V2O5 catalyst vanadium pentoxide catalyst
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- Supplier: Shandong Dengzhuo Chemical Co. Ltd.
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Product Overview
Description
Products Description
Brief Introduction
Sulfuric acid is a basic chemical material with a wide range of applications. It is also a central substance in the chemical
industry, including mineral processing, fertilizer manufacturing, oil refining and waste water processing as well as chemical
synthesis. Vanadium Pentoxide (V2O5) is most often used for sulfuric acid production.
industry, including mineral processing, fertilizer manufacturing, oil refining and waste water processing as well as chemical
synthesis. Vanadium Pentoxide (V2O5) is most often used for sulfuric acid production.
Vanadium catalyst refers to the substance containing vanadium as an active component while performing a catalytic function
(changes the rate of reaction). It serves for the oxidation of SO2 to SO3 with oxygen at a certain temperature, which plays a vital role in many fields with excellent catalytic performance.
The reaction is summarized as below:
2SO2+ O2 ⇌ 2SO3
Vanadium pentoxide catalyst chemical balance, reaction of sulfur dioxide (SO2) to sulfur tri-oxide (SO3) in the presence of
vanadium pentoxide (V2O5).
(changes the rate of reaction). It serves for the oxidation of SO2 to SO3 with oxygen at a certain temperature, which plays a vital role in many fields with excellent catalytic performance.
The reaction is summarized as below:
2SO2+ O2 ⇌ 2SO3
Vanadium pentoxide catalyst chemical balance, reaction of sulfur dioxide (SO2) to sulfur tri-oxide (SO3) in the presence of
vanadium pentoxide (V2O5).
Product features
DZC V series vanadium catalysts feature stable properties and excellent activity, which achieves high conversion rate, fast
start-up, and optimal energy efficiency as well as low SO2 emissions.
DZC-V2 Catalyst
DZC-V2, a v2o5 catalyst, promoted by K, Dia.11mm, yellow daisy, Bulk density: 380 – 430KG/m3, which is widely used in any bed of a converter with an excellent activity under a wide range of operating conditions. The continuous operation temperature is in the range of 400 ~ 630 ℃. Meanwhile, DZC-V2 features a highly dispersed active V2O5 species on the surface of it that has high specific surface area and high pore volume.
DZC-V28 Catalyst
DZC-V28, a v2o5 catalyst, promoted by K and Cs, Dia.11mm, yellow daisy, Bulk density: 380 – 430KG/m3, shows best performance in the 3rd bed of a converter, where the process gas contains great amounts of SO3 beds. With a higher content of V2O5, K and Cs as promoter, DZC-V28 provides more excellent activity.
DZC-V2C Catalyst
DZC-V2C, a super cesium-promoted v2o5 catalyst, Dia.11mm, yellow daisy, Bulk density: 380 – 430KG/m3, which is optimized to use in any bed of a converter, and maximum conversion is achieved. With unique manufacturing process and optimized formulation, DZC-V2C exhibits significant high activity at either low or high temperature conditions. In the meantime, DZC-V2C (cesium-vanadium-contained catalyst) can also help to reduce the consumption of electric energy and SO2 emissions.
DZC V series vanadium catalysts feature stable properties and excellent activity, which achieves high conversion rate, fast
start-up, and optimal energy efficiency as well as low SO2 emissions.
DZC-V2 Catalyst
DZC-V2, a v2o5 catalyst, promoted by K, Dia.11mm, yellow daisy, Bulk density: 380 – 430KG/m3, which is widely used in any bed of a converter with an excellent activity under a wide range of operating conditions. The continuous operation temperature is in the range of 400 ~ 630 ℃. Meanwhile, DZC-V2 features a highly dispersed active V2O5 species on the surface of it that has high specific surface area and high pore volume.
DZC-V28 Catalyst
DZC-V28, a v2o5 catalyst, promoted by K and Cs, Dia.11mm, yellow daisy, Bulk density: 380 – 430KG/m3, shows best performance in the 3rd bed of a converter, where the process gas contains great amounts of SO3 beds. With a higher content of V2O5, K and Cs as promoter, DZC-V28 provides more excellent activity.
DZC-V2C Catalyst
DZC-V2C, a super cesium-promoted v2o5 catalyst, Dia.11mm, yellow daisy, Bulk density: 380 – 430KG/m3, which is optimized to use in any bed of a converter, and maximum conversion is achieved. With unique manufacturing process and optimized formulation, DZC-V2C exhibits significant high activity at either low or high temperature conditions. In the meantime, DZC-V2C (cesium-vanadium-contained catalyst) can also help to reduce the consumption of electric energy and SO2 emissions.
Typical physical and chemical property
Catalyst Name | Cobalt Molybdenum Hydrogenation Catalyst |
Model | DZC-311 |
Appearance | Blue-Gray Sphere |
Specifications (mm) | Ф3-5mm |
Bulk density (kg/l) | 0.65~0.75kg/L |
Main Components | CoO-MoO3-A12O3-auxiliaries (CoO≥3%; MoO3≥10%) |
Crush strength (N/cm) | ≥50 N/cm |
Performance | Organic sulfur conversion rate≥95.0% |
Conditions of Use | Operation Temperature: 250-450 ℃ Operating pressure: normal~6MPa |
Space Velocity of the Feed Gas:1000 ~ 2000h-1(g); 2 ~ 4h-1(l) | |
Inlet organic sulfur：＜300ppm H2, %(V) :2~5 |
Package & Transport
Company Profile
Shandong Dengzhuo Chemical Co., Ltd, with an area of 66,000 square meters, is specialized in the study and production of catalysts and molecular sieves, like Methanol Synthesis Catalyst, Ammonia Synthesis Catalyst and Steam Reforming Catalyst, FCC catalyst, FCC additives, and aluminum sol，etc. Our factory has an area of 3000 square meters of R&D Center, including technology development, FCC catalyst performance evaluation, analytic laboratory, and crude oil analysis laboratory.
FAQ
Q1: What is your MOQ?
Typically, MOQ is 1 kilogram, which varies with different products.
Q2: How much is the shipping cost?
Shipping costs vary depending on your specific address and shipping method, please consult us for details.
Q3: What is the average lead time?
For samples, the lead time would be about 5 working days. For mass production, the lead time would be 15-30 working days after receiving the deposit payment. The lead times become effective when we have received your deposit.
Q4: What trade terms and payment methods do you support?
Typically, we collect payments through TT, wire transfer, Western Union, etc. However, the specific cooperation methods can be negotiated amicably by both parties.
Q5: How can you guarantee quality?
Usually, there are pre-test materials before mass production; There will be a final inspection before shipment.
Q2: How much is the shipping cost?
Shipping costs vary depending on your specific address and shipping method, please consult us for details.
Q3: What is the average lead time?
For samples, the lead time would be about 5 working days. For mass production, the lead time would be 15-30 working days after receiving the deposit payment. The lead times become effective when we have received your deposit.
Q4: What trade terms and payment methods do you support?
Typically, we collect payments through TT, wire transfer, Western Union, etc. However, the specific cooperation methods can be negotiated amicably by both parties.
Q5: How can you guarantee quality?
Usually, there are pre-test materials before mass production; There will be a final inspection before shipment.
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