Standard single-softening system (SEM)

Description of the operation:

The standard version of the system produces softened water between the two regenerations and smaller quantity of hard water in the process of regeneration (reverse rinsing, pulling the brine, slow rinsing), however it does not produce water in the process of quick rinsing. Should the water (soft or hard) be constantly available, a by-pass valve must be installed.

Form:

Standard single-softening system consists of:

• Ion exchange container made of polyester reinforced with glass fibres;
• Brine tank with cover made of PE and with plastic floating valves;
• Vertical pipe and safety valve made of PVC;
• Central distribution valve on the top of the device;
• High capacity ion mass which is situated on the granular surface.

Standard dual-softening system (SDM)

Advantages:

• Continuous formation of softened water;
• Simple installation and very small level of residual hardness in the water;
• Display of the quantity of softened water which can be produced before the next regeneration;
• Small salt consumption per one regeneration;
• Compact performance which requires relatively little space.

Form:

Standard dual softening system consists of:

• Ion exchange container made of polyester reinforced with glass fibres;
• Brine tank with cover made of PE and with plastic floating valves;
• Vertical pipe and PVC safety valve;
• Central distribution valve on the top of the device;
• High capacity ion mass which is situated on the granular surface.

Industrial single-softening system (IEM)

Description of the operation:

The standard version of the system produces softened water between the two regenerations and smaller quantity of hard water in the process of regeneration (reverse rinsing, pulling the brine, slow rinsing), however it does not produce water in the process of quick rinsing. Should the water (soft or hard) be constantly available, a by-pass valve must be installed. All the devices are fully automated. Control devices in a standard version are exclusively based on the amount of softened water. A special design can be control device in sensor design ? it is based on the measurements of the actual residual hardness.

Form:

Industrial single-softening system consists of:

• Ion exchange container made of polyester reinforced with glass fibres;
• Brine tank with cover made of PE and with plastic floating valves;
• Pipe connections of the central distribution valve with the ion exchange container;
• Central distribution valve on the top of the device;
• High capacity ion mass which is situated on the granular surface;
• Turbine water meter with mechanical transmission.

Industrial dual-softening system (IDM)

Description of the operation:

All the devices are fully automated. Control devices in a standard version are exclusively based on the amount of softened water. A special design can be control device in sensor design ? it is based on the measurements of the actual residual hardness. In this group you can choose a device which regarding its flow and capacity meets industrial needs. Upon your request a larger device can be delivered with a special order.

Form:

Industrial dual-softening system consists of:

• Two ion exchange containers made of polyester reinforced with glass fibres;
• Brine tank with cover made of PE and with plastic floating valves;
• Pipe connections of the central distribution valve made of brass with a control unit on the top of the device;
• High capacity ion mass which is situated on the granular surface;
• Turbine water meter with mechanical transmission.

Cabinet softening system K

Use:

Cabinet softening system is used for water softening in industry and households. It functions on the basis of a neutral ion exchange. The device can be time-driven or quantity-driven. Description of the operation:

Raw water enters the softening device through its central distribution valve. The water runs through the upper nozzle into the ion resin, through which it travels from the top to the bottom. On its way through the ion resin the ions of calcium and magnesium are exchanged with sodium ions. Softened water runs through the lower nozzle into the central pipe, through it up to the central distribution valve and finally it flows out of the softening device towards the appliance/consumer.
The central distribution valve controls the regeneration process of ion resin during various phases (reverse rinsing, brine suction/slow rinsing, and fast rinsing). Water to form brine flows into the salt container during a time-driven or level-driven process. When adequate amount of water flows into the salt container, the central distribution valve switches back to the operating position. During the process of regeneration the formation of softened water is not possible. Only hard water can be formed in this phase.

Demi cartridges

Use:

In the production of demineralised water for:

• Moisturisers;
• Super clean steam generators;
• Laboratories, pharmacies;
• Surface treatment;
• Small steam generators;
• Dishwashers in restaurants, canteens;
• Storage batteries;
• Induction systems;
• heating systems;
• Laser applications;
• Treatment of appliances for reserve osmosis.

Advantages:

• Easy to use;
• Quick change of samples;
• Efficient service network;
• Continuous quality;
• Low price;
• No harmful effects on the environment;
• No waste water.