Ariseo Water Tech

We are providing highly efficient range of Mixed Bed Demineralisation Plant that is made from high grade raw materials and latest technology. The mixed-bed plants are used for fine polishing in high tech water installations, such as medical and electronic industries, hospitals, power stations, and for production of moderate amount of demineralized water from waterworks. By treating demineralized water with low carbonic acid content, a conductivity of less than 0.1 µS/cm at 10°C can be achieved. In mixed-bed deionizers, the cation exchange and anion-exchange resins are intimately mixed and contained in a single pressure vessel. The thorough mixture of cation-exchangers and anion-exchangers in a single column makes a mixed-bed deionizer equivalent to a lengthy series of two-bed plants. Resulting, the water quality obtained from a mixed-bed deionizer is appreciably higher than what is produced by a two-bed plant.

Features

• Tough in construction
• Longer service life
• Ruggedly constructed
• Enhanced performance
• Support structure and troughs fabricated from stainless steel for long lasting durability
• Flexible design ideal for retro-fitting
• Increased solids removal
• Process stability
• Consistent operation

Applications

• Boilers feed water
• Textiles plants
• Pharmaceuticals
• Chemicals industries
• Breweries
• Automobile industry

Two-bed ion exchange:

A dual bed or two-bed ion exchanger use two (or more) ion-exchange columns or resin beds for treating a stream. Each of these beds contains a different ion exchange resin. During two-bed demineralisation, a SAC or strong acid cation resin is used for treating a stream. This helps in capturing the cations dissolved in the water and enables the release of hydrogen ions.

The mineral acid solution you will get as a result will automatically get directed towards the SBA or strong base anion resin bed. When treated in the second resin bed, the DM plant will remove all the anionic contaminants present in the solution and result in the release of hydroxide ions. The combination of these hydroxide ions and the existing hydrogen ions will result in the formation of water.

The TDS of the stream thus forms will become low. What’s more, the water will also have an almost neutral pH. However, there’s one issue you must be careful about; dual bed units usually result in sodium leakage, which may affect the water quality. You should be extra cautious when demineralising streams with low pH and/or high TDS.

Mixed-bed ion exchange:

The water quality offered by mixed-bed ion exchangers is much higher than the dual-bed units. The biggest highlight of these units is that they use a mix of multiple ion exchange resins. This mixture is kept in a single ion-exchange column. When the unit is used to treat a stream, the anion and cation exchange reactions occur simultaneously. This unique working procedure of the DM water plant addresses the issue of sodium leakage effectively.

Here, you must note that while DM plants equipped with mixed-bed ion exchangers produce water of extremely high quality, they also use a more complex resin generation procedure.

ARISEO WATER TECH is the most trusted DM plant manufacturer operating at the moment. They make DM plants of the highest quality. The company manufactures all kinds of DM plants that are currently in use. The biggest highlights of these products by ARISEO include their affordable price and the lifelong service guarantee offered by the company. Another great thing about these units is that they require minimum maintenance.

Two-bed ion exchange:

A dual bed or two-bed ion exchanger use two (or more) ion-exchange columns or resin beds for treating a stream. Each of these beds contains a different ion exchange resin. During two-bed demineralisation, a SAC or strong acid cation resin is used for treating a stream. This helps in capturing the cations dissolved in the water and enables the release of hydrogen ions.

The mineral acid solution you will get as a result will automatically get directed towards the SBA or strong base anion resin bed. When treated in the second resin bed, the DM plant will remove all the anionic contaminants present in the solution and result in the release of hydroxide ions. The combination of these hydroxide ions and the existing hydrogen ions will result in the formation of water.

The TDS of the stream thus forms will become low. What’s more, the water will also have an almost neutral pH. However, there’s one issue you must be careful about; dual bed units usually result in sodium leakage, which may affect the water quality. You should be extra cautious when demineralising streams with low pH and/or high TDS.

Mixed-bed ion exchange:

The water quality offered by mixed-bed ion exchangers is much higher than the dual-bed units. The biggest highlight of these units is that they use a mix of multiple ion exchange resins. This mixture is kept in a single ion-exchange column. When the unit is used to treat a stream, the anion and cation exchange reactions occur simultaneously. This unique working procedure of the DM water plant addresses the issue of sodium leakage effectively.

Here, you must note that while DM plants equipped with mixed-bed ion exchangers produce water of extremely high quality, they also use a more complex resin generation procedure.

ARISEO WATER TECH is the most trusted DM plant manufacturer operating at the moment. They make DM plants of the highest quality. The company manufactures all kinds of DM plants that are currently in use. The biggest highlights of these products by Aquashakti include their affordable price and the lifelong service guarantee offered by the company. Another great thing about these units is that they require minimum maintenance.