European Innovation Council

TreaTech is a Swiss cleantech company established in 2015 by engineers from the École Polytechnique Fédérale de Lausanne (EPFL). The company specializes in developing catalytic hydrothermal gasification (cHTG) technology that offers an innovative approach to wastewater treatment. This thermochemical process effectively transforms various types of liquid waste, including sewage sludge, into valuable by-products such as renewable gas, clean water, and mineral salts. TreaTech's solutions focus on eco-friendly waste disposal, aligning with sustainable development and circular economy principles. By recycling wastewater and its by-products, TreaTech enables clients to manage waste more sustainably while generating resources like fertilizers and biogas.

Water Challenge is a company that provides a disruptive solution based on an economically sustainable technology that allows the treatment of any type of contaminated fluid, extracting all the solids contained, crystallizing, and purifying water suitable for human consumption, irrigation, and other uses.

SolarDew is a Netherlands-based company that specializes in innovative membrane distillation technology for water desalination and purification. The firm focuses on transforming contaminated, tainted, or saline water into pure drinking water. Its modular systems are powered exclusively by solar energy, eliminating the need for external energy sources. This approach not only enhances the sustainability of water purification efforts but also empowers local entrepreneurs to establish and operate their own water treatment businesses within their communities. By leveraging renewable energy, SolarDew aims to provide accessible and safe drinking water solutions globally.

SolarDew is a Netherlands-based company that specializes in innovative membrane distillation technology for water desalination and purification. The firm focuses on transforming contaminated, tainted, or saline water into pure drinking water. Its modular systems are powered exclusively by solar energy, eliminating the need for external energy sources. This approach not only enhances the sustainability of water purification efforts but also empowers local entrepreneurs to establish and operate their own water treatment businesses within their communities. By leveraging renewable energy, SolarDew aims to provide accessible and safe drinking water solutions globally.

Klearia specializes in developing microfluidic technology for analyzing and creating chemical compounds. The company's expertise lies in miniaturized chip-based devices, offering R&D services and enabling precise experiments with small sample volumes.

Ocean Oasis is a water technology company developing wave-powered desalination to produce fresh water from seawater and deliver it to shore with zero emissions. Its platform leverages wave energy to provide a flexible and robust solution that reduces dependence on diesel generators and electric grids, supporting decarbonization for coastal communities. The company aims to offer a cost-competitive approach to sustainable freshwater supply, combining offshore capabilities with environmentally friendly design. Founded in 2020 and based in Oslo, Norway, Ocean Oasis focuses on scalable desalination suitable for coastal infrastructure and regional water security.

AquaBattery develops safe, sustainable aqueous batteries for large-scale energy storage. Utilizing table salt and water, their flow batteries are non-toxic and adjustable in power capacity independently of energy storage.

Arborea Ltd. is a biochemical technology company based in London, United Kingdom, founded in 2015 by CEO Julian Melchiorri. The company specializes in developing innovative bio-based products utilizing carbon bio-converter cell technology, particularly focusing on urban environments and wastewater treatment. Arborea has created the BioSolar Leaf system, a tiling solution that mimics the natural processes of photosynthesis, enabling the growth of microscopic plants to produce healthy food ingredients. This system sequesters carbon dioxide, generates breathable oxygen, and purifies the air, thereby addressing environmental concerns while enhancing food production. By offering a scalable and cost-effective platform, Arborea aims to make sustainable and nutritious food accessible to all, significantly reducing the costs associated with traditional fermentation methods. Through its unique approach, the company is committed to harmonizing food production with ecological sustainability.

iFLUX is a technology company focused on sustainable groundwater management and soil remediation. Founded in 2017, it addresses the critical issue of water scarcity by enhancing the visibility of groundwater dynamics. The company has developed patented groundwater sampling technology, known as iFLUX Samplers, which allows for efficient tracking of groundwater contamination over time. These samplers facilitate faster and more cost-effective remediation projects by providing essential data on groundwater and contaminant movement. iFLUX’s Sensing Solutions integrate advanced commercial sensors with unique vertical and horizontal flux sensors to create comprehensive real-time monitoring networks. These networks offer actionable insights through a personalized dashboard that combines public and company-specific data, enabling clients to analyze trends and respond promptly to groundwater-related activities. iFLUX serves various sectors, including urban management, conservation, construction, and drinking water utilities, providing them with critical information to mitigate risks associated with soil contamination and ensure reliable water supplies.

Founded in 2016, Pydro develops modular water turbines for integrated smart pressure management and energy recovery in water pipe networks. The company offers compact, self-powered solutions that convert energy surpluses into usable power, enabling efficient water flow monitoring while reducing operational costs and environmental impact.

Founded in 2016, Pydro develops modular water turbines for integrated smart pressure management and energy recovery in water pipe networks. The company offers compact, self-powered solutions that convert energy surpluses into usable power, enabling efficient water flow monitoring while reducing operational costs and environmental impact.

Mimbly develops and manufactures sustainable laundry systems that recycle water during washing cycles. The system connects to a washing machine through the water intake valve to monitor, analyze, and purify wastewater for reuse, enabling facilities to conserve water, reduce microplastic pollution, and lower CO2 emissions.

TreaTech is a Swiss cleantech company established in 2015 by engineers from the École Polytechnique Fédérale de Lausanne (EPFL). The company specializes in developing catalytic hydrothermal gasification (cHTG) technology that offers an innovative approach to wastewater treatment. This thermochemical process effectively transforms various types of liquid waste, including sewage sludge, into valuable by-products such as renewable gas, clean water, and mineral salts. TreaTech's solutions focus on eco-friendly waste disposal, aligning with sustainable development and circular economy principles. By recycling wastewater and its by-products, TreaTech enables clients to manage waste more sustainably while generating resources like fertilizers and biogas.

TreaTech is a Swiss cleantech company established in 2015 by engineers from the École Polytechnique Fédérale de Lausanne (EPFL). The company specializes in developing catalytic hydrothermal gasification (cHTG) technology that offers an innovative approach to wastewater treatment. This thermochemical process effectively transforms various types of liquid waste, including sewage sludge, into valuable by-products such as renewable gas, clean water, and mineral salts. TreaTech's solutions focus on eco-friendly waste disposal, aligning with sustainable development and circular economy principles. By recycling wastewater and its by-products, TreaTech enables clients to manage waste more sustainably while generating resources like fertilizers and biogas.