Tecnolabo ROS 300 Ultra-Pure Water Production System

Introduction

The Tecnolabo ROS 300 is an advanced reverse osmosis system designed for the production of ultra-pure water. This plant is mainly used in the pharmaceutical, chemical, cosmetic, food, dietary and medical device sectors. This is a used unit, but in excellent condition, ideal for those looking for high water quality at an industrial or laboratory level.

Visual and Structural Description

The Tecnolabo ROS 300 presents itself as a solid and compact system, mounted on a raised frame completely in stove-enamelled stainless steel. This gives the system remarkable robustness and resistance, suitable for rigorous working environments. The facility is designed to be easily accessible and maintain hygiene and operational safety.

Main Components

• Stainless Steel Frame: Provides stability and corrosion resistance.
• Activated Carbon Cartridge: For the removal of organic contaminants and chlorine from incoming water.
• Reverse Osmosis Membrane: The heart of the system, which purifies water through a semi-permeable separation process.
• UV Lamp (Optional): Dual wavelength (185/255 nm) to ensure advanced disinfection.
• De-pyrogenating filter: Removes endotoxins and other contaminants.
• Storage Tank: Capacity of 60 litres, to contain ultra-pure water.
• Double Digital Conductivity Meter: Allows you to monitor the quality of incoming and outgoing water.

Measurements and Technical Specifications

• Model: Tecnolabo ROS 300
• Production: Up to 300 liters of ultra-pure water.
• Storage tank: 60 litres.
• Network pressure: Compatible with pressures from 1 to 5 bar.
• Recirculation Flow: 0.5 litres/minute through the de-ionisation cartridge.

Mechanical Characteristics

• Operating Pressure: The system works effectively with a network pressure between 1 and 5 bar, thus adapting to different water supply conditions.
• Monitoring System: Equipped with a double digital conductivity meter, which provides real-time readings on the quality of the incoming and outgoing water.

Usage Procedure

1. Connection to the Water Network: Connect the system to the drinking water network using the appropriate connections.
2. System Startup: Turn on the system and adjust the settings via the control panel.
3. Filtration and Purification: The water passes through the various stages of filtration: activated carbon cartridge, reverse osmosis membrane, and optionally the UV lamp and the de-pyrogenating filter.
4. Recirculation: Use the recirculation pump to pass water back into the tank, further improving the quality of the purified water.

Compatible Accessories

• UV Lamp: For advanced and additional sterilization.
• Monitoring and Control System: For more detailed control and remote management.
• Maintenance Kit: Includes replacement filters and tools for periodic maintenance.

Formulas for Optimal Use Parameters

• Reverse Osmosis Efficiency: E=QpQfE = \frac{Q_p}{Q_f} $E$ $=$ Q f ​Q p ​​, EE $E$ is the efficiency, QpQ_p $Q$ p ​is QfQ_f $Q$ f is the power flow rate.
• Optimal Pressure: Generally, the operating pressure must be adjusted between 1 and 5 bar to ensure effective separation of impurities.

Treatable Materials

• Drinking Water: Transformed into ultra-pure water through the reverse osmosis process.
• Water for Industrial Applications: Can be used in environments requiring highly purified water.

Maintenance

• Regular Filter Replacement: To maintain system efficiency and water quality.
• Periodic Cleaning: Of the tank and system components to prevent contamination.
• Checking the UV System: If installed, to ensure it is functioning properly.

Evaluation of a Good Used Car

• General Conditions: Check that the system shows no signs of wear and that all components are in good condition.
• Maintenance Documentation: Check maintenance history to ensure the system has been properly cared for.

Sectors of Use

• Pharmaceutical and Chemical Sector: For the preparation of pure solutions and for the production of high quality products.
• Cosmetic and Food Sector: To guarantee ingredients and products free of contaminants.
• Medical Devices: For the preparation of purified water necessary in the healthcare sector.

Conclusion

The Tecnolabo ROS 300 represents an excellent choice for those who need a reliable and high quality ultra-pure water production system. Thanks to its advanced features and ease of use, this used system offers an excellent opportunity to obtain purified water at low costs. Be sure to check the condition of the system and its maintenance history to ensure a profitable and long-lasting purchase.