FERMANOX® Type WV
Professional for industrial
water needs
The FERMANOX® WV professional systems are suitable for larger water treatment capacities for industrial and municipal applications.
TYPE WV professional
from approx. 100 - 8000 m³/day per plant
FERMANOX® Type WV
Professional for industrial
water needs
The FERMANOX® WV professional systems are suitable for larger water treatment capacities for industrial and municipal applications.
TYPE WV professional
from approx. 100 - 8000 m³/day per plant
FERMANOX® Type WV
Professional for industrial
water needs
The FERMANOX® WV professional systems are suitable for larger water treatment capacities for industrial and municipal applications.
TYPE WV professional
from approx. 100 - 8000 m³/day per plant
FERMANOX® Type WV
Professional for industrial
water needs
The FERMANOX® WV professional systems are suitable for larger water treatment capacities for industrial and municipal applications.
TYPE WV professional
from approx. 100 - 8000 m³/day per plant
FERMANOX® Type WV
Professional for industrial
water needs
The FERMANOX® WV professional systems are suitable for larger water treatment capacities for industrial and municipal applications.
TYPE WV professional
from approx. 100 - 8000 m³/day per plant
FERMANOX® water treatment systems all work according to the same basic principle and therefore combine the advantages of efficient and environmentally friendly operation with comparatively low costs.
However, the requirements for a water treatment system differ depending on the application and size.
Therefore, we offer a range of different basic types for different water consumption and control requirements, which are optimally designed for these applications.
Private water suppliers, medium-scale water supply facilities, big farms, irrigation & sprinkling, water for cleaning processes, swimming pools, heating & cooling for private individuals.
FERMANOX® type WV systems work with two drilled wells, one of which is always available for extraction while the other well is being treated. Each treatment cycle therefore runs in two phases.
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By operating two wells alternately, there is no need to temporarily store the oxygenated water, meaning that a small system can be used to achieve large quantities of treatment and pure, treated water is continuously available.
The boreholes themselves must be built with sufficient spacing so that the reaction zones that form around the boreholes do not overlap or influence each other. As part of our design, we specify the appropriate minimum spacing for each project.
In FERMANOX® type WV systems, the amount of water used and the amount returned for treatment are measured using contact water meters. The consumption-dependent control ensures that the correct ratio of extraction and oxygen enrichment is always maintained for each well. At the same time, the next enrichment only takes place after a corresponding amount of water has been used.
The current water quantities of both meters are shown on the control display. If there is a deviation from the target data, an alarm is automatically triggered and the cause of the error is shown on the control display.
Water consumption and thus always ensures that drinking water quality is achieved with the lowest energy consumption.
Special injectors of the FERMANOX® system type WV
The operating data of the water treatment are logged by the control system. The last well changes and any operating errors can be tracked via the menu. Remote reading and control center connection can be carried out via BUS interfaces.
PC/remote reading and parameterization of operating data
The right ratio of extraction and enrichment is of crucial importance for the success of the process. Specifically, for each well, the return volume must be adapted to the daily water requirement and the raw water quality of the groundwater. We therefore offer three different standard sizes with different equipment under the type designation WV.
The selection of the suitable system can only be made after we have carried out an individual design. If these parameters deviate significantly from the original starting data in the future (e.g. due to an increase in water requirements), an existing system must be redesigned by the manufacturer in order to avoid the wells becoming calcified.