2. • We at Active Clean Environmental Corporation (ACE) are a
professional Environmental Air Quality (EAQ) solutions
provider.
• We create, distribute, and install state-of-the-art solutions for
air quality problems.
• Specializing in sterilization from airborne/surface biological
contaminates; and deodorization/deactivation of volatile
organic compounds and odours.
3. • We provide a proprietary line of air quality equipment called
HiGen.
• Our technology is adaptable, scalable, and can be easily
retrofitted most existing environments.
• HiGen uses an advanced patented ionization technique, creating
ion clusters the most effective type of ions compared to any
competing technology.
4. • Our Ion Clusters are proven to be extremely effective
against:
• Airborne and surface Bacteria
• Airborne and surface Viruses
• Over 200 Volatile Organic Compounds (VOC)
• Malodours
5.
6. S-Cube Module Diagram
Up to seven stages of treatment.
Basic
Filter box
(Pre-filter,
Demister,
Bag filters)
DIRTY AIR
Outlet
Cyclone
Electrolytic water
cleaning
Heater
1. Pretreatment Unit 4. Reaction Unit
Mixing
Fan
Special
Filter box
(Activated
Carbon,
Chemical,
Hepa filter)
2. Assorted
Filter Unit
3. Multi
Stage
Corona
5.Ion
Cluster
6.Special Flters
7.Monitoring
Primary dust and
moisture removal
Acid, alkali
neutralization
Secondary dust,
moisture
and powder removal
Inside the reaction
chamber keep
humidity below 70%
Specialty chemicals,
VOC, particulate
removal
Partition
To take Ion
reaction time
6 seconds
Chamber
material
SUS304 is
used to prevent
corrosion
The main odours and
VOC removal
Voc, odor removal
7. Cyclone
Collector
1) Used for dry and moisture filled air.
2) Drastically reduces particles and extends filter life.
1) Electrolytic water to remove acidic and alkali gasses.
2) In addition to its main function of gas absorption, it also
captures some dust & powder particulates
Mini Scrubber
Name Function
Cyclone Collector Remove moisture & dust
Scrubber
(Electrolytic water)
Removing Acidic, alkaline material
8. Demister
Used when treatment air is
moisture to reduce oil and
make the overall system
more effective and long lived.
Bag Filter
Further remove moisture
and fine particulates.
Pre Filter
The basic filter for large
particulates.
Name Function
Demister Remove moisture & oil
Pre Filter Remove dust
Bag Filter Remove dust & Powder
9. Power supplyReactor of multi stage plasma unit
Name Function
Reactor Remove VOC and Malodour (NOX)
Power Supply Multi-stage plasma system drive
11. Ion cluster Unit
Name Function
Ion Cluster
Gaseous substances decompose /
Deodorization / Sterilization
Ion supply fan Ion supply
12. Carbon filter
Hepa/Ulpa Filter
Chemical filter
Special filter
Unit
Name Function
Carbon Filter Gas substances decompose
Chemical Filter Removing special chemicals
HEPA/ULPA Filter Fine dust, viruses, bacteria removal
13. Room
View
◆ System configuration and use
1. Emissions Monitoring : Before and after S-Cube Module
2. Integrated Monitoring System : VIEW Program, repeaters(AGM,DAS,PLC)
3. Sensor : TVOC, Formaldehyde, ODOUR, Particle, Ammonia
4. Others : Web servers, client computers, and other accessory
Name Function
VIEW program,
repeaters(AGM,DAS,PLC)
Sensor works
Sensor (ammonia, VOC, Malodour) Odour Measurement
Web server, the client computer Monitoring
14.
15. 1. Correlation Graph between Temperature and
Efficiency
Spec of Recommendation : -20℃ ~ 70℃
Efficiency(
%)
Temperature (℃)
2. Correlation Graph between Humidity and
Efficiency
Spec of Recommendation : 5%~70%
Humidity
(100%)
Efficiency(
%)
3. Correlation Graph between Ionic air and Efficiency
Spec of Recommendation : More than 15% of Outside air
Efficiency(%)
Dilution ratio of Ionic air (air and ion)
15
17. Choenahn 3rd industrial complex
(Sewage treatment system)
Date/
Condition
Readings: Complex Malodour
Measurement
SOAB (Ion Cluster)
Spraying through distribution duct installed within the sludge
thickener
2014.08
Temperatures:
12℃
inhalation 2080
exhaust 300
Removal 80%
18. Removal Method Performance Characteristics Problems Test Result Notes
Burning
Scrubber
Direct
Highly
Effective.
Malodours are
decomposed
into CO2 and
H2O.
NOX Generation.
High
maintenance
cost.
Every
combustible
malodour.
High operation cost
and necessary
attention on toxic
ingredients.
Catalys
t
Highly
effective
with non-
catalyst
poisoning
gases.
Raw gases are
very hot.
Catalyst is
expensive and
catalyst
performance
reduces over
time.
Combustible
malodours
that do not
harm the
catalyst.
Large equipment
and high operation
cost.
Absorption
Activated
Carbon,
Chemical
Doping,
Zeolite
The most
popular for of
treatment.
Inappropriate to
malodor
removal with
high-
concentrations.
High static air
pressure and
high
replacement
cost.
About 60%
of removal
rate with
using
N-CELL
Ceramic ball .
Deodorization
power varies
according to
absorbents.
19. Removal Method Performance Characteristics Problems Test Result Notes
Wet Scrubber
Rinsing method
Simple
equipment and
low operation
cost.
Waste water
generated and
regular
cleansing
needed.
Over 60% of
removal with
frequent
maintenance.
Ammonia removal
possible.
Medicinal fluid
cleaning
Limited in
application yet
highly effective.
It is difficult to
handle
complex odor
treatment.
Simple odours
with the
exception of
hydrocarbons.
Waste water
generated.
Chemical
Oxidation
Decomposition
Ozonation
process
Low operation
cost and high
performed in
removing large
capacity GAS.
Narrow
application and
harmful to
human body.
Over 80%
removal with
1:1 ratio of
odour
emissions to air
flow.
Usable as post
processing
equipment.
Ion cluster
Very low
operation cost
and easy to
install.
In case of high
humidity,
heater or
dehumidifier is
needed.
Almost every
malodour and
VOC
eliminated.
In case of high
concentrated odor,
the combined use
with other products
is good.
