvesting technology aimed at powering sensor and monitoring systems in industrial settings. By converting ambient vibrations into electricity, ReVibe Energy provides a sustainable and reliable power source that eliminates the need for traditional cables and batteries. This technology enables businesses to acquire, measure, and analyze vibrations with precision, facilitating improved operational efficiency and data collection in the industrial Internet of Things. With its focus on mobile and wireless solutions, ReVibe Energy is positioned to enhance the sustainability and functionality of monitoring systems across various industries.

Adsorbi develops a novel biomaterial based on cellulose.

Swedish Algae Factory AB, established in 2014 and located in Gothenburg, Sweden, specializes in algae cultivation and wastewater treatment systems. The company focuses on extracting nanoporous silica from silicon algae, a material that enhances the efficiency of solar panels by trapping visible light and blocking UV light. Laboratory tests have shown promising results in improving solar panel performance. Additionally, the nanoporous material has applications beyond energy, including use in skincare products for moisturizing, cleaning, and UV protection, thanks to its ability to absorb and release particles based on environmental conditions.

Vividye AB, founded in 2020 and based in Gothenburg, Sweden, specializes in sustainable solutions for the textile industry by offering reuse and recycling services for garments. The company has developed a reversible dyeing technology that allows textiles to be colored, de-colored, and re-colored without compromising the fabric's mechanical properties. This innovative approach addresses the color-related inefficiencies prevalent in garment recycling and enables companies to effectively collect, separate, and reuse water, chemicals, and pigments, thereby minimizing reliance on non-renewable resources. Vividye's technology is positioned to support various circular business models and has garnered recognition as one of the top companies with significant potential to reduce emissions in the near future, being featured in Mission Innovation's Net-Zero Compatible Initiative.

Swedish Algae Factory AB, established in 2014 and located in Gothenburg, Sweden, specializes in algae cultivation and wastewater treatment systems. The company focuses on extracting nanoporous silica from silicon algae, a material that enhances the efficiency of solar panels by trapping visible light and blocking UV light. Laboratory tests have shown promising results in improving solar panel performance. Additionally, the nanoporous material has applications beyond energy, including use in skincare products for moisturizing, cleaning, and UV protection, thanks to its ability to absorb and release particles based on environmental conditions.

Atium AB is a Swedish company founded in 2017, based in Gothenburg, that specializes in developing innovative water treatment solutions. The company has created a patent-pending reusable filter technology designed to selectively remove toxic heavy metals, particularly mercury, from industrial wastewater and contaminated drinking water. This advancement aims to address the growing global challenge of clean water access and the impact of hazardous pollutants. Atium's technology promotes a circular process that emphasizes high removal efficiency, low waste generation, and enhanced corrosion resistance, contributing to more effective and environmentally friendly water treatment practices.

Glenntex is a material innovation startup focused on advancing the use of recycled plastics through the development of graphene-based technology. The company specializes in creating functionalized graphene, which enhances gas barriers for various applications, including storage and transportation of gases and chemicals. Glenntex's products extend to food-grade and non-food-grade rigid packaging, as well as sectors such as automotive, cosmetics, and heating and safety systems. By addressing end-of-life challenges and promoting high recyclability, the company aims to deliver high-performance solutions while minimizing environmental impact.

Biopetrolia is a biotechnology company that specializes in synthetic biology and metabolic engineering of yeast cell factories. Using this technology, the company aims to reduce the need for petrol and excessive exploitation of natural resources to produce products such as cosmetic bioingredients, food oils, and fuels. Biopetrolia was founded in 2014 and is based in Göteborg, Sweden.

Solartes AB, based in Göteborg, Sweden, specializes in the production of innovative thermal plastics designed for solar energy utilization. Founded in 2020, the company creates transparent polymer composites that capture and store solar energy by absorbing ultraviolet light during the day. This stored energy is subsequently released as heat during the night, functioning similarly to a combined solar panel, battery, and radiator. Solartes' products aim to enhance indoor climate regulation while reducing heating needs and overall energy consumption for organizations.

Vividye AB, founded in 2020 and based in Gothenburg, Sweden, specializes in sustainable solutions for the textile industry by offering reuse and recycling services for garments. The company has developed a reversible dyeing technology that allows textiles to be colored, de-colored, and re-colored without compromising the fabric's mechanical properties. This innovative approach addresses the color-related inefficiencies prevalent in garment recycling and enables companies to effectively collect, separate, and reuse water, chemicals, and pigments, thereby minimizing reliance on non-renewable resources. Vividye's technology is positioned to support various circular business models and has garnered recognition as one of the top companies with significant potential to reduce emissions in the near future, being featured in Mission Innovation's Net-Zero Compatible Initiative.

