New Technology Systems
NanoTech
What is Magnetic Nanotechnology Treatment?
Magnetic nanotechnology treatment is an advanced method for water conditioning that uses magnetic nanoparticles, nanobubbles, and magnetic fields to modify the physicochemical properties of water. This process helps prevent corrosion and scale formation in systems such as cooling towers and boilers, without the need for chemicals. One of its key functions is to promote the transformation of calcium carbonate from its harder, more adhesive form, calcite, into a less adhesive crystalline form called aragonite, significantly reducing scale buildup on equipment surfaces. By acting at the molecular level, this technology improves operational efficiency, reduces maintenance, and extends the service life of the systems.
Advantages of NanoTech
- Corrosion and Deposit Reduction: Studies (2020-2025) show magnetic nanoparticles reduce corrosion and scaling by preventing mineral buildup and converting calcite to aragonite, which is easier to remove.
- Operational Efficiency: Improves heat transfer by minimizing scaling, reducing energy
- consumption.
- Sustainability: Decreases the use of harsh chemicals, minimizing environmental impact.
- Extended Equipment Life: Nanocoatings protect metal surfaces, prolonging system durability.
How Does NanoTech Help?
- Scaling Prevention: Nanoparticles and magnetic fields alter mineral crystallization, favoring the formation of aragonite over calcite, which prevents hard scale adhesion to surfaces.
- Biofilm Elimination: Nanobubbles destroy bacteria and biofilms that cause corrosion.
- Surface Protection: Nanocoatings form barriers against oxidation.
- Water Quality Improvement: Nanobubbles stabilize pH and reduce corrosive compounds.
What we offer
COOLING TOWERS CIRCULATION PIPES
COOLING TOWERS CIRCULATION PIPES
COOLING TOWERS CIRCULATION PIPES
BOILERS
COOLING TOWERS CIRCULATION PIPES
COOLING TOWERS CIRCULATION PIPES
COOLING TOWERS MAKE UP PIPES
COOLING TOWERS CIRCULATION PIPES
COOLING TOWERS MAKE UP PIPES
Installation
How it works
NTS’s NanoTech magnetic water treatment employs permanent magnets clamped around makeup-water or circulation pipes to create a static magnetic field through which the process water flows. As the water passes through this field, it acquires a positive electrostatic charge relative to ground, which fundamentally alters how hardness minerals precipitate: calcium carbonate forms as loosely bound, suspension-stable aragonite rather than hard, adherent calcite scale. Over time, existing calcite deposits dissolve and are carried away, while the charged environment simultaneously inhibits electrochemical corrosion—reducing pitting and general metal loss on pipe walls and heat-transfer surfaces. Because the system relies solely on passive magnetic fields, it requires no external power or chemical additives, delivering a truly chemical-free, zero-energy solution for scale and corrosion control in cooling towers, boilers, and heat exchangers.
Results
Untreated vs Treated water with NanoTech
Process from Calcite to Aragonite through a Microelectronic Sweeping
On the left, one can see minerals, untreated water leaves behind dense, adherent calcite flakes that build tough, insulating crusts on pipe walls. On the right, Aragonite, the same dissolved calcium re-precipitates as loosely bound, needle-like aragonite crystals that remain suspended or easily slough off, preventing hard scale buildup and allowing existing deposits to dissolve and wash away.
Deposit Prevention
Deposits Before & After Treatment with Nanotech
NanoTech uses magnetic nanoparticles to alter mineral crystallization pathways, promoting the formation of soft, non-adherent aragonite instead of hard calcite scale. The suspended nanobubbles and applied magnetic fields further inhibit deposit nucleation, preventing fouling on heat exchangers and piping surfaces. Together, these mechanisms facilitate easy scale removal, maintain peak thermal performance, and extend intervals between maintenance shutdowns.
NTS NanoTech & MIOX Performance Case
Commercial & Residential Building Case Study
Nanotechnology, through nanoscale coatings and nanobubbles, offers an innovative solution for
corrosion and scaling control in water treatment. Coating protects surfaces and reduce
maintenance, while nanobubbles clean, oxygenate, and disinfect, minimizing or eliminate
chemical use and improving efficiency.
Lower Corrosion Levels Over Time
