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VOCs Non-Precious Metal Honeycomb Ceramic Catalyst

VOCs non-precious metal honeycomb ceramic catalyst is an environmentally friendly catalyst used for VOCs treatment. This type of catalyst uses nanosilver as the main active component, and introduces transition metals such as Cu and Mn into the carrier to improve the stability of nanosilver. It is widely used in the efficient catalytic oxidation of alcohol, ether and ester organic pollutants, and has the advantages of low cost and high activity.

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Waste water treatment VOC Concentrator Waste Gas Treatment Chemical reactor Fine Chemical EPC

Technical Parameters

Product Advantage

Application

FAQ

Characteristic Description

Advanced Formulation & Independent IP: Features nanosilver as the primary active component, enhanced with transition metals (Cu, Mn) to boost stability and anti-poisoning performance. We hold independent intellectual property rights and 22 utility model patents, with participation in national catalyst standards.

High Catalytic Activity: Nano-scale active components (prepared via special technology) ensure large adsorption capacity and 95-99% VOCs conversion efficiency, even for complex pollutants like alcohols, ethers, and esters.

Low Operating Costs: Non-precious metal composition reduces material costs by 30-50% compared to precious metal catalysts. It operates at 260-500℃, lowering energy consumption for heating systems.

Long Service Life: Resists deactivation from common poisons (resins, tars, heavy metals) and maintains performance for ≥8500 hours, reducing replacement frequency and downtime.

One-Stop Technical Support: Offers full-cycle services, including pre-sales selection, personalized design, on-site installation, and after-sales testing/recycling.

Market Research

The global VOCs catalyst market is expected to reach $4.2 billion by 2028, driven by strict emission norms (e.g., EU REACH, U.S. EPA) and industrialization in emerging economies. Key market trends include:

Growing demand for non-precious metal catalysts in large-scale industrial applications, as enterprises seek cost-effective alternatives to platinum/palladium-based products.

Rising need for broad-spectrum catalysts that handle mixed VOCs (common in spraying, printing, and chemical industries).

Increased investment in waste gas treatment projects, especially in Asia-Pacific and North America, where environmental awareness is high.

Performance Meets

Achieves ≥95% VOCs conversion efficiency (up to 99% for low-to-medium concentration pollutants) within 1500-4000mg/m³ concentration range.

Complies with EU environmental standards and meets industrial air velocity requirements (5000-15000h⁻¹).

Resists S/Cl poisoning via rare earth (La, Ce) doping, adapting to complex waste gas compositions.

Maintains stability under impact temperatures up to 600℃, ensuring safe operation in fluctuating industrial environments.

VOCs Non-Precious Metal Honeycomb Ceramic Catalyst

VOCs conversion rate-temperature

change trend chart

VOCs Non-Precious Metal Honeycomb Ceramic Catalyst

Product Features

We have independent intellectual property rights. We participated in the formulation of precious metal catalyst group standards and won 22 utility model patents.

Independent intellectual property rights
Nano-scale active components are prepared by special technology. The catalyst has the advantages of large adsorption capacity, high catalytic activity, and high treatment efficiency (up to 99%).

Advanced preparation technology
The superior performance of the catalyst enables the catalytic reaction to be achieved at lower temperature and pressure, reducing energy consumption and production costs.

Low operating cost
The catalyst can maintain good catalytic performance for a long time, has a long service life, and reduces the frequency of catalyst replacement.

Long service life
Our company has a professional technical team. According to the actual needs of customers, we provide all-round and personalized technical service support, including pre-sales catalyst selection, personalized design, in-sales technical training, on-site installation and commissioning, after-sales catalyst testing, maintenance, recycling and reuse, etc.

One-stop service

Application

Chemical industry

Mainly including petrochemical industry, pharmaceutical industry, coating production, etc.

Printing and packaging industry

Mainly including printing plants, packaging enterprises, ink production, etc.

Automobile manufacturing industry

mainly including spray painting workshops, parts production, surface treatment, etc.

FAQs

Substances that may cause catalyst poisoning and deactivation, and solutions

Common substances that cause catalyst poisoning include resins, high-boiling polymers, tars, heavy metals, organophosphorus, organosilicon, fluorine-containing substances, heterocyclic molecules, etc., all of which may cause catalyst poisoning and deactivation.
(1) Pretreatment system: Add pretreatment filtration devices (such as activated carbon adsorption and dust removal equipment) to remove high-boiling point substances and particulate matter.
(2) Optimize catalysts: Improve the catalyst's ability to resist S/Cl by doping with rare earth elements such as La and Ce.
(3) exhaust gas treatment: Perform secondary treatment on exhaust gas containing Cl/S, such as alkali washing.
Under what circumstances should non-precious metal catalysts be used instead of precious metal catalysts

(1) Large-scale industry: Non-precious metal catalysts are much cheaper than precious metal catalysts and are suitable for large-scale application in industrial source VOCs waste gas treatment;
(2) Anti-S/Cl poisoning: Non-precious metal catalysts can enhance their resistance to poisoning through formula optimization and adapt to complex waste gas components;
(3) Medium- and high-concentration waste gas treatment: In this case, non-precious metal catalysts are more suitable for the treatment of medium- and high-concentration VOCs (such as 1500 - 8000 mg/m³).

VOCs Non-Precious Metal Honeycomb Ceramic Catalyst

Characteristic Description

Market Research

Performance Meets

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