TC-Membrane Filtration System: Precision Industrial Filtration for Enhanced Purity

Name: TC-Membrane Filtration System: Precision Industrial Filtration for Enhanced Purity
Rating: 5.0 (1 reviews)

High Precision

Energy Efficiency

Material Integrity

Sustainability

Scalability

Low Maintenance

Advanced Membrane Technology for Superior Clarification and Separation

Chlory TC-Membrane Filtration System leverages cutting-edge membrane separation technology to deliver high-efficiency, low-energy solid-liquid separation and impurity removal. Engineered for industries requiring uncompromised clarity—such as food and beverage, pharmaceuticals, and biotechnology—this system operates at ≤0.3 MPa pressure and ambient temperatures (5–45°C/75°C), ensuring optimal material preservation while minimizing operational costs. As a patented solution by Xihe Flow, a national high-tech enterprise with 40+ patents and 2,000+ industrial deployments, the TC system guarantees reliability and performance for critical filtration applications.

Process Flow: Pressure-Driven Separation for Optimal Efficiency

The TC system employs a cross-flow filtration process that utilizes semi-permeable membranes to achieve molecular-level separation without phase changes or chemical additives. The workflow consists of three key stages:

Feed Intake: Raw material enters the system under controlled pressure (≤0.3 MPa).
Selective Filtration: Membranes retain larger particles and impurities (e.g., solids, colloids) based on size and charge, while allowing purified solvents or liquids to permeate.
Output Streams:
- Retentate: Concentrated impurities or valuable solids for disposal or reuse.
- Permeate: Clarified liquid ready for further processing or final use.
  
  This closed-loop design prevents fouling and supports continuous, automated operation.

Key Technical Advantages

High Precision: Achieves >95% impurity removal with molecular-level separation, ensuring superior product clarity.
Energy Efficiency: Operates at low pressure and room temperature, reducing energy consumption by up to 50% compared to traditional methods like centrifugation or diatomaceous earth filtration.
Material Integrity: Gentle processing preserves heat-sensitive compounds (e.g., enzymes, natural extracts) without thermal degradation.
Sustainability: Zero chemical additives, reusable membranes, and reduced wastewater align with clean production standards.
Scalability: Modular design accommodates capacities from 50 to 7,000 kg/h, ideal for pilot testing or full-scale production.
Low Maintenance: Membranes are cleanable and reusable for 2–3 years, minimizing downtime and operational costs.

Technical Specifications

Model	Capacity (kg/h)	Power (kW)	Pressure (MPa)	Temperature (°C)
XH-TC307-1X	50–108	5.5	≤0.3	5–45/75
XH-TC307-2X	100–200	5.5	≤0.3	5–45/75
XH-TC307-4X	200–300	8.5	≤0.3	5–45/75
XH-TC3019-1X	150–250	5.0	≤0.3	5–45/75
XH-TC3019-2X	300–500	5.0	≤0.3	5–45/75
XH-TC3019-4X	500–1,000	12.5	≤0.3	5–45/75
XH-TC3019-6X	1,000–1,500	23.5	≤0.3	5–45/75
XH-TC3037-4X	1,500–2,000	31.5	≤0.3	5–45/75
XH-TC3037-6X	2,000–3,000	48.0	≤0.3	5–45/75
XH-TC3061-4X	2,500–3,500	48.0	≤0.3	5–45/75
XH-TC3061-5X	3,500–4,500	59.0	≤0.3	5–45/75
XH-TC3061-8X	4,500–5,000	80.0	≤0.3	5–45/75
XH-TC3091-2X	2,000–3,000	59.0	≤0.3	5–45/75
XH-TC3091-6X	4,000–5,000	100.0	≤0.3	5–45/75
XH-TC3091-8X	5,000–7,000	120.0	≤0.3	5–45/75

Custom configurations available for specialized production needs.

Industry Applications

Food & Beverage: Clarification of fruit juices, wine, and beverages; removal of solids and colloids for enhanced shelf life.
Pharmaceuticals: Purification of herbal extracts, oral liquids, and injectables to meet pharmacopeia standards.
Biotechnology: Separation of fermentation broths and enzyme solutions, ensuring high-purity outputs.
Chemicals: Recovery of catalysts and purification of raw materials in chemical synthesis.
Environmental: Wastewater treatment and recycling of industrial effluents.