FAQ

When buying a water still with two water supply circuits, please, note special features of its installation. Water distillers with two water supply circuits unlike regular water stills have two water inlets.One inlet is for water being evaporated, the second one is for cooling water. Potable water can be connected for evaporation and recycling water - for cooling. Such connection pattern is more convenient for companies having water pretreatment system and/or industrial cooling system. Water resources are saved due to two water supply circuits, because water for cooling is not wasted.

Water distillers are subject to daily maintenance and periodic maintenance. Daily maintenance shall include removal of dust, impurities from the surface of assembly units and parts and checking the water distiller’s grounding by means of external inspection. Periodic maintenance includes cleaning of the water distiller parts from pollutions mechanically or otherwise without destroying their surface, and checking for grounding. It is necessary to monitor the state of the level sensor rod, condenser, connecting tubes and fittings of the distiller, carry out their cleaning or replacement, avoiding reduction of their inner diameter. Frequency of periodic maintenance is set by the user depending on the water distiller intensity of use and quality of incoming water, but not less than every 160 hours of the water distiller operation.

A double distillation water still is a laboratory equipment designed for production of ultra pure reagent grade (type II) water by means of double water distillation without use of filters, reverse osmosis membranes, deionizers. The main difference between double distillation water still and water distiller is that it has two stages of distillation.

A water distiller is a device for water purification by means of distillation, that is water heating to boiling with subsequent cooling and condensation of its steam. Water distillers are used in different laboratories and medical institutions.

Tubular heating elements installed in water distillers are used for water heating and boiling. Heat is generated when electric current passes through a heater coil, which has considerable resistance. The role of such coil in water distillers with electrodes installed as heating elements is fulfilled by water in the evaporation chamber. Electric current passes through the water between the two electrodes and causes its heating. As a result, the advantage of a water distiller equipped with a tubular heating element is its ability to work on source water of any quality. Salinity of water is very important for electrode water distiller. If water is too “clean” and soft product water output will be too low. To enable its work water shall be salted (by means of regular table salt in most cases) to increase its electrical conductivity. Overheating is not good for tubular electric heaters and can cause their burnout. They shall bу cleaned from scale. Electrode water distillers require more powerful cables and circuit breakers, however, electrodes are more reliable than tubular heating elements and do not breakdown because of overheating.

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Yes, you can, if there is no Livam distributor in your country yet. Big countries may have more than one distributor.

Yes, you can purchase a demo unit at a discounted price.

We provide detailed installation and maintenance instructions for Livam water distillers, as well as marketing materials. Our engineers will consult you on any technical issues. Besides, we arrange training of Livam products distributors at the plant.