Optimizing Petrochemical Separations: The Power of Cu(QcQc) for Ethane/Ethylene
The petrochemical industry relies heavily on precise and efficient separation processes to obtain high-purity products. One of the key challenges is the separation of ethane (C2H6) from ethylene (C2H4), a process where advanced materials like Metal-Organic Frameworks (MOFs) are proving to be game-changers. At the forefront of this innovation is our Copper-based MOF, Cu(QcQc) (CAS No.: 2381226-20-4), a material renowned for its exceptional performance in selective gas adsorption and separation.
As a dedicated manufacturer and supplier of specialized MOFs, we understand the critical need for materials that offer high selectivity and operational efficiency in petrochemical applications. Cu(QcQc) possesses a finely tuned ultramicroporous structure, enabling it to selectively adsorb C2H6 over C2H4. This characteristic is vital for the production of high-purity ethylene, a fundamental building block for countless plastics and chemicals. For companies looking to buy these advanced materials, our product offers a competitive edge.
The synthesis of Cu(QcQc) involves the careful coordination of copper ions with Quinoline-5-carboxylic acid, resulting in a material with specific pore dimensions that dictate its separation capabilities. The pore size of 0.33-0.38 nm is perfectly suited for discriminating between the slightly different molecular sizes and shapes of ethane and ethylene. This precise structural design is a testament to our expertise as a manufacturer committed to producing MOFs with tailored functionalities.
The stability of Cu(QcQc) is another significant advantage for industrial use. It demonstrates good thermal stability, with decomposition temperatures around 240°C, and remains stable in air and aqueous conditions for extended periods. This robustness ensures that the MOF can withstand the rigors of continuous industrial operation without significant degradation, leading to reliable and consistent separation performance. As a leading supplier, we ensure that the quality and consistency of our Cu(QcQc) meet the highest industry standards.
For petrochemical facilities seeking to enhance their separation efficiency and product quality, incorporating Cu(QcQc) into their processes is a strategic move. We, as a premier manufacturer and supplier from China, offer competitive pricing and dependable supply chains for this advanced MOF material. Our technical team is also available to provide support and guidance on the optimal integration of Cu(QcQc) into existing separation units.
We encourage interested parties to reach out to us for a product inquiry, sample request, or a detailed quote. By choosing us as your supplier for Cu(QcQc), you are partnering with a manufacturer dedicated to advancing the capabilities of the petrochemical industry through innovative material science.
Perspectives & Insights
Nano Explorer 01
“We, as a premier manufacturer and supplier from China, offer competitive pricing and dependable supply chains for this advanced MOF material.”
Data Catalyst One
“Our technical team is also available to provide support and guidance on the optimal integration of Cu(QcQc) into existing separation units.”
Chem Thinker Labs
“We encourage interested parties to reach out to us for a product inquiry, sample request, or a detailed quote.”