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PHOTOTITAN: THE FUTURE OF PHOTOVOLTAIC CLEANING

PhotoTitan is the result of research in biogenic materials and biomaterials, completely bio and eco-compatible, following principles of Green Chemistry.

The study of new “intelligent” materials follows synthesis processes that mimic natural biological biomimetic processes.

This new technology performs a strongly photocatalytic activity on the surface of the panels, removing dirt and maintaining their efficiency.

SELF-CLEANS PHOTOVOLTAIC PANELS

INCREASES ENERGY EFFICIENCY

LIMITS SURFACE HEATING

HOW IT WORKS

PhotoTitan is based on unconventional titanium dioxide, created through a specific synthesis to increase the photocatalytic capacity of the panels.

Light – When illuminated, titanium dioxide becomes superhydrophilic, meaning it hydrates with extreme ease, maximizing water dispersion on its surface.

Darkness – Conversely, in dark conditions, titanium dioxide increases its hydrophobicity: round droplets of water form on the surface and roll down due to the “lotus effect,” carrying away dirt particles.

Light – darkness – light – darkness… this alternation of conditions, along with atmospheric variability, continuously cleans the surface of photovoltaic panels, activated solely by natural agents.

ADVANTAGES OF PHOTO TITAN

– Self-Cleaning: The product makes the surface of the panels hydrophobic, so water droplets slide off, taking dirt with them and keeping the panel clean and efficient for longer.

– Anti-Pollution: Thanks to its property of developing radical species, the photocatalytic inorganic particles can reduce atmospheric particulate matter, thus all organic pollutants.

– Anti-Dirt: The active ingredient in the product can keep treated surfaces clean by destroying present dirt particles.

– Optimization of Energy Conversion: A photovoltaic panel treated with PhotoTitan and exposed to sunlight heats less than an untreated one under the same conditions. Even a modest reduction in surface temperature helps optimize energy conversion.

– Antibacterial: A surface treated with PhotoTitan becomes strongly antibacterial when exposed to the sun. The formed radicals break cell membranes, preventing the proliferation of bacteria, algae, or mold.

Self-Cleaning Mechanism

With sunlight, the product activates through a photocatalytic mechanism; the surface modifies its wettability characteristics: water deposited on the treated surface tends to form a thin film instead of a droplet. This creates a self-cleaning effect because dirt adheres less to the surface and is more easily washed away. During the day, the surface is completely wet and “washes,” while at night, with darkness, droplets form that slide off. The working principle is linked to the repulsive interaction between water and the surface: droplets tend to roll over the surface rather than slide. While rolling, water collects dirt particles, allowing for self-cleaning. Additionally, as water droplets spread easily, the surface dries quickly and never fogs up.

APPLICATION

PhotoTitan is ready to use, stable, and active in suspension. It should be simply sprayed onto previously cleaned panels with water.

Once applied, it creates an imperceptible surface layer, ensuring optimal cleaning and operating temperature conditions compared to untreated panels.

INTRODUCING CLENYA

Mix Clenia with polymers or fabrics. Or simply apply it in paint or spray.
Clenya will make the surface treateed bacteriostatic. Meaning, on that surface germs and bacteria will not reproduce
anymore.

Then, your surface will have 95% less bacteria. Forever. For real.

Clenya is trusted by industrial leaders, and applied on FDA-approved products.

LONG-LASTING ANTIMICROBIAL PROTECTION
Clenya’s surface modification persists throughout
the lifetime of the product, providing continuous
antimicrobial protection

PRESERVATION OF MATERIAL PROPERTIES
Clenya does not alter the chemical or physical properties
of the manufactured product, ensuring the
integrity of the final material

NON-TOXIC COMPOSITION
Clenya contains only microelements in an ionic state,
ensuring its safety for use in various applications
without the need for toxic biocides.

MATERIALS

Clenya offers a revolutionary approach to combating bacterial contamination across a wide range of materials and surfaces. Its versatile application methods make it suitable for use on various substrates, including plastic, polymers, fabrics, polyurethane, wood, and chipboard.
Clenya can be applied to these materials through different techniques such as spray application in a pure alcoholic solution or as a coating in a natural sugar-based polymer.

