Overview of Reverse Osmosis Process:
Reverse osmosis is a process that artificially reverses the natural phenomenon of osmosis. It involves applying pressure to a concentrated solution to transport water through a semipermeable membrane, effectively reducing the salt content in water by 96-99.5% and removing organic matter, bacteria, and impurities with up to 99% efficiency. The process is widely used for desalination of sea or brackish water in industrial and civil applications and can be combined with ion-exchange processes for ultra-pure water production in the pharmaceutical and electronic industries.

Technical Specifications:
The document provides detailed specifications for various models of reverse osmosis systems, including IDRO RO Standard, IDRO RO DPS, and IDRO RO Low Energy series. Each model is described with its delivery capacity, power consumption, and dimensions. The systems are designed to handle water with 1,500 ppm NaCl at 15°C, with average NaCl rejection rates of 98.8% for standard models and 97.5% for low energy models.

Pre-Treatment Requirements:
In cases where the water contains species that may shorten membrane lifespan, additional pre-treatment is necessary. IDROTECNICA offers solutions such as quartzite filtration, softening, de-chlorination, disinfection, and chemical or physical conditioning, tailored to the water's origin and characteristics.

Product Features and Applications:
The IDRO RO series is designed for high purity water production, featuring a two-stage reverse osmosis system for the DPS series and low-pressure membranes for the Low Energy series. These systems are fully automated, environmentally friendly, and require minimal maintenance. They are suitable for various applications, including manufacturing, electronics, chemical, cosmetic, food processing, irrigation, and healthcare facilities.

Advantages:
The IDRO RO systems offer several advantages, such as producing sterile water, treating high-salt-content water, and operating without chemical reagents for regeneration. The systems are noted for their long membrane lifespan and reduced maintenance needs, making them ideal for industries, hospitals, laboratories, hotels, and communities.