Reverse Osmosis System LFRO-0.5 In The Textile Industry

Introduction

The Reverse Osmosis System is a state - of - the - art water treatment solution. It actively leverages the principle of reverse osmosis. By applying pressure greater than the osmotic pressure of the water source, the system forces water molecules through a semi - permeable membrane. This process enables it to separate dissolved salts, heavy metals, bacteria, viruses, and other minute contaminants from water. As a result, it produces high - quality, purified water, making it suitable for a wide array of applications, ranging from small - scale domestic use to large - scale industrial and commercial operations.

 Features

• High - Efficiency Purification: Can effectively remove a wide spectrum of contaminants, achieving a high level of water purity. It actively reduces the concentration of dissolved solids, ensuring the water meets strict quality standards.

• Customizable Configuration: Allows for customization to meet specific needs. You can adjust parameters like flow rate, pressure, and filtration capacity to fit different water treatment demands, whether it's for a small household or a large - scale industrial facility.

• Automated Operation: Equipped with an intelligent control system, the Reverse Osmosis System manages various processes automatically. It can regulate water flow, pressure, and initiate self - cleaning cycles. This minimizes the need for constant manual intervention and ensures consistent performance.

• Low Maintenance Design: Constructed with durable components and an optimized design, the system requires minimal maintenance. This reduces downtime and associated costs, making it a cost - effective choice for long - term water treatment.

 Suggested Operating Conditions

• Temperature: Operates optimally within the range of 5 - 45 °C. Temperatures outside this range can impact the membrane's performance. Lower temperatures may reduce water permeability, while higher temperatures could potentially damage the membrane material.

• Maximum Operating Pressure: Can withstand up to 4.1 MPa. Applying pressure beyond this limit may cause the membrane to rupture or lose its filtration effectiveness.

• Feed Water Turbidity: The turbidity of the feed water should be ≤ 1 NTU. High turbidity can lead to membrane fouling, shortening the membrane's lifespan and reducing the system's overall efficiency.

• Feed Water SDI (Silt Density Index): An SDI value of ≤ 5 is recommended. Higher SDI indicates a higher concentration of suspended solids in the feed water, which can foul the membrane and impede the system's performance.

• pH Range: Functions effectively in a pH range of 2 - 11. Extreme pH values can chemically attack the membrane, gradually degrading its performance over time.

Application

• Domestic Water Purification: Ideal for homes, providing clean and safe drinking water. It removes impurities that can affect the taste, odor, and health aspects of water, ensuring high - quality water for daily consumption.

• Industrial Water Treatment: In industries such as electronics manufacturing, where ultra - pure water is crucial for producing high - precision components, the Reverse Osmosis System plays a vital role. In the pharmaceutical industry, it ensures the purity of water used in drug formulation and production, meeting strict quality control requirements.

• Brackish Water Desalination: Treats brackish water sources, removing salts and impurities to produce potable water. This is especially valuable in regions with limited freshwater resources, such as arid areas or coastal regions with access to brackish groundwater.

• Water Recycling and Reuse: Treats secondary or tertiary treated wastewater, removing remaining dissolved solids, organic matter, and salts. The treated water can then be reused for non - potable applications like irrigation, industrial cooling, and toilet flushing, promoting water conservation.

 Technical Data

• Membrane Area: 0.5 square meters. This membrane area is optimized for small - scale applications, providing an efficient surface for water treatment within the LFRO - 0.5 system.

• Nominal Salt Rejection Rate: 99.2%. The LFRO - 0.5 is designed to effectively reject dissolved salts, ensuring a high level of purity in the treated water.

• Permeate Flow Rate: 500 liters per hour. This flow rate makes the LFRO - 0.5 suitable for applications with a relatively small - to - medium water demand, such as small households or specific industrial processes that require a consistent supply of purified water at this rate.

• Membrane Type: Thin - Film Composite (TFC) membrane. The TFC membrane in the LFRO - 0.5 offers excellent performance in rejecting contaminants, including salts, heavy metals, and microorganisms. It also provides long - term durability, minimizing the need for frequent membrane replacements and ensuring reliable operation over an extended period.

• Drawing

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 Conclusion

In conclusion, the Reverse Osmosis System is a top - tier water treatment solution. Its advanced features, such as high - efficiency purification, customizable configuration, and automated operation, make it a reliable choice for various applications. The well - defined operating conditions and clear technical data ensure consistent and efficient performance. Whether it's providing clean drinking water for households, supporting high - precision industrial processes, or contributing to water conservation through reuse, the Reverse Osmosis System plays a crucial role. As the demand for high - quality water treatment solutions continues to grow, this system is well - positioned to meet these challenges, offering a cost - effective and efficient way to purify water and improve water quality.

• Other models

• Model	Flow Rate (m³/hr)	Raw Water Pump	Sand Filter Size (mm)	Carbon Filter Size (mm)	Anti-Scale Dosing System	Security Filter	High Pressure Pump	RO System
  LFRO-0.5	0.5	BW2-4 (0.55KW)	250×1400	250×1400	40L	3×20″	BL2-11 (1.1KW)	2×RO membrane 4040
  LFRO-1	1	BJZ100 (0.75KW)	300×1400	300×1400	40L	5×20″	BL2-13 (1.5KW)	4×RO membrane 4040
  LFRO-2	2	BJZ150 (1KW)	400×1650	400×1650	40L	5×20″	BL4-12 (2.2KW)	8×RO membrane 4040
  LFRO-3	3	CMF4-60 (1.1KW)	500×1750	500×1750	40L	5×40″	BL4-14 (3KW)	12×RO membrane 4040
  LFRO-4	4	CMF8-25 (1.5KW)	600×1900	600×1900	40L	5×40″	CDL8-12 (4KW)	4×RO membrane 8040
  LFRO-5	5	CMF8-30 (1.85KW)	750×1900	750×1900	60L	7×40″	CDL8-14 (5.5KW)	5×RO membrane 8040
  LFRO-6	6	CMF8-30 (1.85KW)	900×1900	900×1900	60L	7×40″	CDL8-14 (5.5KW)	6×RO membrane 8040
  LFRO-10	10	CMF16-30 (2.2KW)	1000×2200	1000×2200	60L	10×40″	CDL16-12 (11KW)	10×RO membrane 8040
  LFRO-15	15	CMF32-20 (4KW)	1200×2300	1200×2300	100L	15×40″	CDL32-80 (15KW)	15×RO membrane 8040
  LFRO-20	20	CMF45-20 (7.5KW)	1500×2400	1500×2400	100L	20×40″	CDL42-50 (18.5KW)	20×RO membrane 8040
  LFRO-25	25	CMF45-30 (11KW)	1800×2600	1800×2600	150L	25×40″	CDL42-60 (22KW)	25×RO membrane 8040
  LFRO-30	30	CMF64-20 (11KW)	2200×3400	2200×3400	200L	42×40″	CDL64-50 (30KW)	30×RO membrane 8040
  LFRO-40	40	CMF85-20 (15KW)	2600×3450	2600×3450	500L	52×40″	CDM85-50 (37KW)	40×RO membrane 8040
  LFRO-50	50	CMF85-30 (18.5KW)	3000×4500	3000×4500	500L	65×40″	CDM85-60 (45KW)	50×RO membrane 8040