At the core of our systems lies our proprietary frequency impulse technology (TVMF/OPEF), based on electromagnetic principles. It acts directly within the water, modifying molecular structures, facilitating the detachment of biofilm, and preventing mineral scaling. It`s effectiveness has been scientifically validated through collaborations with leading research institutes such as the Leibniz Institute for Plasma Science and Technology.
aquaEnergy.de is active in the water treatment of water-bearing circuits in industry. We have developed a technology that removes deposits such as biofilm, corrosion, and limescale without the use of chemicals.
Many production machines (e.g., injection molding machines, presses, CNC systems) generate heat during operation, which must be dissipated to prevent overheating and ensure stable operation.
Tools, molds, or dies (e.g., in plastic injection molding or metalworking) are cooled in a targeted manner to ensure product quality and shorten cycle times.
Chemical or pharmaceutical processes generate reaction heat that must be dissipated in a controlled manner via cooling circuits to ensure that processes run safely and efficiently.
Liquids such as oils, solvents, or coolants (e.g., in hydraulic systems or lubrication circuits) are cooled down with water via heat exchangers.
In power plants or refrigeration technology, water is used to condense steam or to enable refrigeration machines to work efficiently.
In large industrial buildings (e.g., data centers, production halls), water-based systems are used to provide cooling for air conditioning systems.
The aquaEnergy technology is purposefully installed in a bypass line, outside the main process flow. This allows the water to be continuously treated without interfering with production. Process safety is fully maintained while significantly improving water quality.
aquaEnergy technology can be easily retrofitted into existing systems or newly installed.
Our systems are generally installed in bypass. This allows us to ensure that the production and cooling process continues to be uninterrupted and that our system works 24/7 in the water to dissolve deposits, destroy the growth of bacteria and biofilm, and prevent the formation of new corrosion.
This through-flow coil emits modulated electromagnetic frequency impulses into the water. The precisely tuned signal mix activates several physical effects simultaneously.
The modern control unit regulates impulse frequency and duration, and can detect sensors in the future. It is easy to integrate into existing bypass loops:
- Adjustable frequency modulation and output
- Expandable plug-and-play ports for pH, redox, conductivity, oxygen, ORP sensors
- Optional flow detection in the bypass
aquaEnergy has a profound effect on water structure and composition. Especially during the first few weeks after commissioning, existing deposits in pipes, heat exchangers, and surfaces begin to loosen. Biofilms, lime particles, and corrosion residues are released into the water cycle.
Cost factor | Before (classic) | After (aquaEnergy) |
|---|---|---|
Chemicals | 100% | 0% |
Maintenance effort | High | Low |
Energy consumption | Raised (coverings) | Optimized (clean surfaces) |
Downtimes | Regularly | Minimized |
System service life | Shortened | Extended |
Depending on pipe diameter and system complexity (from 28.000 €)
Simple integration in the bypass - no process interruption necessary
< € 30/year (electricity), no consumables
Projects to conserve resources and save energy are eligible for funding from development banks in many countrie
No interruption to production
Cost reduction up to 90%, no regulatory approval required
Up to 20% energy savings, reduced pressure losses, better heat transfer
Treatment of large water volumes possible via parallel loops
Extends the service life of plant components
Backed by studies and peer-reviewed scientific literature
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