Ozone O3 decomposition catalyst

Model: XT-CAT-02

Features: Long lifespan, High efficiency, Safe usage, Cost-effective

Specifications: Cylindrical clover particles with a diameter of 3mm or 5mm

Specifications Index: Refer to product details for precise parameters

Packaging: Available in 35kg or 40kg iron drums or plastic drums

Applications: Extensively utilized in ozone generators, sewage and water treatment facilities, commercial printing equipment, and other related devices.

Product Overview

1. Introduction

The catalyst for the decomposition of ozone O3 is formulated from the active ingredients manganese dioxide (MnO2) and copper oxide (CuO). This product presents a columnar shape with a dark brown or black hue, and comes in particle diameters of either 3mm or 5mm. Unique to the ozone decomposition catalyst produced by Hunan Xintan is its absence of any activated carbon material. Instead, it offers a range of exceptional features including extended lifespan, exceptional efficiency, safe utilization, and cost-effectiveness. Primarily, this catalyst is employed to neutralize ozone present in exhaust emissions, successfully converting it into oxygen at ambient temperatures without the need for additional energy input.

2)Parameters

Ingredients	MnO2, CuO
Shape	Columnarand clover
Size	Diameter:3mm,5mm Length: 5-20mm
Bulk density	0 .78- 1 .0 g/ ml
Surface area	＞200 M2/g
Intensity/strength	60 -7 0 N/ cm
Ozone concentration	1 – 10000 PPM
Working Temperature and Humidity	20-100℃, Recommended humidity＜70%
Recommended GHSV	0.2-10*104h-1

3. Advantages of the Product

A) Exceptional Efficiency and Safety: The efficiency of our catalyst surpasses 99%. While some customers opt for activated carbon to absorb ozone, this can lead to the production of hazardous carbon dioxide. However, the Xintan ozone decomposition catalyst eliminates such risks.

B) Prolonged Lifespan: The lifespan of our ozone decomposition catalyst can reach 2-3 years, offering sustainable performance.

C) Energy-Free Operation: Our catalyst converts O3 into O2 through a catalytic reaction that does not consume any additional energy.

D) Cost-Effective Solution: In comparison to thermal ozone destruction methods, catalytic ozone destruction boasts higher efficiency and lower energy consumption, making it a cost-effective choice.

4. Applications

A) Ozone Generators: Ozone generators find widespread usage in various fields such as drinking water treatment, sewage purification, industrial oxidation, pharmaceutical synthesis, food processing and preservation, and space sterilization. The Hunan Xintan ozone decomposition catalyst efficiently eliminates residual ozone emitted by ozone generators. Furthermore, its performance remains stable and efficient even when converting high-concentration O3 produced by high-powered industrial ozone generators.

B) Medical Area Off-Gas Treatment: Ozone, with its ability to penetrate deeply into rooms and excel at low-temperature, high-humidity disinfection, is commonly used in operating rooms and wards. Medical devices can also be sterilized efficiently and quickly in ozone disinfection cabinets. Ozone has various health benefits, including antibacterial properties, inflammation reduction, analgesia, cell activation, and metabolism promotion. It is widely employed in clinical treatments for a range of diseases, such as burns and gynecological inflammation. The Xintan ozone decomposition catalyst ensures the elimination of residual ozone in hospitals, ensuring a safe environment.

C) Water Treatment Off-Gas: Ozone boasts strong oxidizing capabilities, effectively oxidizing various organic and inorganic substances present in water. During the water treatment process, residual ozone may be released. However, our ozone decomposition catalyst converts this residual ozone into oxygen, ensuring the safety of the treated water.

D) Commercial Printer Exhaust Gas: Corona processing, widely used in commercial printers, generates O3 gas. Excessive ozone can pose health risks and corrode equipment. The Xintan ozone decomposition catalyst, known for its high efficiency and long lifespan, is widely utilized in corona processors.

4. Remarks:

A) Ensure proper storage in dry conditions, sealing iron or plastic drums tightly.

B) To prevent poisoning the ozone decomposition catalyst, avoid the use of sulfides and heavy metals.

C) Excessive moisture (humidity exceeding 85%) and dust can reduce the catalyst’s contact area, potentially compromising its efficiency.

5. Technical Support:

Based on operating temperature, humidity, airflow, and ozone concentration, the Xintan team provides tailored advice on GHSV and the required quantity for your device. Additionally, when designing a catalyst destruction unit for industrial ozone generators, Xintan offers comprehensive support.