Catalyst Titanium Dioxide

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触媒用二酸化チタン

Designed for highly efficient catalysis, we provide excellent photocatalysis, thermostable, and chemically resistant properties. Reliable throughout the environment, industry, and power industries – there is no need for accurate response control and consistency.

What Is titanium dioxide catalyst?

Titania (TiO₂) is a high performance inorganic material that has been widely used in the environment, industry, and energy industries. Known for its extraordinary photocatalysis, TiO₂ catalyzes and maintains reactions under UV or UV – decomposition of contaminants, facilitation of oxidation, and activation of selective chemical conversion.

Available in anatase, rutile, and mixed phase formulations, Titania is designed to satisfy particular reaction needs. The anatase phase is especially valued for photocatalysis applications because of its superior electron mobility and surface reactivity, while the rutile-phase TiO₂ provides increased heat stability for high temperature industrial processes. It is possible to accurately control the surface area, the diameter of the grain, and the dopant components in order to optimize the catalyst efficiency for the specific use.

Ranging from air-and water-cleaning systems to SCR (SCR) for nitrous oxide in the flue gas treatment, titanium dioxide has been instrumental in assisting the industry to comply with ever stricter environmental standards – whilst preserving its operating performance and manufacturing reliability.

Key Advantages of Titanium Dioxide Catalyst

Powerful Photocatalytic ActivityIn the presence of light, the titanium dioxide catalyst produces high activity of oxygen, which can degrade the organic pollution, the bacterium, and the volatile matter. This makes it the material of choice for air cleaning, sewage treatment, and self-cleaning surface technologies.
Exceptional Chemical and Thermal StabilityTitanium dioxide keeps the structure intact in the harsh chemistry and high temperature conditions, guaranteeing a constant catalyst performance over the long operating period - cutting down on the ground and replacing it.
Versatile Across Multiple Reaction Types From oxidation and reduction to photodegradation and selective catalysis, TiO₂ facilitates a broad spectrum of industrial reaction pathways. Its adaptability renders it suitable for SCR systems, hydrogen production, and advanced oxidation processes equally.
Non-Toxic and Environmentally CompatibleBeing a chemical inert and nontoxic substance, the TCO catalyst is in line with the objectives of sustainable development worldwide. It makes it possible to use cleaner industrial processes while avoiding the introduction of second pollution - a critical issue in environmental regulation.
Cost-Effective Long-Term PerformanceHighly durable, resistant to catalyst toxicity, and with the least amount of activity lost in time, titanium dioxide is an excellent option for large scale, sustained industry operations.

業界が直面する課題

Stricter Environmental Emission Regulations

The industry is under increasing pressure to cut NOx, VOCs and dangerous pollutants, requiring a catalytic converter that provides a solid performance in the context of a tighter regulation.

Catalyst Deactivation & Poisoning

Exposure to sulphur compounds, heavy metals, and high temperatures will gradually reduce the catalyst’s performance, reducing its lifetime and raising its operating costs.

Inconsistent Feedstock Quality

Changes in the ingredients and contamination levels result in the difficulty of maintaining a steady, predictable catalyst effect throughout a continuous industry.

製品概要

Specific Use Scenarios — titanium dioxide catalyst

Selective Catalytic Reduction (SCR) for NOx Emission Control

Titania is a main carrier for SCR catalysts for electric power stations, cement kilns, and industry ovens. Due to its large surface area and heat stability, it is possible to efficiently transform the N2 into benign N2 and H2O, enabling installations to meet ever more stringent IAQ requirements throughout the world.

Photocatalytic Air Purification

The TiO₂ catalyst decomposes VOCs, formaldehyde, and airborne pathogens in the room and in the industry when activated by UV or visible light. It has been used extensively in HVAC, clean rooms, and business buildings, which are both regulated and operational.

Wastewater and Industrial Effluent Treatment

The application of titanium dioxide catalysts in Advanced Oxidation Processes (AOPs) for the degradation of POPs, drug residues, and industrial dyes in waste water flows. The photocatalysis of the photocatalysis allows the production of hydroxyls which decompose the complex molecules, allowing the processing plants to reach a level of emission that can not be reached by conventional biology.

Hydrogen Production via Photocatalytic Water Splitting

TiO₂ catalyst assumes an increasingly important role in solar-driven hydrogen generation, where it promotes the splitting of water molecules into hydrogen and oxygen under light irradiation. This application underpins the development of clean energy infrastructure and establishes titanium dioxide as a key material in next-generation renewable energy conversion technologies.

Self-Cleaning and Antimicrobial Surface Coatings

The titanium-oxide catalyst can be used as a photocatalysis for the self-cleaning and antibacterial function when incorporated into the surface coatings of glass, tiles, textiles, and construction materials. When exposed to sunlight, TiO2 breaks down the organic pollutants and kills them on touch – lowering the need for maintenance and raising sanitation standards for health care, food processing, and architecture.

Chemical Synthesis and Selective Oxidation Reactions

In the production of fine chemistry and petrochemistry, TiO2 based catalysts are used to promote the selective oxidation of the products. Their ability to control reaction paths at the molecular level has led to a high value in the production of intermediates for pharmaceuticals, agrochemicals, and specialty materials with a minimum of undesirable byproduct.

Our titanium dioxide catalyst Advantages

titanium dioxide catalyst

TiO₂ catalyst provides excellent UV and visible UV, effective decomposition of contaminants, neutralization of pathogenic agents, and activation of oxidation processes – making it a standard material for photocatalysis in all environments and industries.

Outstanding Thermal & Chemical Durability

Designed for high temperatures and harsh chemical conditions, the TCO catalyst keeps its activity steady throughout the long operating period – minimising the frequency of the substitution of the catalyst and the reduction in the overall cost of the manufacturing process.

Versatile, Multi-Industry Applicability

From SCR emission control and waste water disposal to the manufacture of hydrogen and the surface paint, TiO₂ is adaptable to a wide range of reactions and sectors – providing an integrated, secure material solution for many process challenges for both engineers and buyers.

すべての活性炭のカテゴリーを検索

Do you know what kind of TiO₂ catalyst is suitable for your process? Look at the full set of titanium-oxide products – from anatase and rutile, to surface modification and admixture – all of which are tailored to the particular reaction and industrial needs. Regardless of whether you are in charge of emission control, photo-catalyzing or chemistry, we can easily determine the correct specs in this category of products.

すべての産業向けソリューションを検索

The catalyst is only part of the mystery. Explore the entire range of industrial solutions — from active carbon, aluminum oxide, titanium dioxide — that are tailored to meet the real world’s challenges in the fields of environment management, energy, and production. Regardless of whether you are working on an individual process or designing a comprehensive material strategy, we have a cross – material expertise that will allow you to identify the correct approach.

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