HIPPOTRON® LAKEA more stable water environment based on measurement.
Benefits of HIPPOTRON® LAKE
Systemic assessment of the body of water
instead of an isolated intervention
The option to reduce repeated chemical interventions
if operational measurement confirms it
Traceability of the condition of the site
physical and chemical parameters form the basis, biological ones are KPIs for verification
Tailored to the site
according to inflows, retention time, seasonality and nutrient sources
How does HIPPOTRON® LAKE work?
The technology acts on the water in the circulation circuit of a body of water.
1. Water
Water from the reservoir flows through the designed circulation circuit.
2. HIPPOTRON® LAKE
The device in the circuit acts on the water flowing through it.
3. Lake
The treated water returns to the lake or reservoir.
4. Swimming and fish
The goal is a more stable aquatic environment in the long term, verified by measurement.
First, a hydrological and biological profile of the site is drawn up. HIPPOTRON® LAKE can act within the proposed circulation circuit; the technology itself, however, does not replace addressing nutrient sources, hydraulics, sediment or the oxygen regime. The result is assessed over time and against a comparable season. The solution is intended for towns, municipalities and the managers of swimming areas, lakes, retention basins, gravel pits, ponds and industrial process bodies of water — sites where the aim is long-term stabilisation, not a one-off cosmetic removal of the symptom.
Technical information
The HIPPOTRON® LAKE design is based on the specific body of water — the volume and depth of the reservoir, the circulation flow and the retention time.
Show technical information
The design of the solution takes into account the device model, the circulation flow, the volume and depth of the reservoir, the retention time, pumping output, power supply, enclosure protection rating, pressure parameters and materials. The project includes a plan of sampling points, the measurement frequency and an initial seasonal baseline.
FAQ
No. Such a biological effect cannot be attributed in advance to the device itself. The condition of a site depends on nutrients, temperature, hydrology, sediment and other factors, and has to be measured over the long term.
The specific hydraulic design is part of the technical assessment of the site.
A body of water is assessed over a sufficiently long period and ideally against a comparable season; the exact plan depends on the site.
Through standardised sampling and time series. Physical and chemical parameters are assessed directly; biological indicators serve as a monitored response of the site as a whole, not as automatic proof of a HIPPOTRON® effect.