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🌐 Key Benefits of Membrane Filtration in Biotech: High Purity & Sterilization: Removes bacteria, viruses, and unwanted particles, ensuring sterile products for pharmaceuticals and biotech applications. Efficient Separation: Allows selective passage of smaller molecules while retaining larger ones, ideal for protein purification and enzyme recovery. Cost-Effective & Scalable: Requires less energy compared to thermal methods and can be scaled easily for industrial production. Improved Yield: Concentrates valuable biomolecules without damaging them, boosting overall productivity. Versatility: Supports multiple processes like microfiltration (cell removal), ultrafiltration (protein concentration), nanofiltration (salt removal), and reverse osmosis (water purification). 🔬 Applications in Biotech: Pharmaceutical Manufacturing: Sterile filtration of injectable drugs. Fermentation Processes: Separation of cells from culture broth. Protein & Enzyme Purification: Concentration and fractionation of biomolecules. Water & Media Preparation: Ensures contamination-free inputs for sensitive processes. 📊 Types of Membrane Filtration in Biotech Type Pore Size Range Typical Use in Biotech Microfiltration 0.1–10 µm Cell removal, clarification Ultrafiltration 1–100 nm Protein concentration, virus removal Nanofiltration 0.5–2 nm Salt removal, partial demineralization Reverse Osmosis - Pure water production