IT
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For years, we have been leaders in the domestic water filtration and treatment sector, offering a vast assortment of systems for water purification and the removal of residual contaminants.All AQUA systems are designed to simplify installation and minimize maintenance procedures.
Treating your water with our products guarantees:
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Treating your water with our products guarantees:
- Clean, safe, pure, and crystal-clear drinking water.
- Improved efficiency of household appliances (boilers, water heaters, dishwashers, washing machines, etc.).
- Significant savings in terms of energy costs and maintenance.
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The Reverse Osmosis filtration process is, to date, the most valid and efficient technique for domestic water filtration. The high filtration precision allows for the removal of all contaminating substances such as viruses and bacteria, and also reduces the level of dissolved solid minerals such as nitrates, sulfates, carbonates, and sodium, resulting in pure, safe, and crystal-clear water.
AQUA's ARO osmosis systems, specifically designed for installation in domestic kitchens or catering environments, are compact, efficient, and easy to install. They are distinguished as systems with direct production or systems with a storage tank. All ARO systems are supplied with a warranty and an installation and maintenance manual.
Condensing boilers generate acidic condensate that cannot be discharged into the sewer system unless it has been neutralized. Therefore, AQUA offers an in-line condensate neutralizer to be installed on the boiler's condensate drain line, which, through the use of calcined dolomite, brings the pH of the condensate back within the acceptable limits provided by law.
Water in nature is normally rich in dissolved minerals. Among them are some that pose a threat to our domestic systems. These are calcium and magnesium carbonates, which are commonly grouped to define water “hardness.”
“Hard” water tends to deposit solid residues, specifically carbonates, commonly known as limescale, which cause the inconvenience of progressively clogging the pipes of our system or leaving stains on the surfaces of our sinks. Water with high “hardness” is responsible for the formation of limescale deposits and corrosion in sanitary circuits.
To combat the limescale problem, AQUA has developed anti-limescale devices that utilize the chemical principle of polyphosphate salts. These, when dissolved in even extremely hard water, can inhibit the deposition of carbonates, thus solving the limescale problem.
AQUA’s anti-limescale systems can be installed at the main inlet of our domestic system, near the boiler, but also directly on the supply pipe of the washing machine or dishwasher.
Anti-limescale systems help to preserve not only the water delivery circuits but also the appliances they serve over time, allowing for significant savings in maintenance and operating costs.
The physical process of reducing calcium carbonates by passing them through ion-exchange resins is commonly called “softening,” as the final result is precisely the reduction of water “hardness.”
The advantages are immediate: various appliances such as boilers, dishwashers, washing machines, etc., are protected against limescale deposits, thus reducing maintenance and operating costs and lowering the consumption of detergents, soaps, and softeners. Furthermore, the thermal exchange of the appliances is better, all of which allows for considerable energy savings.
Finally, “softened” water, in addition to preventing unsightly deposits on sanitary fixtures, preserves the properties of softness and shine for both skin and clothing.
The ion-exchange process causes the progressive saturation of the resins. By retaining calcium and magnesium salts, the resins gradually saturate and slowly lose their softening capacity, but once saturation is reached, it is not necessary to change them.
An important advantage of water softening systems is the possibility of regenerating the resins. The regeneration takes place by treating them with water saturated with Sodium Chloride (common table salt). The salt is dissolved in water in a solution called Brine and is stored in a storage tank located near the softener (Cabinet or Brine Tank).
By passing through the resins, the brine replenishes their exchange capacity, recharging them with sodium ions and simultaneously eliminating the hardness retained (calcium and magnesium ions) during the “softening” phase. The regeneration process is completely automatic, and water supply is always guaranteed because during the resin regeneration phase, the softener automatically switches to BY-PASS mode.
AQUA's ARO osmosis systems, specifically designed for installation in domestic kitchens or catering environments, are compact, efficient, and easy to install. They are distinguished as systems with direct production or systems with a storage tank. All ARO systems are supplied with a warranty and an installation and maintenance manual.
Condensing boilers generate acidic condensate that cannot be discharged into the sewer system unless it has been neutralized. Therefore, AQUA offers an in-line condensate neutralizer to be installed on the boiler's condensate drain line, which, through the use of calcined dolomite, brings the pH of the condensate back within the acceptable limits provided by law.
Water in nature is normally rich in dissolved minerals. Among them are some that pose a threat to our domestic systems. These are calcium and magnesium carbonates, which are commonly grouped to define water “hardness.”
“Hard” water tends to deposit solid residues, specifically carbonates, commonly known as limescale, which cause the inconvenience of progressively clogging the pipes of our system or leaving stains on the surfaces of our sinks. Water with high “hardness” is responsible for the formation of limescale deposits and corrosion in sanitary circuits.
To combat the limescale problem, AQUA has developed anti-limescale devices that utilize the chemical principle of polyphosphate salts. These, when dissolved in even extremely hard water, can inhibit the deposition of carbonates, thus solving the limescale problem.
AQUA’s anti-limescale systems can be installed at the main inlet of our domestic system, near the boiler, but also directly on the supply pipe of the washing machine or dishwasher.
Anti-limescale systems help to preserve not only the water delivery circuits but also the appliances they serve over time, allowing for significant savings in maintenance and operating costs.
The physical process of reducing calcium carbonates by passing them through ion-exchange resins is commonly called “softening,” as the final result is precisely the reduction of water “hardness.”
The advantages are immediate: various appliances such as boilers, dishwashers, washing machines, etc., are protected against limescale deposits, thus reducing maintenance and operating costs and lowering the consumption of detergents, soaps, and softeners. Furthermore, the thermal exchange of the appliances is better, all of which allows for considerable energy savings.
Finally, “softened” water, in addition to preventing unsightly deposits on sanitary fixtures, preserves the properties of softness and shine for both skin and clothing.
The ion-exchange process causes the progressive saturation of the resins. By retaining calcium and magnesium salts, the resins gradually saturate and slowly lose their softening capacity, but once saturation is reached, it is not necessary to change them.
An important advantage of water softening systems is the possibility of regenerating the resins. The regeneration takes place by treating them with water saturated with Sodium Chloride (common table salt). The salt is dissolved in water in a solution called Brine and is stored in a storage tank located near the softener (Cabinet or Brine Tank).
By passing through the resins, the brine replenishes their exchange capacity, recharging them with sodium ions and simultaneously eliminating the hardness retained (calcium and magnesium ions) during the “softening” phase. The regeneration process is completely automatic, and water supply is always guaranteed because during the resin regeneration phase, the softener automatically switches to BY-PASS mode.
Water Softener Systems
Systems for the reduction of calcium carbonates in water, obtained by passing them through ion-exchange resins.
Reverse Osmosis
Compact, efficient, and easy-to-install osmosis systems, which are distinguished as systems with direct production or systems with a storage tank.
Anti-Limescale Filters
Anti-limescale devices that utilize the chemical principle of polyphosphate salts, used in domestic systems, near boilers, washing machines, or dishwashers.
Domestic Filtration
Systems for water purification and the removal of residual contaminants in the domestic environment.
