Scientific Laboratory, UK
Scientific lab relies on MWS’ exchangeable deionized cylinders to ensure a consistent supply of purified water.
Deionisation for Your Water
Purification Needs
Don’t let water purity issues slow you down. NSI Mobile Water Solutions provides reliable exchangeable cylinder service with deionisation water cylinders for a consistent source of purified water. Our mobile cylinders are perfect for various industries, ensuring your operations run smoothly. We offer flexible delivery options and expert installation support to meet your specific needs. Contact us today to learn more about our ion exchange cylinder mobile water solutions and how they can benefit your business.
Secure your purified water needs today!
Experience Continuous Pure Water Supply
Reactive availability
A dedicated team of experts ready to promptly address your exchangeable cylinder needs
Traceability and transparency
Option for full traceability with allocated cylinders to ensure consistent vessel rotation
Reliability guaranteed
Proven technology
Sustainable service
Off-site recycling of spent ion exchange resins minimizing on-site chemical handling
Cost-effective solution
No need for operators to invest in ion exchange resins
Curious about our Exchangeable
Cylinder Service?
Discover the full range of exchange cylinders
Our comprehensive range of deionization cylinders are available in 4 sizes (15, 40, 60, and 100 liters) providing flow rates ranging from 0.15 m³/h to 2.5 m³/h.
Strong and Q Strong Deionisation Cylinders
Utilizes premium regenerated mixed bed media, often selected for generic feedwater treatment and recycling process water
Weak Deionisation Cylinders
Uses premium regenerated mixed bed media, commonly used to treat recycled process water or generic feedwater
Ultra-Pure Water (UPW) Deionization Cylinders
Made of premium regenerated virgin-grade mixed bed media, tailored to meet stringent ultra-pure water demands
Carbon and Carbon Q Cylinders
Filled with backwashed granulated activated carbon, commonly used to eliminate color, odor, taste, and chlorine from water.
Designed to face your daily water threats
Electro plating
Wire Erosion EDM Machines
Lab testing equipment
Washing systems
High-quality metal rinsing
Printing technology
Glass manufacturing
Removal of colour, odour, taste
Our Deionized Exchangeable Cylinders in action
Aerospace and Defense multinational company, UK
Continuous purified water supply to ensure uninterrupted and dependable provision of demineralized water.
Pharmaceutical & Healthcare company, UK
Meeting the stringent water standard requirements for one of Europe’s largest cancer treatment centers.
Exchangeable Cylinders FAQs
Exchangeable deionized (DI) water cylinders are portable vessels filled with ion exchange resin, used to purify water by removing dissolved solids through ion exchange technology. They are designed for quick replacement and on-site delivery, ensuring a continuous supply of high water purification for industrial processes without requiring significant upfront investment or on-site chemical management. This solution is particularly valuable for applications requiring ultrapure water, such as laboratory testing, optical equipment manufacturing, and high-precision rinsing in industries like pharmaceuticals, healthcare, and manufacturing. These cylinders are sustainable, as spent ion exchange resin can be regenerated off-site, reducing environmental impact and enhancing cost efficiency.
NSI Mobile Water Solutions offers exchangeable deionized water cylinders in four sizes (15, 40, 60, and 100 liters) to accommodate diverse flow rate requirements, from 0.15 m³/h for smaller needs to 2.5 m³/h for higher demands. These cylinders provide flexible and reliable solutions for industries like pharmaceuticals, healthcare, and manufacturing, ensuring a steady supply of high-purity water tailored to operational needs.
NSI Mobile Water Solutions’ exchangeable deionized water cylinders are designed with sustainability in mind. While the cylinders themselves are not recyclable, they are reusable. We regenerate the spent ion exchange resin inside the cylinders off-site, allowing the resin to be refreshed and reused. This process reduces waste, minimizes environmental impact, and supports cost-efficient, sustainable industrial practices.