Dutch company Introduce Breakthrough Nano-TiO₂ Plasma Technology to Extend Food Shelf Life by Up to 80%
Dutch company Introduce Breakthrough Nano-TiO₂ Plasma Technology to Extend Food Shelf Life by Up to 80%
European College of Science and Technology B.V. launches advanced food preservation technology in the Netherlands, opening new opportunities for global food security, sustainable agriculture, and reducing economic losses across the food supply chain.
A team of scientists at the European College of Science and Technology B.V. (ECST B.V.), a Netherlands-based research and technology company, has introduced an innovative high-tech food preservation system based on Nano-TiO₂ Plasma Technology, marking a significant step toward reducing food waste and improving the sustainability of global food supply chains.
The technology, developed and brought to market by a multidisciplinary scientific team led by Dr. Mehrdad Fojlaley, a scientist specializing in Biosystems Mechanical Engineering, in collaboration with Dr. Behzad Jaybashi and Eddi Azimi, represents a promising advancement in the application of plasma science, nanotechnology, and food preservation engineering.
A New Generation of High-Tech Food Preservation
The innovative system combines cold plasma technology with the photocatalytic properties of titanium dioxide nanoparticles (Nano-TiO₂) to create a controlled environment designed to slow microbial contamination and food deterioration.
Unlike conventional preservation methods that often depend on chemical treatments, intensive refrigeration, or additional packaging materials, the Nano-TiO₂ Plasma Technology offers a complementary, technology-driven approach to protecting food quality during storage and distribution.
The system is designed to influence microbial activity and environmental conditions associated with food spoilage, helping maintain product freshness and potentially extend the commercial shelf life of perishable food products.
Its advanced engineering integrates plasma generation, nanomaterial-based processes, and environmental control technologies into a scalable system suitable for various food storage applications.
Research Indicates Up to 80% Longer Shelf Life
Preliminary research conducted on fresh chicken meat and strawberries has demonstrated encouraging results, indicating that the technology may extend product shelf life by up to 80% under the tested conditions.
These findings highlight the potential of Nano-TiO₂ Plasma Technology to address one of the food industry’s most persistent challenges: the rapid deterioration of perishable products.
The scientific team is pursuing further evaluation and validation to assess the technology’s performance across different food categories, storage conditions, and commercial environments.
The technology has now progressed beyond the research stage, with commercial systems introduced to the market and practical applications being developed for food retailers, agricultural producers, and food distribution companies.
Strategic Importance for the Netherlands
As one of the world’s leading agricultural and food-exporting nations, the Netherlands plays a central role in international food production, logistics, and distribution.
Food spoilage during storage, transportation, and retail represents a significant economic and environmental challenge.
The introduction of Nano-TiO₂ Plasma Technology by a Netherlands-based company creates opportunities to strengthen the country’s position as an international hub for agricultural innovation and advanced food technologies.
The technology could contribute to:
- Reducing post-harvest and retail food losses.
- Improving the competitiveness of Dutch agricultural exports.
- Supporting innovation in food logistics and cold-chain management.
- Reducing unnecessary operational costs for supermarkets, producers, and distributors.
- Creating opportunities for high-tech manufacturing, skilled employment, and international technology exports.
- Strengthening cooperation between research institutions, agricultural businesses, and technology investors.
The development also aligns with the Netherlands’ broader ambitions in sustainable agriculture, circular economy solutions, and resource-efficient food production.
Economic Impact: Turning Food Waste into Business Value
Food waste is not only an environmental concern but also a major economic challenge affecting producers, retailers, consumers, and national economies.
Every kilogram of spoiled food represents lost investments in water, energy, labor, transportation, packaging, and agricultural resources.
By potentially extending the marketable life of perishable products, Nano-TiO₂ Plasma Technology could generate economic value across multiple stages of the food supply chain.
For supermarkets and fresh-food retailers, longer shelf life may translate into lower product disposal rates, improved inventory management, and higher profitability.
For farmers and exporters, it may provide additional time for transportation and marketing, helping products reach more distant markets while maintaining their commercial value.
For food-processing companies and logistics operators, the technology could contribute to more efficient supply chains and reduced financial losses.
At a broader level, the successful adoption of such technologies could create new investment opportunities in advanced manufacturing, agricultural technology, and sustainable food infrastructure.
Global Social Impact and Food Security
Beyond its commercial applications, the technology has the potential to deliver meaningful social benefits.
According to international food security and sustainability priorities, reducing food loss is essential to building a more resilient and equitable global food system.
The innovation could be particularly valuable in developing regions where inadequate storage infrastructure, transportation challenges, and limited access to preservation technologies contribute to substantial post-harvest losses.
By helping preserve food for longer periods, the technology may support better market access for small farmers, improve the availability of fresh food, and reduce pressure on natural resources.
Its potential social benefits include improved food availability, reduced agricultural losses, stronger rural livelihoods, and more sustainable food distribution systems.
The innovation is particularly relevant to the United Nations Sustainable Development Goals, including:
SDG 2 – Zero Hunger: Supporting more efficient food availability and distribution.
SDG 9 – Industry, Innovation and Infrastructure: Promoting advanced technologies and industrial innovation.
SDG 12 – Responsible Consumption and Production: Contributing to efforts to reduce food loss and waste.
SDG 13 – Climate Action: Potentially reducing emissions associated with wasted food and unnecessary resource consumption.
From Scientific Innovation to International Markets
The development of Nano-TiO₂ Plasma Technology demonstrates how multidisciplinary scientific research can be translated into practical industrial solutions.
By combining expertise in biosystems engineering, plasma physics, nanotechnology, and applied technology development, the ECST B.V. scientific team has advanced the technology from experimental research toward commercial implementation.
The company aims to expand its technology applications across the Netherlands, the European Union, and international markets through industrial partnerships, pilot projects, technology licensing, and cooperation with agricultural and food-sector organizations.
Potential applications include supermarkets, fruit and vegetable storage facilities, poultry supply chains, food distribution centers, and agricultural export operations.
A Vision for Sustainable Food Technology
Dr. Mehrdad Fojlaley, leader of the scientific development team, emphasized the broader purpose of the innovation:
“Our goal is not simply to develop another technological device. We want to change the way food is preserved and protected throughout the supply chain. Every product saved from spoilage represents preserved resources, reduced economic losses, and a step toward a more sustainable future. We believe advanced technologies such as Nano-TiO₂ Plasma can help build a stronger connection between scientific innovation, economic development, and global food security.”
The team believes that the future of food preservation will increasingly depend on intelligent, sustainable, and scientifically advanced technologies capable of reducing waste while supporting the growing global demand for food.
About European College of Science and Technology B.V.
European College of Science and Technology B.V. (ECST B.V.) is a Netherlands-based company engaged in scientific research, technological innovation, professional education, and the development of advanced solutions for industrial and societal challenges.
Its activities focus on connecting scientific knowledge with practical applications, supporting international collaboration, and advancing technologies that contribute to sustainable economic development.
Through multidisciplinary cooperation and innovation-driven projects, ECST B.V. seeks to strengthen the relationship between European scientific expertise and global industrial needs.
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European College of Science and Technology B.V.
The Netherlands
Website: www.eucollege.nl