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The IsoDewaxing Catalyst is a catalyst that is specifically designed to catalyze the isomerization and dewaxing processes in the oil industry.
Product Advantage
1. Superior Wax Removal: The IsoDewaxing Catalyst has a superior efficiency in removing wax from base oil and lubricant, this results in an enhanced low temperature fluidity and performance of the final product.
2. Increased Product Quality : By decreasing the pour point and cloud point of lubricants, the catalyst will enhance the cold-start performance of lubricants, reduce friction, and increase the overall effectiveness of lubricants.
3. Viscosity Index optimized: The IsoDewaxing Catalyst promotes a consistent VI for the lubricant, which enhances its capacity to maintain proper lubrication in a variety of operational conditions.
4. Increased Yield: The catalyst's potent composition promotes higher yields, which leads to a higher quality, deoxygenated lubricant product.
5. Energy Efficiency: The IsoDewaxing Catalyst is at its most efficient at temperatures that are optimal for dewaxing, this reduces the amount of energy consumed during the process and contributes to savings and sustainability.
6. Extended Life of the Device: By decreasing the amount of wax that is deposited in the device and improving the quality of lubricants, the catalyst will help to minimize the risk of wax-related fouling in the device, which will lead to a longer life and less maintenance for the device.
7. Regulatory compliance: The IsoDewaxing Catalyst is intended to fulfill and exceed the requirements of regulatory agencies, thus ensuring that the lubricant produced using the catalyst meets or exceeds the standards of industry.
| Property | Analysis Method | HyDewlso48 |
| Content of zeolite /wt% | XRF | 50-80 |
| Content of pt /wt% | XRF | 0.3-0.6 |
| Total Surface area /㎡/g | BET | ＞200 |
| Pore volume /mL/g | BET | ＞0.2 |
Product Features
1. Energic: The IsoDewaxing Catalyst's formulation is highly active which results in the efficient conversion of feedstocks, this leads to increased yields.
2. Wide Feedstock Similarity: This catalyst is intended to complement a variety of feedstock types, including light and heavy crude oils, it will also accommodate the refinery the ability to process a variety of raw materials.
3. Increased Dewaxing Efficiency: With its enhanced composition, the IsoDewaxing Catalyst enables effective dewaxing, which reduces the cloud point and pour point of the final product, this leads to an improvement in the low temperature performance and overall market position.
4. The catalyst's unique composition promotes isomerization reactions, which increase the yield of important, high octane products that can be used in gasoline composition.
5. Extended Life Cycle: The IsoDewaxing Catalyst has a long lifespan and is highly stable, which results in increased life cycle length, decreased downtime, and more cost-effective utilization of refinery resources.
6. Environmental Friendliness: This catalyst is designed to be environmentally sustainable, it focuses on minimizing the environmental impact of processes of refining.
The IsoDewaxing Catalyst is a catalyst that is specifically designed to catalyze the isomerization and dewaxing processes in the oil industry.
Product Advantage
1. Superior Wax Removal: The IsoDewaxing Catalyst has a superior efficiency in removing wax from base oil and lubricant, this results in an enhanced low temperature fluidity and performance of the final product.
2. Increased Product Quality : By decreasing the pour point and cloud point of lubricants, the catalyst will enhance the cold-start performance of lubricants, reduce friction, and increase the overall effectiveness of lubricants.
3. Viscosity Index optimized: The IsoDewaxing Catalyst promotes a consistent VI for the lubricant, which enhances its capacity to maintain proper lubrication in a variety of operational conditions.
4. Increased Yield: The catalyst's potent composition promotes higher yields, which leads to a higher quality, deoxygenated lubricant product.
5. Energy Efficiency: The IsoDewaxing Catalyst is at its most efficient at temperatures that are optimal for dewaxing, this reduces the amount of energy consumed during the process and contributes to savings and sustainability.
6. Extended Life of the Device: By decreasing the amount of wax that is deposited in the device and improving the quality of lubricants, the catalyst will help to minimize the risk of wax-related fouling in the device, which will lead to a longer life and less maintenance for the device.
7. Regulatory compliance: The IsoDewaxing Catalyst is intended to fulfill and exceed the requirements of regulatory agencies, thus ensuring that the lubricant produced using the catalyst meets or exceeds the standards of industry.
| Property | Analysis Method | HyDewlso48 |
| Content of zeolite /wt% | XRF | 50-80 |
| Content of pt /wt% | XRF | 0.3-0.6 |
| Total Surface area /㎡/g | BET | ＞200 |
| Pore volume /mL/g | BET | ＞0.2 |
Product Features
1. Energic: The IsoDewaxing Catalyst's formulation is highly active which results in the efficient conversion of feedstocks, this leads to increased yields.
2. Wide Feedstock Similarity: This catalyst is intended to complement a variety of feedstock types, including light and heavy crude oils, it will also accommodate the refinery the ability to process a variety of raw materials.
3. Increased Dewaxing Efficiency: With its enhanced composition, the IsoDewaxing Catalyst enables effective dewaxing, which reduces the cloud point and pour point of the final product, this leads to an improvement in the low temperature performance and overall market position.
4. The catalyst's unique composition promotes isomerization reactions, which increase the yield of important, high octane products that can be used in gasoline composition.
5. Extended Life Cycle: The IsoDewaxing Catalyst has a long lifespan and is highly stable, which results in increased life cycle length, decreased downtime, and more cost-effective utilization of refinery resources.
6. Environmental Friendliness: This catalyst is designed to be environmentally sustainable, it focuses on minimizing the environmental impact of processes of refining.