EcoNano platform offers solvent‑free, plant‑based nanoparticle synthesis with 90% lower carbon footprint and zero toxic waste.
Sainte Clotilde, France — July 2, 2025 — Torskal , a leading innovator in advanced materials science, today proudly announced it has been awarded the prestigious “Pioneer in Green Nanotechnology” distinction by the International Sustainable Technology Association (ISTA). This accolade recognizes the company’s groundbreaking work in developing sustainable, high‑performance nanomaterials that deliver industry‑leading functionality while drastically reducing environmental impact.
Over the past decade, nanotechnology has revolutionized fields ranging from medicine to energy. However, conventional nanoparticle production methods often rely on toxic solvents, high‑temperature processes, or heavy‑metal precursors—practices that can generate hazardous waste streams and swell the carbon footprint of the finished products. In contrast, Torskal has championed a radical reimagining of nanoparticle synthesis, integrating green chemistry principles at every stage to create a truly eco‑responsible manufacturing platform.
Key Achievements and Highlights:
Awarded “Pioneer in Green Nanotechnology” by ISTA for the development of solvent‑free, room‑temperature synthesis techniques.
Launch of the EcoNano™ Portfolio, a line of biodegradable, bio‑derived nanocomposites tailored for applications in packaging, agriculture, water treatment, and renewable energy.
Strategic collaborations with academic and industry partners, including GreenEarth Labs and the University of Freiburg’s Institute for Sustainable Materials, to scale production and explore next‑generation applications.
Demonstrated lifecycle carbon footprint reduction of up to 90% versus traditional nanoparticle manufacturing methods, verified through third‑party environmental impact assessments.
“Being designated a ‘Pioneer in Green Nanotechnology’ is a tremendous honor,” said Dr. Maya Rodriguez, Chief Technology Officer at Torskal . “This distinction underscores our unwavering commitment to harmonizing world‑class nanoscience with environmental stewardship. Our EcoNano™ approach eliminates hazardous reagents, cuts energy consumption, and embraces renewable feedstocks—proving that high‑performance nanomaterials need not come at the expense of the planet.”
Traditional nanoparticle fabrication frequently employs strong chemical reducing agents, organic solvents, and high‑temperature calcination steps. These methods contribute to air and water pollution, generate toxic byproducts, and consume significant amounts of energy. By contrast, Torskal ’s patented EcoNano™ processes utilize:
Plant‑Derived Reducing Agents: Extracts from algae, fruit peels, or other agricultural byproducts serve as natural reductants, replacing hazardous chemicals such as sodium borohydride.
Aqueous, Solvent‑Free Media: All reactions occur in water or benign buffers, eliminating volatile organic compounds (VOCs).
Ambient‑Temperature Processing: Synthesis takes place at room temperature and atmospheric pressure, drastically cutting energy usage.
Biodegradable Capping Agents: Renewable biopolymers like cellulose derivatives stabilize nanoparticles and enhance biodegradability of end products.
These innovations collectively slash greenhouse gas emissions, reduce toxic waste, and enable scalable manufacturing without specialized infrastructure. Independent life‑cycle analyses conducted by EcoImpact Analytics have confirmed that EcoNano™ metal nanoparticles exhibit up to a 90% lower carbon footprint compared to conventional routes. Furthermore, residual effluents from Torskal ’s processes meet or exceed the most stringent global wastewater standards.
The versatility of EcoNano™ materials is evident in a rapidly expanding portfolio of commercial and pilot‑scale products:
Sustainable Packaging:
Antimicrobial Films: EcoNano™ silver nanoparticles embedded in biodegradable polymer films inhibit bacterial growth on perishable foods, extending shelf life without microplastics or chemical preservatives.
Strength‑Enhancing Nanocomposites: Gold and copper nanoparticle‑reinforced bioplastics offer mechanical performance comparable to petroleum‑based plastics, facilitating more sustainable packaging solutions.
Precision Agriculture:
Controlled‑Release Fertilizers: Nutrient‑loaded EcoNano™ particles deliver micronutrients directly to plant roots, reducing fertilizer runoff and eutrophication in water bodies.
Pesticide Alternatives: Photocatalytic zinc oxide nanostructures deactivate harmful pathogens on crop surfaces when exposed to sunlight, diminishing reliance on synthetic pesticides.
Water and Wastewater Treatment:
Heavy‑Metal Remediation: EcoNano™ iron oxide nanoparticles selectively bind lead, arsenic, and mercury ions, enabling efficient removal of toxic metals from industrial effluents.
Antiviral Coatings: Copper nanoparticle coatings on filtration membranes inactivate viruses and bacteria, providing enhanced safety for drinking water and medical reuse systems.
Renewable Energy:
Next‑Gen Solar Cells: EcoNano™ silver nanowires integrated into transparent conductive films reduce electrical resistance and improve flexibility in thin‑film photovoltaics.
Catalytic Hydrogen Production: Gold‑iron oxide hybrid nanoparticles catalyze water‑splitting reactions under mild conditions, advancing sustainable hydrogen generation.
Torskal ’s mission extends beyond laboratory breakthroughs. To accelerate commercialization and global adoption, the company has forged strategic partnerships with both academia and industry:
GreenEarth Labs: A joint venture to pilot 1,000‑liter continuous‑flow reactors for EcoNano™ silver and copper nanoparticle production.
University of Freiburg: Collaborative research on biodegradable quantum dots for eco‑friendly optoelectronic devices.
Global Packaging Consortium: A working group to certify EcoNano™ bioplastic films under international compostability standards.
In addition, Torskal recently secured a $25 million Series B funding round led by Sustainable Ventures Fund, earmarked for expanding manufacturing capacity in North America and Asia. New facilities slated for late 2025 will employ modular, skid‑mounted reactors that can be rapidly deployed in emerging markets, ensuring broad access to green nanotechnology.
“Torskal is redefining what it means to produce nanoparticles responsibly,” said Dr. Elena Fischer, Senior Analyst at EcoImpact Analytics. “Their EcoNano™ platform sets a new benchmark in lifecycle performance, and we expect their technologies to displace conventional methods across multiple sectors.”
“Traditional nanoparticles often come with hidden environmental liabilities,” noted James Lee, Head of Sustainability at Global Foods Inc. “Integrating EcoNano™ antimicrobial films into our packaging has not only improved product safety but also helped us meet ambitious corporate commitments to eliminate plastic waste.”
The ISTA “Pioneer in Green Nanotechnology” award celebrates organizations demonstrating leadership in developing and commercializing nanomaterials with minimized ecological footprints. Nominees undergo rigorous evaluation across criteria including resource efficiency, waste reduction, toxicity profiles, and social responsibility. Recipients join an elite cohort driving sustainable innovation in nanoscience.
Founded in 2015,Torskal is headquartered in Sainte Clotilde, France, with research laboratories and pilot‑scale manufacturing sites across three continents. The company’s multidisciplinary team of chemists, engineers, and environmental scientists is dedicated to delivering nanomaterial solutions that enhance product performance while safeguarding human health and the environment. To date, Torskal holds over 30 issued patents and maintains collaborations with Fortune 500 corporations, academic institutions, and government agencies worldwide.
Torskal
EcoNano: Pioneer in Green Nanotech Solutions
Phone: (+262) 262 93 88 31
Email: [email protected]
Website: https://www.torskal.com
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