The Palladium Catalyst, with its meticulous engineering and design, stands as a premium solution for catalytic applications within a wide range of chemical reactions. This catalyst is particularly optimized for processes requiring high-level precision in deoxidation, making it an ideal choice in industries where purity and efficiency are paramount. With a particle size distribution of 2.0-3.0mm, this catalyst ensures consistent performance and superior contact with reactants, enabling a smooth and uniform catalytic reaction.
As a catalytic deoxidizer, this Palladium Catalyst is imbued with exceptional properties that make it highly effective at removing oxygen impurities from syngas streams. The deoxidation accuracy of ≤5.0ppm is a testament to its precision, ensuring that the final product of the chemical process is of the highest quality. This high degree of purity is particularly crucial in sensitive reactions where even trace amounts of oxygen can significantly affect the outcome.
Moreover, the Palladium Catalyst boasts a robust physical structure, as evidenced by its crush strength of >45N/bead. This strength is indicative of the catalyst’s durability and resilience, assuring users that it can withstand the rigors of continuous operation without compromising its integrity or performance. This durability not only translates to a longer catalyst lifespan but also ensures that the catalyst maintains its shape and size, providing a consistent activity throughout its service life.
The oxygen content of syngas treated with this catalyst is impressively reduced to <2000 (0.2%) ppm, demonstrating the efficiency of the Palladium Catalyst in purifying gas streams. This low level of residual oxygen content is crucial for industries where the presence of oxygen can have detrimental effects on the reaction process or the quality of the end product. By utilizing this catalyst, manufacturers can achieve the purity levels required for high-end applications, ensuring the reliability and safety of their processes.
Embedded within the Palladium Catalyst is an alumina carrier, which serves as a robust support material, providing a high surface area for the palladium metal catalyst to exhibit its catalytic properties. The interplay between the active palladium component and the alumina carrier results in a synergistic effect that enhances the overall catalytic performance. This combination is particularly effective for removing water and other impurities that could otherwise inhibit the efficiency of the catalytic reaction.
The versatility of the Palladium Catalyst makes it an indispensable asset in a host of industrial applications. Whether it is used in the production of fine chemicals, pharmaceuticals, or in the refining of petrochemicals, the catalyst’s ability to facilitate clean and efficient reactions is unparalleled. Its high activity and selectivity ensure that it meets the rigorous demands of modern industry, providing a competitive edge to businesses seeking to optimize their production processes and improve the quality of their products.
In summary, the Palladium Catalyst is a superior palladium metal catalyst that provides a robust solution for various catalytic applications. Its high deoxidation accuracy, impressive crush strength, and excellent purity reduction capabilities make it an essential component for any process requiring precise oxygen removal. With the added benefits of an alumina carrier for water removal, this catalyst is not just a product but a comprehensive solution, enabling industries to achieve their goals of efficiency, purity, and high-quality end products.
| Technical Parameter | Specification |
|---|---|
| Application | Catalyst In Chemical Reactions |
| Packing | 25kg/bag |
| Bulk Density | 0.4-0.5g/ml |
| Palladium Content | 0.1%-5.0% |
| Deoxidation Accuracy | ≤5.0ppm |
| Particle Size | 2.0-3.0mm |
| Storage | Store In A Cool, Dry Place |
| Chemical Formula | Pd |
| Crush Strength | >45N/bead |
| Oxygen Content of Syngas | <2000 (0.2%)ppm |
The LVNENG PD-CATALYST is a high-performance Pd/c Palladium Carbon Alumina Catalyst tailored for a variety of industrial applications. Originating from China, this catalyst is recognized for its role in the hydro-deoxygenation of hydrogen nitrogen syngas, a process critical in the purification and preparation of syngas for various chemical syntheses. The catalyst boasts a bulk density of 0.4-0.5g/ml, ensuring a substantial active surface area for reactions.
Designed to cater to rigorous industrial standards, the LVNENG PD-CATALYST contains 0.1%-5.0% Palladium content, which is the active component responsible for the catalytic activity. The catalyst is optimal for use in environments where the oxygen content of syngas must be maintained below 2000 (0.2%) ppm, thus ensuring the effectiveness and longevity of the catalyst in such scenarios.
