We recommend contacting the lower water authority!

DOSING RECOMMENDATION

For the cleaning of production wells, we recommend:
3 x 4kg bag WESSOCLEAN AQUA TYP 1

AVAILABLE AS:

FOR FURTHER INFORMATION AND QUESTIONS ABOUT ORDERING
CALL US:

+49 (0) 911-590601 20

Sorgen Sie für eine sichere Wasserversorgung

WESSOCLEAN AQUA TYP 1 entfernt mineralische Verkrustungen und biologische Verunreinigungen effektiv. Die ursprüngliche Leistung des Brunnens wird wiederhergestellt und die Wasserqualität sichergestellt.

SEHR EFFEKTIV, wirksam gegen:

1. Eisenoxide
2. Mangan-Oxide
3. Schleim
4. Biofilme

Innerhalb von 12 bis 14 Stunden werden die Blockaden im Brunnen, im Filterkies und in der Umgebungsgeologie gelöst.

EINFACH ZU VERWENDEN:

1. Brunnen öffnen (Deckel, Ventile)
2. WESSOCLEAN AQUA Typ 1 anmischen und in den Brunnen einführen
3. 12 bis14 Stunden (nicht länger als 24 Stunden!) einwirken lassen
4. Abschließend WESSOCLEAN AQUA Typ 1 aus dem Brunnen pumpen

Für eine Regenerierung mit WESSOCLEAN AQUA Typ 1 ist keine schwere Ausrüstung erforderlich. Brunneneinbauten wie Pumpen können während des Reinigungsvorgangs im Brunnen bleiben.

THIS IS HOW WESSOCLEAN AQUA TYP 1 WORKS

A SAFE WATER SUPPLY

WESSOCLEAN AQUA TYP 1 effectively removes mineral incrustations and biological pollution. The original performance of the well is restored, and the water quality is ensured.

VERY EFFECTIVE, COMBATS:

1. Iron oxides
2. Manganese Oxide
3. Lime deposits

Within 12 to 14 hours, the blockages in the well, the filter gravel and the surrounding geology are
dissolved.

EASY TO USE:

1. open the well (lid, valves).
2. mix WESSOCLEAN AQUA TYP 1 and fill into the well.
3. leave to react for 12 to 14 hours (no longer than 24 hours!)
4. finally pump WESSOCLEAN AQUA TYP 1 out of the well.

No heavy equipment is required for regeneration with WESSOCLEAN AQUA TYP 1. Well installations
and applications such as pumps can remain in the well during the cleaning process.

VIDEOS: ECOLOGICAL WELL CLEANING

Groundwater heat pump: regeneration of pumping well

Groundwater heat pump: regeneration of induction well

INSTRUCTIONS IN 4 STEPS:

1. The procedure is similar with drilled wells: dissolve three 4 kg bags in approx. 90 litres of water while stirring slowly.

2. Fill the entire solution into the well, then run the heat pump system in a circle, i.e., the line to the induction well is interrupted and the water is returned to the production well via the heat pump.

3. After WESSOCLEAN AQUA TYP 1 has been introduced, it must remain in the well for a time of 12 to 14 hours. The circuit flushing is only switched on for approx. 1‐2 hours at the beginning.

4. After the reaction time, pump out the solution via the well pump. The pumped‐off water (regenerate) can be disposed of via the sewer system.

EFFECTIVE WELL REGENERATION MUST START IN THE FILTER AREA OF THE WELL

The main reason for a decline of output (well doesn’t pump water) and well ageing (well draws air) is found outside the filter. Deposits in the filter gravel and the adjacent geology prevent a free flow of water (well is blocked). Sensible well cleaning and well rehabilitation measures must therefore always address both the deposits in the filter pipe and in the adjoining gravel pack and geology. In the case of severe well ageing (more than 50% drop in performance), the filter pipes are so heavily encrusted that the gravel area is difficult to reach. In such a case, a mechanical pre‐treatment (with brushes) is advisable. This allows WESSOCLEAN AQUA TYP 1 to reach the gravel filter and the geology directly and thus develop its full effect at the critical points. In addition, the economic efficiency of the measure is increased, as mechanically dissolved deposits do not consume valuable regeneration agent.

Regeneration measures should always be carried out after a small loss of the well's capacity (flow rate in litres per second), as this is when they’re most successful and most economical. In later phases, incrustation increases exponentially and the necessary regeneration effort of the well (garden wells, dug wells, driven wells, shaft wells, drilled wells, suction wells, withdrawal wells, heat pump wells) rises drastically. Regular well cleaning or well maintenance is most economical if the well's performance drops 10‐30%. Then, well maintenance requires only 10‐30% of the active ingredient of a full well regeneration.