Water dictionary

The "lime" dissolved in water settles in the pipes and fittings. During heating, the limescale deposits on the heat-transferring elements (heating walls, kettle, washing machine, etc. ...)

To understand this, we have to take a look at the water cycle. About 70% of the earth's surface is covered with water. This water evaporates in sunlight and water vapour is formed. This is lighter than air, therefore rises upwards and collects in the atmosphere.

If the water drops are large enough, they fall back to the earth in the form of rain, snow or hail.
The carbonated water seeps into the soil and hits calcareous rock under the surface.
The carbonic acid and lime react to form calcium hydrogen carbonate (Ca(HCO³)², colloquially lime).

Around 75%

Around 75% of all households in Germany have calcareous water.

1° dH corresponds to 1.78 g per 100l water vapour. With an average of 150 cbm of water in the household, about 50kg of lime are introduced into the house installation per year.

Due to the heating of the water, about 15 kg of "lime" per person remains in the piping system. This creates a "limescale" deposit on the heat-transsiting elements and the following situation results.

1mm limescale leads to 10% more energy expenditure. (see graphic)

As the water flows through our FR, it absorbs information that strengthens the lime-carbonic acid balance. As a result, the "limescale" is not only flushed out as the water flows through, but also takes existing limescale with it.

Our technology ensures that the solid lime components of the water remain in solution in piping systems and are not deposited. Thanks to the high efficiency, existing deposits are also broken down.

Minor or prevented deposits means a lower energy expenditure and thus lower costs.

The advantageous price, the simple installation (both in new and old buildings) and the reduction of operating costs ensure the rapid amortisation of our technology.

The efficiency and quality of our technology has been proven in numerous tests in various large and small systems.

Calcium is one of the most important minerals that humans need for a healthy organism. It cannot be produced in the body itself. The body of an adult contains on average about one kilogram of calcium, 99 percent of which is stored in bones and teeth. A long-term calcium deficiency can lead to considerable health damage. In particular, the disease of osteoporosis - popularly called bone loss - can result in a chronic undersupply of calcium. Without a sufficient calcium intake, muscle cramps, high blood pressure, caries and periodontal disease, as well as increased excitability of the nervous system, can occur.

The daily requirement of an adult is 1000 milligrams of calcium per day. Children and adolescents even have an even higher need.

Drinking tap water is not enough to meet the daily requirement of calcium. Rather, a combination of different foods is necessary for this. However, calcium-rich drinking water can have a supportive effect and at the same time give the water more flavour. Currently, the Drinking Water Ordinance does not prescribe a limit value for calcium.

As the water flows through our FR, it absorbs information that strengthens the lime-carbonic acid balance. As a result, the "limescale" is not only flushed out as the water flows through, but also takes existing limescale with it.

Our technology ensures that the solid lime components of the water remain in solution in piping systems and are not deposited. Thanks to the high efficiency, existing deposits are also broken down.

Minor or prevented deposits means a lower energy expenditure and thus lower costs.

The advantageous price, the simple installation (both in new and old buildings) and the reduction of operating costs ensure the rapid amortisation of our technology.

The efficiency and quality of our technology has been proven in numerous tests in various large and small systems.

Calcium is one of the most important minerals that humans need for a healthy organism. It cannot be produced in the body itself. The body of an adult contains on average about one kilogram of calcium, 99 percent of which is stored in bones and teeth. A long-term calcium deficiency can lead to considerable health damage. In particular, the disease of osteoporosis - popularly called bone loss - can result in a chronic undersupply of calcium. Without a sufficient calcium intake, muscle cramps, high blood pressure, caries and periodontal disease, as well as increased excitability of the nervous system, can occur.

The daily requirement of an adult is 1000 milligrams of calcium per day. Children and adolescents even have an even higher need.

Drinking tap water is not enough to meet the daily requirement of calcium. Rather, a combination of different foods is necessary for this. However, calcium-rich drinking water can have a supportive effect and at the same time give the water more flavour. Currently, the Drinking Water Ordinance does not prescribe a limit value for calcium.

• The devices require electricity and thus generate energy consumption
  Use of chemicals
• Limited avoidance of corrosion
• High operating and maintenance costs
• Discharge (sodium ions/potassium ions) does not correspond to the norm
• The external world is influenced by the use
• Personnel operation and maintenance require high and comprehensive operating costs

• Energy savings of up to 30%
• Extending the service life of the equipment by at least 50%
• Save water, electricity and gas (for heat generation)
• No operating and maintenance costs
• No emission costs
• High standard of environmental protection
• How to reduce the safety risk of company production