Whether it’s impregnating varnish or spray application for wood or liquid finishing baths for fabrics, Clenya seamlessly integrates into production processes without altering the chemical or physical properties of the materials. This ensures the integrity of the final product while providing long-lasting antimicrobial protection.

• Clenya offers versatile application methods suitable for various materials and surfaces, including plastic, polymers, fabrics, polyurethane, wood, and chipboard.
• Application techniques include spray application in a pure alcoholic solution or as a coating in a natural sugar-based polymer.
• Clenya can be applied to wood through impregnating varnish or spray methods and to fabrics via liquid finishing baths.
• It seamlessly integrates into production processes without altering the chemical or physical properties of the materials.
• Clenya provides long-lasting antimicrobial protection while preserving the integrity of the final product.
• Elevate hygiene standards across diverse industries, from textiles to construction, with Clenya’s effective and versatile application.

FABRICS

WOOD

POLYMERS

WOOD CHIPS

POLYURETHANE

AIR & WATER

INDUSTRIES

TEXTILE INDUSTRY
Clenya-treated textiles offer antibacterial properties, ideal for healthcare and sportswear, ensuring cleanliness and odor reduction.

SPORTSWEAR
Clenya’s antibacterial properties in sportswear promote hygiene during physical activities, reducing bacterial growth and odor.

MEDICAL
Integrated into medical equipment and surfaces, Clenya inhibits harmful bacteria, reducing the risk of infections in hospitals and clinics.

PACKAGING
Clenya extends the shelf life of perishable foods and drugs by inhibiting bacterial growth on packaging materials, ensuring food safety.

FOOD PRODUCTION
Clenya ensures hygiene in food production facilities, reducing bacterial contamination and maintaining product integrity.

SELF-CARE
Clenya-infused personal care products cleanse the skin and prevent bacterial spread, enhancing overall hygiene.

FARMING
In animal farms, Clenya promotes animal health by combating bacterial pathogens in livestock environments and feed.

AUTOMOTIVE
Clenya ensures cleanliness and hygiene within vehicles, reducing bacterial growth and odors in automotive interiors.

HOME & PUBLIC SPACES
Clenya creates antibacterial surfaces at home, in schools, hospitals, and offices, minimizing germ spread and promoting a healthier environment.

TEXTILE

PACKAGING

FARMING

SPORT

FOOD

AUTOMOTIVE

MEDICAL

PERSONAL CARE

HOME & PUBLIC SPACES

SAFETY

SAFE FOR USE IN DIVERSE APPLICATIONS LONG-LASTING ANTIMICROBIAL PROTECTION SUITABLE FOR SUSTAINABLE MANUFACTURING

While silver ions have been traditionally used for their antibacterial properties, Clenya introduces a non-toxic composition, free from the potential risks associated with silver, such as toxicity and environmental concerns.
Unlike silver ions, which may pose risks of toxicity and environmental harm, Clenya’s microelement-based formulation ensures safety for various applications without compromising efficacy.

Additionally, Clenya’s versatile application methods, including granules for polymer integration and aqueous solutions for fabric treatment, offer flexibility and ease of use across industries.
With Clenya, businesses can confidently enhance antimicrobial protection while prioritizing safety and sustainability, ensuring a cleaner, safer environment for all.

While Clenya prioritizes the well-being of animals, it also recognizes the importance of understanding the effects of its products on animal health and the environment.

At LEBSC, our projects are dedicated to developing and implementing advanced environmental purification technologies. We work on various initiatives aimed at improving air and water quality through innovative solutions like UV photocatalysis and nano-biotechnologies.

Our projects also focus on asbestos denaturation, transforming hazardous materials into safe substances. By collaborating with industry leaders and research institutions, we strive to create sustainable and effective solutions that address current environmental challenges.

Explore our ongoing and completed projects to see how we are making a difference in environmental sustainability.

Innovative Environmental Solutions

At LEBSC S.r.l., we pride ourselves on developing cutting-edge technologies and products that address critical environmental and health challenges. Our projects are rooted in advanced research and the principles of Green Chemistry, aiming to create sustainable, non-toxic solutions that enhance the quality of life while protecting our planet.

