new material
Ethanol drying molecular sieve is a high-performance adsorbent specifically designed for efficient moisture removal in ethanol production and purification. Featuring an optimized microporous structure with superior water adsorption capacity, it enables the production of anhydrous ethanol by selectively capturing water molecules, ensuring high-purity fuel-grade and industrial ethanol. This molecular sieve is widely used in bioethanol refining, solvent dehydration, and chemical processing, providing reliable moisture control for continuous operations.
Product Overview
Ethanol Drying Molecular Sieve is a highly effective adsorbent material specifically designed for the dehydration of ethanol. With its excellent water adsorption capacity, this molecular sieve effectively removes moisture from ethanol, ensuring high purity and extended storage stability. Its unique structure enhances mechanical strength, preventing breakage during use, while also minimizing adsorption of ethanol and carbon dioxide. The sieve is suitable for drying both liquid and gas-phase ethanol and is commonly used in the production of bioethanol.
Key Features
- High Water Adsorption Capacity: Efficiently removes water from ethanol, ensuring thorough dehydration.
- Enhanced Mechanical Strength: Increased strength reduces the likelihood of breakage during use, enhancing durability.
- Excellent Flowability: Low adsorption of ethanol and carbon dioxide, improving flow properties and ease of use.
- Long-Term Stability: Offers a long service life and excellent regeneration performance, lowering operating costs.
Applications
- Liquid Ethanol Drying: Used in industrial ethanol drying, particularly in low moisture ethanol production.
- Gas-Phase Ethanol Drying: Ideal for gas-phase ethanol drying systems, ensuring effective moisture removal.
- Bioethanol Production: Widely used in bioethanol production to remove moisture, enhancing ethanol purity and quality.
- Solvent Drying: Effective in the dehydration of various solvents, particularly in applications requiring high-efficiency drying.
