Vortex,  Pollution Control, Emission Control, De-Duster,  SOx filter scrubber, Diesel Filter,
CO2 filter scrubber, dust collector, toxic gas removal, toxic gas reduction, particles cleaning,
bag filter, wet scrubber, dust collector, smell reduction, VOC
Vortex   Ecological Technologies
Cleaning industrial emission from pollutant particles:
Vortex’s core technology manipulates the physical forces created by a vortex motion of either gas or
liquid inside a patented chamber -- Advanced Vortex Chamber (AVC) --  to separate fine particles from
a gas (or liquid) flow. When a stream of gas enters the spiral chamber, it is accelerated and twirled into
very high velocity vortex that is being manipulated by different sets of vertical blades and air funnels,
and without moving parts. The physical force-pattern separates fine particles from the gas or liquid by
pushing the particles to the center of the system with no wear or clogging risks. This results in not only
efficient separation performances, but also in lower operational and maintenance costs.

Cleaning industrial emission from pollutant gases:
Vortex’s patented technology also enables to effectively capture both particle and gas pollutant within
the same system. The dramatic improvement in the cleaning efficiency is achieved in the following way:

A layer of absorption liquid, a chemical liquid used to neutralize pollutant gas, is entered into the
system and accelerated around the inner surface of the chamber to create a layer of scrubbing liquid
that provides a high interfacial area of ”liquidgas” around the chamber’s wall. When the particles and
gases flow through the chamber, the gas stream passes through the “liquidgas” layer which absorbs
the liquid spray, captures the particles and neutralizes the polluting gases. The cleaned air continue to
flow out of the chamber while the liquid with the captured pollutants is processed for reuse using an
Hydro-Vortex  system, an implementation of Vortex’s technology for separating particles from liquid.
Solutions
Emission Control Technologies - comparison