Bluewav NS-Membrane Concentration System integrates advanced nanofiltration (NF) and reverse osmosis (RO) membrane technologies to deliver high-efficiency, low-energy material concentration and solvent recovery. Operating at room temperature, this patented system eliminates thermal degradation risks while achieving molecular-level separation. Ideal for dehydration, desalination, and purification across pharmaceuticals, food processing, and chemical industries.
Core Technology & Process Flow
The NS system utilizes pressure-driven membrane separation:
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Feed Intake: Raw material enters under controlled pressure (≤2.0 MPa).
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Selective Separation: Semi-permeable membranes retain target molecules (e.g., proteins, polysaccharides) while allowing solvents/small molecules to pass as permeate.
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Output Streams:
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Concentrate: High-purity retained components (e.g., active compounds).
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Permeate: Recovered solvents/water for reuse.Zero phase change, chemical-free, and fully automated.
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Key Advantages
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Energy Efficiency: 70% lower energy consumption vs. thermal evaporation (operates at 5–45°C).
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Material Integrity: Preserves heat-sensitive compounds (APIs, enzymes, natural extracts).
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High Recovery Rates: >90% target component recovery with minimal waste.
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Eco-Friendly: Zero chemical additives, solvent recycling, and reduced carbon footprint.
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Scalability: Modular design supports capacity expansion (25–8,000 kg/h).
Technical Specifications
|
Model
|
Capacity (kg/h)
|
Power (kW)
|
Pressure (MPa)
|
Temperature (°C)
|
|---|---|---|---|---|
|
XH-NS4040-1X
|
25–50
|
5.5
|
≤2.0
|
5–45/75
|
|
XH-NS4040-2X
|
59–103
|
5.5
|
≤2.0
|
5–45/75
|
|
XH-NS4040-4X
|
120–200
|
7.5
|
≤2.0
|
5–45/75
|
|
XH-NS4040-6X
|
150–300
|
15
|
≤2.0
|
5–45/75
|
|
XH-NS4040-8X
|
2,800–2,500
|
13
|
≤2.0
|
5–45/75
|
|
XH-NS4040-24X
|
6,800–8,000
|
48.5
|
≤2.0
|
5–45/75
|
Full range: 15+ models. Custom configurations available.
Industry Applications
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Pharmaceuticals:
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Concentrate herbal extracts, recover solvents in API production.
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Desalinate biologics (e.g., vaccines, monoclonal antibodies).
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Food & Beverage:
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Juice concentration, flavor enhancement, sugar/acid purification.
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Chemicals:
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Acid/alkali recycling, catalyst recovery.
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Biotech:
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Fermentation broth concentration, protein purification.
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