Hopcalite catalyst
Model： XT-CAT-01
Uses: removing CO(convert CO into CO2)
Shape: columnar，Φ1.1mm or 3mm
Composition: CuO and MnO2
Characteristic: high efficiency; high catalytic activity;
Index: See product details for specific parameters
Package: 35kg / 40kg iron drum or plastic drum
Application area: nitrogen (N2), gas masks, refuge chambers, compressed air breathing equipment and other industrial gas treatment.
Product Details
1)Product introduction
Hopcalite catalyst, also known as carbon monoxide (CO) removal catalyst, is made of a certain proportion of MnO2 and CuO through bonding mixing and mechanical processing. The catalyst is black or dark brown columnar particles with a diameter of 1.1mm or 3mm. It is a catalyst that removes CO by oxidizing carbon monoxide to carbon dioxide. The hopcalite catalyst produced by Hunan Xintan can catalyze the reaction of CO and O2 quickly and efficiently under the condition of 20~200℃, converting CO into CO2, which has the characteristics of high efficiency, high catalytic activity, energy saving, long service life and low maintenance cost. Xintan hopcalite catalyst is widely used in nitrogen (N2), gas masks, refuge chambers, compressed air breathing equipment and other industrial gas treatment.
2)Parameters
|
Appearance |
Black or dark brown particle or powder |
|
Ingredients |
MnO2, CuO |
|
MnO2:CuO |
1 : 0.8 |
|
Diameter |
Φ1.1mm or Φ3.0mm(hopcalite particle), 120 mesh(hopcalite powder) |
|
Length |
2-5mm or 5-10mm or Customize (hopcalite particle) |
|
Bulk density |
0 .79- 1 .0 g/ ml |
|
Surface area |
＞200 m2/g |
|
Active ingredients |
Manganese based nano composites |
|
CO concentration |
≤50000ppm |
|
Decomposition Efficiency |
≥97%(20000hr-1,120ºC,Final result be different according to actual working conditions) |
|
Working Temperature |
It can be used at RT,but 100ºC-200ºC is recommended |
|
Recommended GHSV |
Generally between 1 000 and 100 000 |
3)Product advantages
A) High activity and high efficiency. Xintan hopcalite catalyst has highly active formulation that effectively converts CO to CO2. The active ingredient content of hopcalite catalyst is more than 85%,
B) Low cost. The catalyst can oxidize CO gas at room temperature.
C)High specific surface area, Its High specific surface area can be over 200 m2/g
d)Stable quality. The quality of this catalyts has been confirmed by many world-famous
Gas manufacture.
E)Long working life. The working life can reach 2-3 years under conditions of no moisture and poison gas.
4)Applications
A)Gas mask. The fire site will produce a lot of carbon monoxide gas, Hopcalite catalyst (CO removal catalyst) can be put into the filter layer of the gas mask, so as to convert CO into CO2, prevent the body from absorbing excessive CO and poisoning.
B)Refuge chamber. The humidity in the refuge chamber is generally relatively high, if you want to use CO to remove the catalyst, first install a desiccant at the air inlet of the catalyst, so that the air with water vapor passes through the desiccant first, so that the water vapor is absorbed and filtered, and then let the dry air pass through the Hopcalite catalyst layer, so that the CO gas is catalyzed into CO2.
C)High purity gas treatment. In the production of high purity gases such as N2 and O2, a small amount of CO is produced, and Hopcalite catalyst (CO removal catalyst) can remove CO at low temperature. Working life can reach at least 2 years.
D)Compressed air breathing equipment. Such as lightweight diving equipment.
5) Remark:
A)Keep dry when storing and seal iron or plastic drums.
B)Regeneration conditions: The catalyst can be regenerated at a temperature of 150-200℃.
6)Technical support
Based on working temperature, humidity, gas flow and CO concentration, Xintan team can advise you on the quantity of Hopcalite catalyst required for your equipment. In addition, it is recommended to control the humidity of the working environment below 10%. High humidity working environment will reduce the use of catalyst effect, shorten the service life. When the humidity is greater than 10%, it can be used with desiccant.
Qualification Certificate
Test Report
Quality Management System Certificate
SGS
SGS
AGC
AGC
Related Products
Carbon molecular sieve, which are composed of elemental carbon, are a new type of adsorbent and an excellent non-polar carbon material. Hunan Xintan carbon molecular sieve is black columnar particles with a diameter of 1.0-1.3mm or customized. The product has the characteristics of strong nitrogen production capacity, high nitrogen recovery rate, long service life and low production cost. Carbon molecular sieve contain a large number of micropores, which have a strong instantaneous affinity for oxygen molecules and can be used to separate O2 and N2 in the air. In industry, carbon molecular sieves are often used in pressure swing adsorption (PSA) nitrogen production, which is suitable for various types of pressure swing adsorption nitrogen generators.
CO removal catalyst (Ceramic honeycomb)
CO removal catalyst (Honeycomb) uses cordierite honeycomb ceramic as a carrier and is a highly active catalyst prepared from a variety of rare earth metals. The CO removal catalyst (Honeycomb) produced by Hunan Xintan has the characteristics of high structural strength, strong surface coating adhesion, and is not easy to fall off. This catalyst can not only be used to treat carbon monoxide in flue gas, but also has high catalytic performance in chlorine-containing working conditions, and can be used for the treatment of chlorine-containing organic waste gas, and is widely used in the treatment ofsteel flue gas, lime kiln flue gas, waste incineration smoke and other smoke.
CO removal catalyst (Pt and Pd)
CO removal catalyst (pellet with Pt and Pd) is a precious metal palladium catalyst with alumina as a carrier. The carbon monoxide precious metal catalyst produced by Hunan Xintan is dark brown spherical particles with a diameter of 3-5mm, which is mainly used to remove H2 and CO at 20℃~300℃. The catalyst can convert CO to CO2 and H2 to H2O. It does not contain MnO2, CuO or S, so it can be safely used for CO purification in CO2. CO removal catalyst (pellet with Pt and Pd) have the characteristics of high catalytic efficiency, stable performance, safety, no energy consumption and long service life, and are widely used in the food industry.
CuO catalyst (for removing oxygen from Nitrogen or Methanol Synthesis)
CuO catalyst (for removing oxygen from Nitrogen or Methanol Synthesis) developed by Hunan Xintan is made of a high proportion of copper oxide (CuO) and inert metal oxides. It is a black cylindrical particle with a diameter of 5mm and a length of 5mm. The catalyst has the characteristics of high active component content, high packing density, low cost and long service life. It is a catalyst used to remove oxygen from nitrogen or inert gases such as helium and argon, which can efficiently convert oxygen to CuO without the need for additional energy. It does not contain any dangerous substances. The catalyst is widely used in gas treatment because of its high efficiency. The catalytic deoxidation reaction equation is as follows: CuO+H2=Cu+H2O 2Cu+O2=2CuO
TOP