Serie
8 is specifically designed for fog production.
It is constructed of 316 stainless steel in its entirety.
Clean water is transformed into fog thru its 0.2
mm diameter ruby insert when subjected to 40 bar.
The polypropylene in-situ filter traps particulates in the
base of the nozzle. allowing pressured water to jet
against an impingement pin of equal diameter resulting in
billions of 1 to 15 micron droplets.
The
critical mass of fine fog equivalent to massive droplet surface
area are absorbed by the mushroom fungi enhancing rapid organic
growth.
The
rate of fog discharged into the enclosure automatically flow
tracks the ambient conditions real time ensuring optimum
operation. It is achieved by means of PLC control system integrated
with temperature, humidity sensors, signal conditioners and
HMI Data Acquisition Control Software.
Enclosure
controlled at 10 to 16 degrees C thoroughly
cooled by a fog saturation efficiency of 90%.
Download
Catalogue - Serie 8_RI_Fog.pdf
Serie 8
is specifically designed for Fine Fog production
to withstand pressure up to 150 bar for prolong
use.Constructed of full 316 stainless steel in its entirety, the Ruby Insert isLaser drilled to 0.2 mm orifice diameter and laser collimated with 3 steps impingement stem.Critical mass fog explosion is produced when DI water or Distilled water is subjected to pressure above 50 bar.Serie 8 has 5 microns polypropylene
in-built filters.
Schematic for Fog skid 3m x 3m enclosure - 3m x3m Fog
Schematic for Mist skid 3m x 3m enclosure - 3m x 3m Mist
Dry Desulpuration, Hot
exhaust and
toxic gases discharged from power plants, steel mills, incineration
plants, refineries, petro-chemical plants are treated and channeled to
Cooling Towers to reduce temperature from 1200 Deg. C to 250 Deg.C or
below, with the NOx and SO2 scrubbed before discharge into the atmosphere.
Air and Water Lance assembly trajects billions of atomised droplets to
drastically shorten the evaporation time, resulting in dry bottom
operation. The lances design are air cooled with passages for air and
liquid flow allow high efficient heat absorbing. Urea is sprayed to
neutralise the toxicity of NOx and SO2.
PLC controls efficient water useage, instrumented with smart
temperature sensors effect sharp responses to temperature variations
thus achieving precise tower outlet gas temperatures.
HMI Data Acquisition Software designed for fast on-the-fly response to inlet gas temperature variation.
Various Temperature regulation loop,
Compressed air regulation loop,
Enthalpy with and without gas flow measurement for fast transient conditions,
Pumps control, water filter control with predictive maintenance control
Lances sequence control
Alarms etc allows for user friendly use.
