Deionization (DI);Expertise – Aqua Components https://aquacomponents.sa Reliable Water Solutions for Saudi Arabia Tue, 01 Apr 2025 15:46:01 +0000 en-US hourly 1 https://wordpress.org/?v=6.9.4

Industrial Desalination Plant w/ Ion Exchange 132,000 GPD – Oman https://aquacomponents.sa/product/industrial-desalination-plant-w-ion-exchange-132000-gpd-oman/ Thu, 13 Mar 2025 13:32:48 +0000 https://aquacomponents.sa/product/industrial-desalination-plant-w-ion-exchange-132000-gpd-oman/ Application: Drinking Water for a Labor Camp

An Industrial Desalination Plant followed by an Ion Exchange system was designed for Boron removal for a military base at the Oman Ministry of Defense. The Industrial Desalination Plant was selected from our SWI Series, while the ion exchange unit was selected from our standard 2 columns DI systems.

  • Ion Exchange
  • Boron Removal
  • SWI Series
  • 45,000 PPM Feed Water
  • Produce 132,000 GPD

Models

 
Water Challenges: Seawater reverse osmosis systems are built for highly inconsumable water sources like the sea, removing enormous amounts of salt and other contaminants from them. These systems are important in delivering greater quantities of freshwater to labor camps that are woefully undersupplied clean water. Reverse osmosis works by denying salts, particulates, and other contaminants from carrying on, water molecules are only permitted through the tiny pores of the membrane. Fresh, purified water emerges on the permeate side and is ready to be collected while salt, particulates, and other contaminants are discharged into a drain from the concentrate side. This process is efficient in producing fresh and potable water to all members within labor camps with high quality drinking water.
Features
Applied Solution: Pure Aqua manufactured and supplied two industrial Seawater Systems RO in Oman followed by Ion exchange unit for Boron removal to the Omani Ministry of defense, complete with pre and post treatment equipment using advanced PLC, and cleaning/flushing system.

Applications

These systems came complete with an advanced PLC, cleaning and flushing systems, coagulant, pre & post de-chlorination, and antiscalant dosing systems. Feed water to the system is well seawater. The system design was based on high rejection TFC Spiral wound low fouling membranes. The Desalination Plant produced 132,000 GPD at a maximum 45,000 PPM feed water TDS while the Ion exchange System produced 132,000 GPD with less than 200 ppm feed water TDS. From its initial start-up in June 2010, the systems have been running smoothly with minimal trouble-shooting. As a result, the military base has a reliable and steady supply of drinkable water at a cost far less than shipping water to the site.

]]> Reverse Osmosis System Followed by Mixed Bed Deionizers 2x 40,000 GPD – Kuwait https://aquacomponents.sa/product/reverse-osmosis-system-followed-by-mixed-bed-deionizers-2x-40000-gpd-kuwait/ Thu, 13 Mar 2025 13:15:39 +0000 https://aquacomponents.sa/product/reverse-osmosis-system-followed-by-mixed-bed-deionizers-2x-40000-gpd-kuwait/ Application: Hospital Water Treatment: Ultra-pure water from city water source : RO & MBDI

This is model MB24-PVN/M9065 & MB18-PVN/M9060 from our MBDI Series.

  • Pretreatment (Media & Carbon Filters and Twin Alternating Softener)
  • Advanced Microprocessor Controller for RO
  • Rubber Lined Steel Tanks Mixed Bed Deionizers
  • Advanced PLC Control Panel for DI
  • Distribution Pumps with PLC, Grundfos Pumps and pressure transmitters
  • Water Quality Instruments

Models

Water Challenges: Hospitals and healthcare facilities universally require fresh and potable water for the well-being of their patients and staff. Doctors, patients, and therefore the employees alike want reliable water for every day applications. To make matters tougher, just about all of those facilities would like special on-the-scene treatment because of inadequate water treatment within the community. From disinfecting medical product and instrumentality, wound cleansing, drinking water, and sterilization before medical procedures. Our hospital water treatment solutions in the form of reverse osmosis systems and mixed bed deionizers, are devised to fulfill compliance standards, minimize value, and supply custom water quality for the particular needs of your facility.

Features

Applied Solution: Having a supply of sterile water could be a very important facet in each hospital. To answer the strain of those hospitals, our engineers have stay committed to engineering and supplying first-rate water treatment systems within the form of reverse osmosis and others to attain sustainable and clean water. Pure Aqua, Inc. can offer high purity water systems, like reverse osmosis systems and mixed bed deionizers, that are designed to satisfy stern hospital standards and needs. MBDI after reverse osmosis makes a great combination to provide an ultra-pure water for many applications.

Applications

Low operating cost, compact size, reduced footprint, and high quality production of freshwater.

Docs

]]> Mixed Bed Deionizer for Laboratory Water Treatment ??Kuwait https://aquacomponents.sa/product/mixed-bed-deionizer-for-laboratory-water-treatment-kuwait/ Thu, 13 Mar 2025 13:15:37 +0000 https://aquacomponents.sa/product/mixed-bed-deionizer-for-laboratory-water-treatment-kuwait/ Project Summary:

Destination Country: Kuwait

Application: Water treatment for laboratory use

Type of system: Mixed Bed Deionization System

Feed Water: City water treated by high rejection industrial reverse osmosis system

Capacity: 30 – 40 GPM

Manufacturing date: January 10, 2017

Models

In this project, the usage is for water treatment for laboratory use.

Learn more about Pure Aqua mixed bed deionizers usage and applications. 

Features

This water treatment project is for a university in Kuwait to treat the water for laboratory use for the chemical engineering department for two different campuses.

After reviewing the water analysis report, our engineers found the best solution is to use our mixed bed deionization system.

Learn more about all the features of Pure Aqua mixed bed deionization systems

Applications
  • The diameter of each mixed bed deionizer is 24-in.
  • Each mixed bed includes bed resin.
  • The capacity of each system is 30 – 40 GPM
  • The system includes 5 re-pressurization pumps.

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