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Tornadic One-Pass - Revolutionary Wastewater Cleaning Unit
Micronic Technologies proudly commissions its first Tornadic One Pass™ (TOP™) unit. Industry experts describe this technology as a “game changer” for cleaning the world’s wastewater, beating competitive technologies on both price and efficiency. This unit is designed to produce 1,000 gallons per day, potentially reduce wastewater volume by >95%; remove contaminants by >99%; use no filters, membranes, or chemicals; and is projected to cost 50% less than competitive technologies. Micronic considers the technology’s best application is in treating ultra-high total dissolved solids in industrial wastewaters where near zero liquid discharge is sought by industries looking for 100% water reuse.
This patented water purification technology cleans industrial wastewater from any source at less cost, more efficiency, and more effectiveness than any other technology on the market.
Others rely on filters, chemicals, membranes: Not Tornadic One-Pass™ (TOP™)!
TOP™ is a closed-loop mechanical system that uses a turbulent flow creating micro-droplets of water, a small number of which carry out solids. This wastewater treatment technology allows for extremely efficient evaporation and clean water re-capture through condensation. The tornadic action inhibits scale production, induces evaporation at low temperature and low pressure, and separates contaminants from water in a single step.
To date, the feed wastewater sources processed through TOP™ have achieved >99% reduction of total suspended solids, total dissolved solids, bacteria, heavy metals, biochemical oxygen demand, fungi, pharmaceuticals, and nanomaterials. This waste contributes to environmental stress and costly disposal and creates a lost opportunity to mine valuable waste products economically.
Wastewater is reduced by nearly 100% to achieve zero liquid discharge, an industry imperative, and TOP™ is projected to cost 50% less than competing technologies.
- Alternative technology for high salinity brine treatment
- Advance on vapor compression evaporation through vortex-generating Pod device
- High shear in Pod aerosolizes brine for efficient evaporation at lower temperatures
- Process simulations of upcoming test unit predict stream properties and efficiency
- Zero liquid discharge, salt slurry, and saturated solution concentrates modeled