Advanced Photocatalytic Technologies

Our team has pioneered the development of novel photocatalytic materials designed to self-clean and enhance the efficiency of various surfaces and products. These innovations harness the power of natural light to maintain cleanliness and functionality, significantly reducing maintenance costs and environmental impact.

Biomimetic and Geomimetic Innovations

By mimicking natural biological and geological processes, our research has led to the creation of materials that replicate the beneficial properties of their natural counterparts without the associated risks. These synthetic materials offer superior performance and safety in various applications, from industrial uses to consumer products.

Non-Toxic Antimicrobial Solutions

We have developed a range of antimicrobial technologies that effectively prevent the growth of harmful microorganisms without relying on traditional biocides or toxic chemicals. These solutions ensure long-lasting protection and safety across diverse environments, from medical facilities to everyday consumer goods.

Environmental Remediation and Waste Management

Our patented processes for the safe and efficient treatment of hazardous materials, such as asbestos, showcase our commitment to turning environmental threats into valuable resources. By transforming dangerous waste into useful raw materials, we contribute to a circular economy and a safer environment.

Sustainable Product Development

Every project we undertake is guided by a commitment to sustainability. We focus on creating products that not only meet high-performance standards but also minimize environmental impact throughout their lifecycle. From air and water purification systems to innovative building materials, our solutions are designed to support a healthier, more sustainable world.

Commitment to Research and Innovation

At the heart of our projects is a dedication to continuous research and development. Our collaborations with academic institutions and industry leaders ensure that we remain at the forefront of scientific discovery and technological advancement. We are committed to pushing the boundaries of what is possible to develop solutions that address the evolving needs of society and the environment.

Community and Industry Collaboration

We believe in the power of collaboration to achieve greater impact. By working closely with communities, governments, and industry partners, we strive to implement our technologies and products in ways that deliver tangible benefits and drive positive change. Our collaborative approach ensures that our innovations are practical, scalable, and aligned with the needs of those we serve.

For more detailed information about our projects and how we are shaping the future of environmental technology, please explore our website or contact us directly. We are always eager to share our vision and explore new opportunities for collaboration.

About Us

LEBSC S.r.l. is an innovative company specializing in advanced environmental solutions. Founded in 2013 by Prof. Roveri, LEBSC leverages over 40 years of academic research from the University of Bologna. Our expertise lies in the purification of air and water, and the denaturation of asbestos using cutting-edge nano and biotechnologies.

Our Mission

LEBSC is committed to environmental sustainability and innovation. We continuously strive to develop new technologies to address pressing environmental issues, ensuring cleaner air and water for future generations.

About Norberto Roveri

Prof. Norberto Roveri is a distinguished scientist and founder of LEBSC S.r.l. With a rich academic background, he has dedicated over 40 years to research at the University of Bologna. His expertise lies in biochemistry, crystallography, and nanotechnologies, focusing on environmental purification and biomimetism. Prof. Roveri has significantly contributed to the development of innovative solutions for air and water purification, and asbestos denaturation, making substantial advancements in sustainable environmental technologies. His work is recognized globally, underscoring his commitment to scientific excellence and environmental sustainability.

Our History

LEBSC S.r.l. was founded in 2013 by Prof. Roveri, prior to his retirement, to preserve the expertise acquired over decades of academic research conducted at the Department of Chemistry, University of Bologna. This research focused on asbestos and the environmental and health issues associated with its use.

LEBSC S.r.l. began its operations as a laboratory authorized by the Ministry of Health to conduct analyses related to the presence of asbestos. In this field, LEBSC S.r.l. has filed a patent (PCT/IB2015/052021) describing a chemical process to denature asbestos contained in asbestos-cement products, such as Eternit, using waste whey. This process effectively denatures two significant waste materials – asbestos and waste whey – without generating any residual waste, and allows the extraction of magnesium and carbonate-based mineral compounds with commercial value.

In addition to asbestos analysis, LEBSC S.r.l. has expanded to perform most environmental analyses on soil, water, and smoke, developing innovative projects for wastewater purification, leachate, and digestate treatment, as well as smoke abatement and air purification.

