The Skid-mounted Ionmaster classic is a cost-effective deionisation system with easy installation and minimal maintenance requirements. The IONMASTER Classic is a simple and efficient way to produce Deionised water at a regular quality for your production facility. Having an on-site system has several benefits, including no water purchase requirements or downtime while waiting for delivery. In addition, water testing can be completed at your facility for uninterrupted operation.

The Labstar RO range is a compact reverse osmosis system which provides 98 to 99% total solids rejection. They are suitable for a wide range of manufacturing businesses. Reverse osmosis is an ideal water purification solution for many facilities, able to produce water that’s nearly 100% pure with dramatically reduced TDS levels.

The Labstar RO range is capable of handling high feed water flows through their membranes and can operate effectively at low water pressures, saving you energy costs.

The Ionmaster CCP is a cost-effective system that helps ensure your facility always has the correct level of water quality for your application. The quality of the water you use for production will have to adhere to various government and environmental standards, as well as be free of any contaminants and impurities. To achieve these objectives, it’s imperative that your facility’s water is of a precise composition and level of purity.

The Ionmaster Classic is an excellent all-round deioniser from the Ionmaster range, with a fully updated suite of tools and features.  It is available in two sizes; the Classic 30 and Classic 75. If it’s been some time since you last replaced your deionisation system, you may not be aware of some of the innovations and developments that are currently available on the market. 

The Ionmaster ACTB is one of the most efficient systems we offer for increasing water efficiency and cutting back on waste. Among the many costs involved with running your facility, the cost of water wastage may be one of the highest. If your facility engages in any of the following processes, chances are that you will require rinsing with deionised water in order to remove any contaminant residue from items before they move to the next stage of production:

Getting the best quality water for your facility may not be an easy task if you aren’t sure which system will achieve this for you. Of course, every type of water purification system can offer specific benefits to your facility. However, deionisation may surpass them all. This article will discuss the differences between electro and conventional deionisation, and highlight the many benefits of switching to this type of water purification.

Deionisation is a process that’s been used in industrial water treatment for several decades. Effective for the removal of minerals, deionisation employs ion exchange to ensure the removal of contaminants. A positively-charged anion resin attracts the negative contaminant ions, whilst the negatively-charged cation resin removes the positively-charged contaminants.

Before choosing any water deionisation system for your facility, however, there are a few things to keep in mind.

One of the most common errors made by facilities using water purification system is to not set up a regular preventative maintenance programme. Not performing regular maintenance on ultrafiltration (UF) water systems can result in several problems that can render your system inoperable.

Different facilities require different industrial water treatment processes. Industrial deionisation is one method of purifying water that can work with virtually any facility. Deionisation removes contaminants using chemically-charged resins that attract negative and positive contaminants, (ions).

Most companies have discharge limits for their trade effluent outfall. One of the key areas in this is the discharge of heavy metal contamination. In most cases there will be a maximum limit of 2 parts per million for heavy metals such as copper, zinc, lead, cadmium and mercury.

The applications that are using and then discharging heavy metals are all types of metal finishing such as printed circuit manufacture, chrome plating and anodising.