Industrial water purification

Veolia SDI/Aquaclean Aqueous Water Cleaning Cylinders are exchangeable service deionisation water cylinders designed to deliver high purity water for cleaning applications without the need for specialist equipment or chemicals. Cylinders are made for on-demand water treatment, require minimal space, and support sustainable operation through resin

Plug and play RO-CEDI demineralised water for the power market. When you need to maximise power productivity whilst controlling operating costs, having an efficient, high grade water system matters. Veolia SOLYS TERION and TERION S prevent scale and corrosion by supplying high quality demineralised water. Using a combination of reverse osmosis

Rapide Strata™ by Veolia Water Technologies is a skid-mounted ion exchange deionizer system made for fast, high-purity water production in industrial settings. Short cycle regeneration of 30–60 minutes reduces downtime and improves chemical use. Compact design with PLC control and digital monitoring supports continuous operation: skid-mounted ion

Veolia Water Technologies Aquaclean® systems are made for producing 0.14 to 2.85 m³/hr of high purity water using mixed bed deionisation and activated carbon filtration, suitable for cleaning and rinsing applications at temperatures up to 70°C: high purity water system for cleaning and rinsing tasks; made from seamless GRP and polyethylene

Ionpro™ is a compact water purification system made by Veolia Water Technologies & Solutions, combining reverse osmosis and electrodeionization to produce high-purity, low-bacteria water for industrial and laboratory use. Plug-and-play design connects directly to tap water and outputs 500–1,000 l/h at around two bar pressure: integrated, portable

PURELAB® Quest Pure Water System by Veolia is a compact benchtop or wall-mounted unit for laboratories, dispensing Type I, II, and III water from tap water input. Designed for low volume users with limited space, it includes a 7-litre reservoir, in-built recirculation to reduce biofilm, and digital monitoring via USB: compact laboratory water

Hydroklear's demineraliser plant treats raw water to potable standards and provides high-purity water. Suitable for industrial and municipal use. Designed to interface with break tanks, booster pump sets and level controllers, it is fully automatic and has a flow rate of up to 50m3h. Operational pressure ranging from 2.5-5.5 bar, with temperatures

PURENERGY 30 is a compact water purification system made for PEM electrolyser systems, supporting hydrogen production with purified water output up to 30 litres per hour. Designed to prevent ions, particles, and organics from damaging electrolysers, it suits installations producing up to 30Nm³/h of hydrogen: compact water purification unit for

This type of water treatment involves the use of two technologies to separate contaminants from water. Both membranes and ion exchange are used in electro deionisation. Often used as a replacement for traditional industry ion exchange units, electro deionisation is used in many types of businesses and is considered to be a very efficient as well

Ion exchange equipment forms the basis for several different kinds of water treatment. Using selected resins and chemicals to produce different water qualities. Equipment is tailored for specific functions such as removing organics, colour, or nitrates from water. Each system is designed to meet industrial standards and changing water supply

ACWA Nitreat® Ion Exchange Nitrate Removal Technology is a water treatment system designed to reduce nitrate levels in water using a continuous counter current ion exchange process. Installed in over 38 UK plants, it handles flows from 3MLD to 92MLD and removes up to 13,818kg/NO3 per day. System uses multiple vessels in series to minimise waste

ADEPT Pure Water Ltd would like to introduce its I-on-x Exchange Cylinders which offer a range of vessel sizes and media types to suit Low Flow Rates from 100 Ltrs/Hr to 4,500 Ltrs/Hr with a Quality Range from <25uS/CM and 18.2 Mega Ohms. These versatile vessels can be used as Pre-filtration to Water Purification Systems such as Reverse Osmosis or

EloVac® methane capture technology captures the dissolved and microbubble Methane gas not captured during the digestion process which normally escapes into the atmosphere. EloVac® is a compact system for the degassing of liquids such as digested sludge. In addition to enhancing sludge dewatering, the system can significantly improve the ecological

Wychwood Water Systems Ltd manufactures the Ionmaster range of deioniser systems, which function as stand-alone or duplex units, or as part of an integrated water purification system. Chemical handling systems can also be provided. The Ionmaster deioniser is available in two formats, the CO and CC. The Ionmaster CO comes complete with integral

The ECO Di-on-x Water Deioniser system is a no frills, quick and easy to install Regeneration System, that can be modified and made to meet your flow rate specification from 1 m3/hr to 5 m3/Hr. Depending on your water production usage and the quality of your deionised water your process requires, the ECO Di-on-x Water Deioniser can lower your production cost of Deionised water by as much as one-h

Wychwood Water Systems Ltd manufactures the Ionmaster CCP range of deionisers, which are suitable for the pure water user requiring 2 megohm water quality or better. Vessels are manufactured from non-corroding GRP on a welded polypropylene base. Ionmaster CCP can function as a stand-alone or duplex unit, or as part of an integrated water

Vento Connect is a cyclonic vacuum degasser for heating and solar systems, and chilled water systems. Its use is particularly recommended where high performance, compact design and precision are required. The industrial version VI is especially designed for high pressure applications up to 20.5 bar. The new BrainCube Connect control panel allows a

Demineralisers remove dissolved solids from water using cation and anion resin beds, producing high purity water with total dissolved solids between 0.01–0.05ppm. Made for industrial and laboratory use, systems include separate bed and mixed bed variations to suit different flow rates and water quality needs. Automatic and manual models are

AWE dealkalisers use weak cation resin to reduce alkalinity in water, producing partially demineralised water with lower total dissolved solids. Small packaged plants are made from vinyl ester pressure vessels and plastic multiport valves. Large industrial units use lined mild steel vessels, lined valves, and pipework with microprocessor control

FD degassing towers are made from corrosion-resistant polypropylene and are designed to economically reduce dissolved CO2. They operate by passing the water to be treated over a large surface area whilst blowing air against the flow. The resultant mass transfer of gas at the interface of the water and air removes the acid-forming carbon dioxide

Base exchange softeners by AWE use cation resin to change calcium and magnesium ions in hard water into sodium ions, reducing scale formation. Made from GRP for domestic and small industrial use, and carbon steel for larger industrial applications. Automatic regeneration uses a multiport valve, with options for time clock or water meter control

The Ionmaster ACTB is a complete rinse water recovery and reuse system. Provided on a polypropylene skid with a stainless steel flow pump, rate of flow indicator, pressure gauge and pump control system, it has a compact footprint and is easy to install. The process rinse water is fed from a holding tank through stage one, where organic and

Veolia Water Technologies partnered with a major producer of green hydrogen to help it increase production, whilst also reducing the volume of wastewater put to drain. Veolia supplied its TERION™ S 4000 plug-and-play demineralised water unit, which combines reverse osmosis (RO) and continuous electrodeionisation (CEDI). This chemical-free solution

Veolia Water Technologies’ Actiflo® clarification units were successfully implemented at two wastewater treatment facilities in the South East of England. During a trial period, Actiflo® delivered phosphorus discharge levels as low as 0.03mg / L, exceeding the client’s requirements and providing significant OPEX savings. Prior to Veolia’s