What is Litho?

Litho is a groundbreaking binder that ingeniously combines two types of rock and water to form a strong and eco-friendly concrete alternative. This innovative process requires no external energy input; in fact, it generates energy, resulting in zero CO2 emissions.

Litho represents a transformative advancement in the construction industry, offering a sustainable solution to traditional concrete.

ZERO CO2 EMISSIONS

Litho’s production process is entirely environmentally friendly, ensuring zero carbon dioxide emissions, thus significantly reducing the carbon footprint of construction projects.

RECYCLED MATERISALS
Up to 40% of Litho’s composition can include recycled materials such as filter press sludge, mining waste, and wood waste. This feature not only minimizes waste but also enhances sustainability by repurposing otherwise discarded materials.

ENERGY EFFICICENT
The creation of Litho is both simple and efficient. By merely mixing two powders with water, the binder is ready in minutes, making the process quick and cost-effective. This efficiency translates to lower production costs and faster project completion.

Developed by Experts

Litho was developed by Prof. Norberto Roveri, a distinguished chemist renowned for his innovation in creating the globally successful Biorepair toothpaste.

Prof. Roveri’s expertise ensures that Litho is both scientifically sound and highly effective. The product has undergone rigorous testing at the University of Pavia, demonstrating its strength, durability, and reliability.

Sustainability at its Core

Litho is designed with sustainability at its heart. The binder aims to transform waste materials into valuable resources, promoting a circular economy and significantly reducing environmental impact. By incorporating recycled materials and ensuring zero emissions, Litho sets a new benchmark for sustainable construction materials.

Litho’s smart concrete binder is versatile and ideal for a wide range of construction applications, including:

• Instant Concrete: Ready to use in minutes, ideal for quick construction needs.
• Construction Blocks: Strong and durable blocks for building structures.
• Crack Repair: Efficient and effective solution for repairing cracks in existing structures.
• Steel Bar Protection: High adhesion to steel, providing excellent protection for reinforced concrete applications.

Additionally, Litho offers consulting services to assist clients in adopting sustainable construction practices, ensuring that projects are both environmentally friendly and economically viable.

Litho not only provides significant environmental benefits by reducing waste and emissions but also offers substantial economic advantages.

The use of recycled materials lowers production costs, while the energy-efficient process translates to faster project completions and lower overall expenses.

These benefits position Litho to capture a significant share of the construction materials market, aligning with global sustainability goals and the increasing demand for green building solutions.

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

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.

– 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.

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.

The future of asbestos remediation.

Changing the game, preserving the planet.

Chrysion revolutionized the landscape of asbestos management, offering a safe, affordable, and profitable solution.

Chrysion doesn’t just eliminate asbestos; it transforms it into harmless materials through a safe and efficient process.

But that’s not all – our method also extracts valuable resources such as magnesium (Mg), nickel (Ni), and manganese (Mn), turning asbestos remediation into a profitable venture.

By recovering these sought-after metals, we not only mitigate environmental risks but also create economic opportunities. Our process stands as a testament to our commitment to sustainability and innovation, accommodating a wide range of waste materials, including milk serum and other liquids like citrus peels and leachate.

With Chrysion, asbestos remediation isn’t just responsible – it’s profitable!

REVENUE GENERATION

Producing Magnesium (Mg), Nickel (Ni), and Manganese (Mn)

SAFE ENVIRONMENT
With no risks for workers and communities

SUSTAINABLE
Eco-friendly processes while recycling wastes

FLEXIBLE
Adaptable to a wide range of waste materials

Chrysion offers unparalleled versatility by effectively utilizing a variety of waste materials, including milk serum and other liquids such as citrus peels and leachate, which are currently regarded as waste products.

These substances serve as valuable resources in our process, acting as acidifiers to facilitate the transformation of hazardous materials like asbestos into inert compounds.

Through this innovative approach, Chrysion not only addresses environmental challenges but also harnesses the potential of waste materials to create sustainable solutions.

MILK SERUM

BEER WASTE

ORANGE PEELS

WASTE PERCOLATE

Asbestos refers to a broad group of naturally occurring minerals with fibrous structures classified within the silicate class.

Despite the recognized health risks, asbestos was extensively used in various industries.

However, with the ratification of research findings by the World Health Organization regarding its carcinogenicity, asbestos was subsequently
banned.

Prior to the ban, asbestos was widely utilized in the production of cement-asbestos products, including roofing, tanks, and pipes. Many of these products remain in use.

An alternative to landfill disposal involves chemical-physical treatments such as chemical inertization, physical inertization, ceramification, or vitrification.

The process utilizes, in its initial phase, the acidic properties of exhausted milk
serum and its ability to attack and decompose the cementitious matrix of
asbestos at room temperature.

• Purification for use in fertilizer production
• Fine crushing (0.5 – 1 mm) of asbestos-containing waste
• Transfer of crushed wastes to hermetic reactors
• Decarbonation phase in acid wastes, 30-60 minutes at room temperature
• Introduction of aluminum and phosphoric acid, 150°C, 6-10 atm, 6 hours
• Cooling phase

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.

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

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

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.

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.