ReVibe Energy specializes in developing innovative vibration energy harvesting technology aimed at powering sensor and monitoring systems in industrial settings. By converting ambient vibrations into electricity, ReVibe Energy provides a sustainable and reliable power source that eliminates the need for traditional cables and batteries. This technology enables businesses to acquire, measure, and analyze vibrations with precision, facilitating improved operational efficiency and data collection in the industrial Internet of Things. With its focus on mobile and wireless solutions, ReVibe Energy is positioned to enhance the sustainability and functionality of monitoring systems across various industries.

Atium AB is a Swedish company founded in 2017, based in Gothenburg, that specializes in developing innovative water treatment solutions. The company has created a patent-pending reusable filter technology designed to selectively remove toxic heavy metals, particularly mercury, from industrial wastewater and contaminated drinking water. This advancement aims to address the growing global challenge of clean water access and the impact of hazardous pollutants. Atium's technology promotes a circular process that emphasizes high removal efficiency, low waste generation, and enhanced corrosion resistance, contributing to more effective and environmentally friendly water treatment practices.

Swedish Algae Factory AB, established in 2014 and located in Gothenburg, Sweden, specializes in algae cultivation and wastewater treatment systems. The company focuses on extracting nanoporous silica from silicon algae, a material that enhances the efficiency of solar panels by trapping visible light and blocking UV light. Laboratory tests have shown promising results in improving solar panel performance. Additionally, the nanoporous material has applications beyond energy, including use in skincare products for moisturizing, cleaning, and UV protection, thanks to its ability to absorb and release particles based on environmental conditions.

Solartes AB, based in Göteborg, Sweden, specializes in the production of innovative thermal plastics designed for solar energy utilization. Founded in 2020, the company creates transparent polymer composites that capture and store solar energy by absorbing ultraviolet light during the day. This stored energy is subsequently released as heat during the night, functioning similarly to a combined solar panel, battery, and radiator. Solartes' products aim to enhance indoor climate regulation while reducing heating needs and overall energy consumption for organizations.

Vividye AB, founded in 2020 and based in Gothenburg, Sweden, specializes in sustainable solutions for the textile industry by offering reuse and recycling services for garments. The company has developed a reversible dyeing technology that allows textiles to be colored, de-colored, and re-colored without compromising the fabric's mechanical properties. This innovative approach addresses the color-related inefficiencies prevalent in garment recycling and enables companies to effectively collect, separate, and reuse water, chemicals, and pigments, thereby minimizing reliance on non-renewable resources. Vividye's technology is positioned to support various circular business models and has garnered recognition as one of the top companies with significant potential to reduce emissions in the near future, being featured in Mission Innovation's Net-Zero Compatible Initiative.

Mimbly is a company focused on sustainability through innovative water-saving and microplastic-capturing solutions. It manufactures a system designed for laundry applications that recycles water in washing processes. This system connects to a washing machine via a water intake valve, where it tracks, analyzes, and purifies water during each cycle, allowing for its reuse. Mimbly's technology enables professional laundry facilities to adopt more sustainable practices, significantly conserving water, reducing microplastic pollution, and lowering CO2 emissions.

Swedish Algae Factory AB, established in 2014 and located in Gothenburg, Sweden, specializes in algae cultivation and wastewater treatment systems. The company focuses on extracting nanoporous silica from silicon algae, a material that enhances the efficiency of solar panels by trapping visible light and blocking UV light. Laboratory tests have shown promising results in improving solar panel performance. Additionally, the nanoporous material has applications beyond energy, including use in skincare products for moisturizing, cleaning, and UV protection, thanks to its ability to absorb and release particles based on environmental conditions.

ReVibe Energy specializes in developing innovative vibration energy harvesting technology aimed at powering sensor and monitoring systems in industrial settings. By converting ambient vibrations into electricity, ReVibe Energy provides a sustainable and reliable power source that eliminates the need for traditional cables and batteries. This technology enables businesses to acquire, measure, and analyze vibrations with precision, facilitating improved operational efficiency and data collection in the industrial Internet of Things. With its focus on mobile and wireless solutions, ReVibe Energy is positioned to enhance the sustainability and functionality of monitoring systems across various industries.

Swedish Algae Factory AB, established in 2014 and located in Gothenburg, Sweden, specializes in algae cultivation and wastewater treatment systems. The company focuses on extracting nanoporous silica from silicon algae, a material that enhances the efficiency of solar panels by trapping visible light and blocking UV light. Laboratory tests have shown promising results in improving solar panel performance. Additionally, the nanoporous material has applications beyond energy, including use in skincare products for moisturizing, cleaning, and UV protection, thanks to its ability to absorb and release particles based on environmental conditions.

ReVibe Energy specializes in developing innovative vibration energy harvesting technology aimed at powering sensor and monitoring systems in industrial settings. By converting ambient vibrations into electricity, ReVibe Energy provides a sustainable and reliable power source that eliminates the need for traditional cables and batteries. This technology enables businesses to acquire, measure, and analyze vibrations with precision, facilitating improved operational efficiency and data collection in the industrial Internet of Things. With its focus on mobile and wireless solutions, ReVibe Energy is positioned to enhance the sustainability and functionality of monitoring systems across various industries.