A significant advancement in adsorbent and ion exchange resin technology has led to the development of macro reticular pore structure. Polymeric adsorbents are synthetic materials which help to adsorb/desorb a wide range of compounds. Polymeric adsorbents and ion exchange resins of high pore volume and surface area are prepared through the development of synthetic rotes. Furthermore, synthesis have been ... Read more
Polymeric adsorbents are the materials where ions, atoms, or molecules from a liquid, dissolved liquid or gas adhere onto the surface of an adsorbent. In this process a thin film is created on the adsorbent. Polymeric adsorbents are employed for drying, air separation, and water treatment applications. Polymeric adsorbents, also known as synthetic adsorbents offer superior properties, such as high hydrophobicity, excellent adsorption capacity, and high pore size.
Polymeric adsorbents are the materials where ions, atoms, or molecules from a liquid, dissolved liquid or gas adhere onto the surface of an adsorbent. In this process a thin film is created on the adsorbent. Polymeric adsorbents are employed for drying, air separation, and water treatment applications. Polymeric adsorbents, also known as synthetic adsorbents offer superior properties, such as high hydrophobicity, excellent adsorption capacity, and high pore size.
Polymeric adsorbents are the materials where ions, atoms, or molecules from a liquid, dissolved liquid or gas adhere onto the surface of an adsorbent. In this process a thin film is created on the adsorbent. Polymeric adsorbents are employed for drying, air separation, and water treatment applications. Polymeric adsorbents, also known as synthetic adsorbents offer superior properties, such as high hydrophobicity, excellent adsorption capacity, and high pore size.