Mission and New Directions

Since 2020, LEBSC S.r.l. has significantly expanded its operations. In addition to analytical and environmental project activities, the company has embarked on research, development, and commercialization of innovative industrial products that are environmentally friendly and safe for human health, avoiding the formation of toxic pollutants and promoting a circular economy.

This new corporate goal has enabled LEBSC S.r.l. to develop an inorganic product branded CLENYA®. When properly mixed with polymer or cellulose matrices, CLENYA® renders them weakly electrostatic, and thus bacteriostatic, antifungal, mold-resistant, and antiviral. The innovation of CLENYA® lies in its exclusive use of ionized microelements soluble in water, mimicking biological systems without releasing pollutants into the environment. CLENYA® is also available in a liquid form for treating fibers, fabrics, and various surfaces.
CLENYA PHOTOVOLTAIC® is an innovative product for the self-cleaning of photovoltaic panels, capable of increasing daily efficiency and reducing infrared heating effects.
LEBSC S.r.l. produces devices for air purification and the reduction of fine dust, VOCs, and toxic molecules in industrial and civil exhaust fumes using a biomimetic process that replicates chlorophyll photosynthesis. LEBSC S.r.l. synthesizes photocatalytic inorganic particles that, when illuminated by UV rays, produce radicals capable of breaking down toxic organic molecules and destroying the lipid membranes of microorganisms such as bacteria, fungi, molds, and viruses.
LEBSC S.r.l. also produces devices for purifying wastewater, leachate, and digestate, based on the same photocatalytic technology used for air purification.

Our corporate ethics are clear: we reject the use of biocides, toxic substances, or pollutants to achieve goals that can be pursued with biomimetic and geomimetic processes that imitate natural processes. Natural processes utilize simple natural compounds that react in water without toxic solvents, employing self-assembling technology and polymeric templates. These simple, non-polluting mechanisms can be used in the laboratory, moving away from the traditional “chemist’s” approach of inventing new synthetic molecules that can pollute and pose health and environmental risks. LEBSC S.r.l. aims to innovate by developing new products and processes that outperform polluting products and processes without using toxic molecules harmful to human health and the environment.

Bio Eco Active Srl

BIO ECO ACTIVE S.r.l. is an innovative startup founded in 2012 by Prof. Norberto Roveri, former Professor of General Chemistry at the University of Bologna. The company aims to transfer the knowledge and experience acquired over 40 years of academic research in biomedical and technological fields into practical, industrial applications.

BIO ECO ACTIVE S.r.l. is dedicated to developing products that are not only innovative but also highly respectful of the environment and consumer health. Many of these new materials are biomimetic, meaning they are lab-prepared but mimic the composition, structure, and activity of natural biological materials, significantly enhancing their functional application. Not everything natural is entirely safe; sometimes, we can prepare something biomimetic in the lab that is much healthier and more controlled than its natural counterpart.

Addressing environmental issues (waste, wastewater, smoke, air pollution, asbestos) in an environmentally respectful manner requires innovative products that BIO ECO ACTIVE S.r.l. is proud to have designed and produced (patent MI2010A001443). Organic farming can no longer use phytosanitary products and toxic molecules, which BIO ECO ACTIVE S.r.l. has replaced with new edible biomimetic carriers that more efficiently transport micro-nutrients and natural active ingredients (patent PCT/IB2016/053180).

Biomedical, cosmetic, detergent, and sanitizing products can be redesigned without parabens, silicones, allergens, and substances that, although natural because they are extracted from plants, are often very toxic to consumer health. Packaging must also be changed and innovated towards a progressive reduction in the use of plastic and non-recyclable materials. This can also be improved by using “bacteriostatic” materials that, without containing biocides or toxic substances, simply prevent bacteria, viruses, molds, and fungi from reproducing on their surface. BIO ECO ACTIVE S.r.l. proudly claims to have succeeded in this (patent 102016000033262).

Over the years, BIO ECO ACTIVE S.r.l. has stubbornly adhered to its ethics, often at the expense of reduced profits, but has managed to develop a wide range of environmentally and health-respectful products that are innovative compared to what consumers find on the market. Day by day, its ethics will continue to evolve, increasingly distinguishing between economic and environmental value.