Reverse Osmosis System LFRO-6 In The Textile Industry

Introduction

The Reverse Osmosis System is a state - of - the - art water treatment solution. It harnesses the power of reverse osmosis technology to actively purify water. By applying pressure greater than the osmotic pressure of the water source, this system forces water molecules through a semi - permeable membrane. As a result, dissolved salts, heavy metals, bacteria, viruses, and other minuscule contaminants get left behind, yielding high - quality, clean water. Engineered with precision, it caters to the diverse and strict water purification demands across numerous industries and everyday applications.

 Features

• Exceptional Purification: Actively removes a wide range of contaminants, achieving high - level water purity. It can effectively reduce the concentration of dissolved solids, ensuring the water meets strict quality standards.

• Customizable Design: Systems can be tailored to specific requirements, whether it's for small - scale domestic use or large - scale industrial applications. Different membrane configurations and system capacities are available to fit various water treatment needs.

• Automatic Operation: Many reverse osmosis systems come equipped with automated controls. These controls manage processes like water flow, pressure, and cleaning cycles, minimizing the need for constant manual intervention and ensuring consistent performance.

• Low Maintenance: Thanks to durable components and efficient design, reverse osmosis systems generally require minimal maintenance. This reduces downtime and associated costs, making them a reliable choice for continuous water treatment.

Suggested Operating Conditions

• Temperature: Operates best within the range of 5 - 45 °C. Temperatures outside this range can affect the efficiency of the membrane and the overall system performance.

• Maximum Operating Pressure: Can withstand up to 4.1 MPa. Exceeding this pressure may cause damage to the membrane or other components.

• Feed Water Turbidity: The turbidity of the feed water should be ≤ 1 NTU. High turbidity can foul the membrane and reduce its lifespan.

• Feed Water SDI (Silt Density Index): An SDI value of ≤ 5 is recommended. Higher SDI indicates a higher concentration of suspended solids, which can also impact membrane performance.

• pH Range: Functions effectively in a pH range of 2 - 11. Extreme pH values can potentially damage the membrane material.

Application

• Domestic Water Purification: Ideal for homes, providing clean and safe drinking water. It removes impurities that may cause unpleasant tastes, odors, or health risks, ensuring high - quality water for daily use.

• Industrial Water Treatment: Used in industries such as electronics manufacturing, where ultra - pure water is essential for producing high - precision components. In the pharmaceutical industry, it guarantees the purity of water used in drug formulation and production.

• Brackish Water Desalination: Treats brackish water sources to produce potable water, offering a solution for regions with limited freshwater resources. It can be used in coastal areas or arid regions where brackish water is more abundant.

• Water Recycling and Reuse: Treats wastewater from industrial processes or municipal sources. By removing remaining contaminants, the treated water becomes suitable for non - potable applications like irrigation, industrial cooling, and toilet flushing, promoting water conservation.

• Drawing

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 Technical Data

• Membrane Area: Varies depending on the system size and capacity. Larger membrane areas generally allow for higher water treatment volumes.

• Nominal Salt Rejection Rate: Typically around 99%, but this can vary by system model. Higher salt rejection rates mean more effective removal of dissolved salts.

• Permeate Flow Rate: Measured in liters per hour or cubic meters per day, and it depends on factors such as system design, membrane type, and operating conditions. Larger systems are designed to handle higher flow rates.

• Membrane Type: Common types include Thin - Film Composite (TFC) membranes, which are known for their high performance in rejecting contaminants and providing long - term durability. Some systems may also use Cellulose Acetate membranes, each with its own set of advantages and suitable applications.

• 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