For the treatment of kidney patients, it is implanted in a new center in Algeciras. This has a large number of patients located in the area.

subsea-produced-water-treatment-underwater-rendering.webp

J. HUESA has chosen to design, manufacture and implement a reverse osmosis plant at the client's facilities. In the search for the most appropriate technological solution to reduce the salinity of the inlet water. And its correct adaptation for the required use.

The water that is the object of our treatment comes from mains water. To which, after carrying out the pertinent analyzes, the need to eliminate salinity and treat it for the use of both standard and specific online dialysis machines is concluded. For this we resort to the pretreatment process to adapt the water for a first step of reverse osmosis.

This chlorinated water, being tap water, enters the flint and anthracite filter whose function is to retain suspended particles that the water may contain. The filter will need to be cleaned as the charge it contains will become caked with the retained particles. For this, the filter has an automatic cleaning program, as well as a start-up program. Said cleanings will be carried out by time.

The resulting water passes through two separate beds of activated carbon to ensure that it is free of chlorine. So harmful to the reverse osmosis plant producing oxidation. home pure water purifier price in bangladesh

Later it will be passed through a bed of specific cationic resins. Which will eliminate calcium and magnesium of high fouling power.

The water is ready to enter the safety pre-filters before being pumped at a pressure of between 10-15 Bar to the polyamide membranes. A semi-permeable material wound in such a way that only a high pressure will be able to penetrate the molecular cut-off of the membrane (0.001 µm). Retaining all those organic and inorganic substances on the outside, resulting in sterile water. Which will be led through the center of the membrane to the outside of the installation.

At present, dialysis monitors have greater restrictive needs such as

High water quality ( less than 2 microsiemens ) Continuous working pressure independent of 3 bar pressure consumptions For this, a double-pass reverse osmosis system has been designed. To ensure the quality of the water permeated to the consumption ring of the monitors, it is always less than those 2 microsiemens requested.

It includes an electrical protection and maneuvering panel controlled by a SIEMENS automaton. This allows the programming of all the operating parameters at will. As well as external connections for levels, alarms, dosages, etc.

The analog equipment is equipped with 4-20 mA signals for each of the physical management parameters of the treatment plant. In addition to the instruments that the system is equipped for its control.

Objective : Obtain a water free of salinity and of less than 2 microsiemens quality. With a flow necessary for the dialysis monitors in a continuous and assured way

Advantages :

The system is fully automatic, it can work up to 24 hours a day, with minimal supervision. It does not require personnel with special qualifications. Due to the characteristics of semi-permeable membranes, the reverse osmosis system supposes a bacteriological barrier in the produced water, which eliminates bacteriological problems in the installation.

The sanitation of the distribution ring of the ultra-pure treated water is contemplated in the design of the equipment and involves a routine operation that can be repeated over time (once a month).