The NanoCeram® Edge
Achieving pristine water quality requires cutting-edge technology, especially in environments where purity is paramount. Argonide’s NanoCeram® filters bring to the table a unique blend of technological innovation and practical efficiency, setting new benchmarks in water filtration.
Unmatched Dirt Holding Capacity (DHC)
NanoCeram® stands out with its unparalleled Dirt Holding Capacity, boasting a capability that’s a hundred times greater than conventional filters. This translates to:
- Fewer replacements, reducing system downtime.
- Enhanced productivity and operational efficiency.
- Significant cuts in maintenance and operational costs.
Electropositive Filtration Mechanism
At the heart of NanoCeram®’s performance is its electropositive filter media. Unlike traditional filtration methods relying on sieving, interception, or diffusion, NanoCeram® harnesses electro-adhesion. This electropositive mechanism rapidly adsorbs both coarse and fine particles from water, even those as minuscule as a few nanometers.
Absolute Rating with Impressive Flow Rates
Despite having an average pore size of 2-3 microns, NanoCeram® Filter Cartridge claims an Absolute Rating of 0.2 microns – a feat typical of ultra-porous membranes. However, what sets it apart is the flow rate, which outpaces such membranes by hundreds of times.
Delving into Electro-Adhesion
The Science Behind It
Electro-adhesion capitalizes on the charge difference between a surface and a particle in an aqueous solution. In water, most bacteria and particles are electronegative. Thus, an electropositive surface, like that of NanoCeram®, proves far more effective at attracting and holding these particles.
The NanoCeram® Distinction
The magic lies in NanoCeram®’s nano alumina fiber. With an impressive surface area ranging from 350-500 m2/g, the fiber optimally interacts with particulate matter in water. Importantly, Argonide’s novel method ensures these submicron fibers are grafted onto a scaffold, preventing agglomeration. This innovative approach retains the fiber’s high surface area, ensuring maximum particulate attraction and retention.
Advantages at a Glance
- Enhanced Operations: By eliminating both fine and coarse particles, industries experience a remarkable boost in performance.
- Lower Operational Costs: NanoCeram® reduces costs across the board, from avoiding capital-intensive backflush systems and chemicals to slashing labor and hazardous waste disposal costs related to back flushing cycles.
- Lower ΔP: Benefiting from a reduced pressure drop, NanoCeram® users experience less energy consumption and reduced wear and tear on system components.
NanoCeram® Cartridge Longevity
The life of a NanoCeram® Cartridge largely depends on the type and load of the particulate it filters. With the US EPA advocating for municipal water’s turbidity to be below 1 NTU, NanoCeram® stands ready to meet this challenge. Additionally, its unique PAC variant offers enhanced residence time for soluble contaminants, ensuring superior adsorption rates.
Conclusion
Argonide’s NanoCeram® filters redefine the possibilities of water filtration. With its innovative electropositive technology, superior DHC, and the promise of reduced operational costs, NanoCeram® is poised to be an indispensable ally in achieving impeccable water quality.