The versatility of this Palladium Metal Catalyst finds its application in various chemical reaction processes where a high level of precision and efficiency is required. Industries that specialize in the production of fine chemicals, pharmaceuticals, and petrochemicals utilize the LVNENG PD-CATALYST for its superior performance in facilitating reactions that require the removal of oxygen impurities from syngas streams.
Furthermore, the Pd/c Palladium Carbon Alumina Catalyst is also indispensable in the manufacturing of synthetic natural gas (SNG) and the production of ammonia, where hydrogen nitrogen syngas is a key precursor. The deoxygenation process enabled by this catalyst ensures that the resulting syngas is of the highest purity, making it ideal for subsequent chemical reactions.
Storage of the LVNENG PD-CATALYST is straightforward and convenient, requiring a cool, dry place to maintain its efficacy. This ease of storage, coupled with the catalyst's robustness, makes it a preferred choice for businesses looking to streamline their operational efficiencies while ensuring the quality of their end products.
In summary, the LVNENG PD-CATALYST is an essential component for industries that demand high-purity syngas for their processes. With its optimized palladium content and specialized design for hydro-deoxygenation, this catalyst stands as a testament to advanced chemical engineering and is a key enabler in the field of catalysis.
Brand Name: LVNENG
Model Number: PD-CATALYST
Place of Origin: China
Deoxidation Accuracy: ≤5.0ppm
Oxygen Content of Syngas: <2000 (0.2%)ppm
Crush Strength: >45N/bead
Shape: Sphere
Particle Size: 2.0-3.0mm
Our LVNENG PD-CATALYST is a top-of-the-line Palladium Catalyst, expertly crafted to catalyze the hydrogen-oxygen reaction for deoxidizing. With its origin in China, this premium product is a perfect example of an Activated Alumina With Palladium that ensures maximum deoxidation accuracy of ≤5.0ppm, making it ideal for chemical production. The Oxygen Content of Syngas is kept below 2000 (0.2%)ppm to meet the most stringent requirements.
Designed to perform under pressure, our catalyst boasts an impressive Crush Strength of over 45N/bead. The spherical shape and uniform particle size ranging from 2.0-3.0mm allow for efficient hydro-deoxygenation, positioning our PD-CATALYST as a leading Pd/c Palladium Carbon Alumina Catalyst for Hydro-deoxygenation in the industry. Choose LVNENG for your chemical production catalyst needs and experience unparalleled performance.
Our Palladium Catalyst products are supported by a comprehensive technical support and services program designed to ensure that you achieve the best performance from our products. Our team of experts is dedicated to providing guidance on catalyst selection, process optimization, and troubleshooting any issues that may arise during your application process.
Our services include detailed product documentation, safety data sheets, and handling instructions to ensure the safe and effective use of our catalysts. We also provide recommendations on storage and disposal to maintain product integrity and minimize environmental impact.
For complex challenges, we offer advanced support services, which may include on-site assistance, process simulation, and analysis. Our goal is to collaborate with you to address any technical challenges and help you maximize the efficiency and productivity of your operations.
Please note that our technical support does not extend to the customization of products for individual applications. However, we can provide guidance on how to best use our standard products within your specific processes. We are committed to the continuous improvement of our products and services and welcome any feedback that could help us serve you better.
The Palladium Catalyst is carefully packaged to ensure stability and maintain its high reactivity. The product is sealed in airtight, moisture-resistant containers, typically made of materials that do not react with the catalyst, such as glass or high-grade plastics. These containers are then placed in secure, padded packaging to prevent movement and potential damage during transit.
For shipping, the packaged Palladium Catalyst is placed in sturdy, outer boxes that are clearly labeled with the necessary handling and safety information. Hazardous material labels are affixed as required by regulatory guidelines. The packages are then transported in compliance with all applicable laws and regulations pertaining to the shipping of chemical substances, ensuring safe and prompt delivery to the destination.
