






Sustainable alternative to activated carbon filters.
Learn more
Reduce your energy and maintenance costs,
your carbon footprint, and your waste,
by reducing weights and embracing innovation.
Innovation
A true low-carbon alternative to activated carbon filters, Purenat technology is the first filter that sustainably eliminates VOCs and microorganisms without clogging. Pressure drops are significantly reduced, thus minimizing energy consumption. Its lifespan is extended, reducing waste production and maintenance costs, while providing a competitive advantage that addresses both environmental and economic challenges.
The innovative Purenat material meets the unmet needs of customers by improving air pollution removal efficiency, without releasing secondary pollutants, and offering the possibility to optimize product design to reduce weight and costs. Purenat is the only solution that addresses these three areas of improvement.
Disruptive innovation: The innovative material developed by Natacha Kinadjian Caplat takes the form of a thread, which is then transformed into fabric through the nonwoven process. The composition of this thread contains an active decontaminating agent (photocatalytic agent) that destroys organic pollutants. This is the first time that a thread, and then a filter, is made of such an active agent rather than just being coated with it. This major technological breakthrough addresses the current flaws in photocatalysis: no loss of efficiency, no release of dangerous nanoparticles, and no generation of harmful by-products. All this, with the added benefit of a flexible and lightweight material for easy integration into air treatment devices.
The Purenat thread, which forms the basis of the active filtration media, was developed by drawing inspiration from what naturally exists in the living world. Its three-dimensional structure mimics the alveoli of marine algae, specifically diatoms. A major advantage that provides a perfect balance, never achieved before, maximizing the exchanges between air and the active purifying material for enhanced efficiency.
Our significant technological advancements have led to the granting of a patent. This patent is a testament to our unique expertise in the field of materials and Indoor Air Quality (IAQ). It confirms the value of our air purification technology. It strengthens our position by allowing us to offer exclusive and differentiating solutions to our customers. It reflects our ongoing commitment to research, innovation, and the creation of high-value products.
Optimization of photocatalysis
The core technology, reinvented by Purenat, is photocatalysis. It transforms organic pollutants into minute quantities of carbon dioxide (CO2) and water vapor. The effectiveness of this process in eliminating pollutants has been proven by numerous publications and is widely scientifically recognized. Purenat revolutionizes photocatalysis with an active textile that maintains its efficiency over time and generates no harmful by-products or dangerous release.
Natacha Kinadjian Caplat
Purenat’s Founder
A Doctor in Materials Physico-Chemistry, she is a specialist in Indoor Air Quality (IAQ) with over 12 years of experience. Her passion for IAQ began during her PhD in 2010, where she developed materials to purify air. It was during this time that she became aware of the crucial importance of IAQ as a public health issue.
Solution
We conduct on-site pilot projects to validate VOC and odor reduction performance based on your specific operations, and to estimate the energy and maintenance savings enabled by our air treatment solutions.
Because it allows you to:
• Accurately measure your on-site VOC emissions (average levels and peaks)
• Tailor the sizing and design of the air treatment system to your actual needs
• Validate performance under real operating conditions
• Optimize your return on investment by avoiding oversizing
Our clients in France and across Europe have seen:
• Precisely sized systems tailored to their needs
• Up to 100% reduction in total VOCs, including sulfur- and nitrogen-based pollutants
• Lower operating costs (maintenance and energy)
• Greater peace of mind in decision-making and regulatory compliance
On-site visit, emission measurements, and analysis of technical constraints
Design of an air treatment unit tailored to your operations: study, modeling, and fabrication.
Deployment of the solution under real operating conditions: installation of the system, monitoring, and technical adjustments.
A detailed report to support your investment decision: performance results, reduction curves, investment cost estimates, and recommendations for industrial-scale implementation.
Accreditations and certifications
Applications
Our air and odor treatment solution helps you:
• Reduce odor nuisances caused by VOCs and effluents
• Comply with regulations on air quality and emissions
• Improve your site’s image with local residents, partners, and authorities
Speak with our experts.
Our air and odor treatment system enables you to:
• Reduce VOC and odor compound emissions from manufacturing processes (cooking, concentration, extraction)
• Maintain a compliant environment with sanitary and ICPE regulations
• Meet regulatory thresholds for atmospheric emissions (VOCs, organic vapors)
Speak with our experts.
Our air and odor treatment system allows you to:
• Efficiently capture VOCs emitted from paint booths, chemical baths, or tunnels
• Improve indoor air quality to protect your operators
• Comply with regulatory emission thresholds
Speak with our experts.
Our air and odor treatment system helps you:
• Reduce pollutant emissions and odor nuisances: VOCs, toxic gases, and unpleasant smells
• Preserve on-site air quality
• Ensure the well-being and comfort of nearby communities and your teams
• Comply with regulatory emission thresholds
Speak with our experts.
Partnership : Purenat x Clauger
In 2024, Purenat signed its first commercial partnership with Clauger, a recognized specialist in industrial refrigeration and air treatment, to deploy pilot projects incorporating its patented air-purifying material. This partnership reflects the confidence of industry players in our innovative and high-performance technology and paves the way for further collaborations to jointly tackle the complex challenges of air decontamination.
À propos
À propos