PURER
PURER
PROCESS DESCRIPTION
In the First stage Odour laden gas passes through a two stage scrubbing system for odour removal.
The PURER system uses a proprietary packed media bed as the primary support for the media growth. The media bed is irrigated with nutrients and this will provide optimum environment for the preferential growth of Sulphur Oxidizing and Ammonia Oxidizing bacteria's. Better than 99.9 % H2S removal can be achieved at high inlet loading of 150 ppm H2S. Sizing is based on air flow rate, H2S and organic odour concentrations.
In the Second stage an activated carbon absorber removes trace hydrocarbons which cause odour.
CONSTRUCTION
All PURER series systems are GRP constructed for durability & corrosion resistance. PURER systems are designed to remove high concentration upto 150 ppm of Hydrogen sulfide (H2S) and 40 ppm of Ammonia (NH3) to less than 1 ppm.
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ODOUR CONTROL TECHNOLOGIES
Odour related problems are a major concern for the communities surrounding the Sewage Treatment
Plants (STP) and Waste Water Treatment Plants (WWTP).
The main challenge in the design of odour control system lies in its capability to consistently achieve
complete odour removal despite the diversity of high concentration of pollutants which is the main
consideration of our system.
IEC designs and manufactures Bio-trickling Filter System to remove high levels of hydrogen sulfide (H2S) gas, Ammonia (NH3) and other odour causing gases from Sewage Treatment Plants and Pumping stations. Our Bio-trickling Filter Systems will typically remove 99.9% of odorous gases without the use of chemicals.
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IEC'S PURER Series Odour Control System is an advanced two-stage biological system that provides effective odour control. The first stage is a biotrickling reactor where oxidizing bacteria's are used to oxidize hydrogen sulfide (H2S), Ammonia (NH3) and other odorous compounds. The second stage uses activated carbon to remove the remaining odour traces.
Available Capacity:
100 m3/hr to 50,000 m3/hr of odorous air
DESIGN
Features
Low operating cost
Low water usage
Low maintenance
Low gas Retention Time which results smaller foot print than competitors
More than 99.9% H2S and NH3 removal
Two-Stage Design for Effective H2S and Organic Odour Removal
Compact & small footprint design
No handling or storage of Hazardous chemicals
Integral nutrient feed system
Low operating cost
Low water usage
Low maintenance
Low gas Retention Time which results smaller foot print than competitors
More than 99 % H2S and NH3 removal
Two-Stage Design for Effective H2S and Organic Odour Removal
Compact & small footprint design
Compact & small footprint design
Integral nutrient feed system
INDUSTRIAL
Applications
Sewage Treatment Plants (STP)
Sewage Pumping Stations
Waste Water Treatment Plants (WWTP)
Waste Storage & Treatment Plants
MODELS & CONSTRUCTION
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Models |
Odorus Air Handling Capacity (m^3/hr) |
Volume Of Tank |
|---|---|---|
|
PURER – 1 |
100 |
25 Cubic meter |
|
PURER – 2 |
200 |
50 Cubic meter |
|
PURER – 3 |
300 |
75 Cubic meter |
|
PURER – 5 |
500 |
125 Cubic meter |
|
PURER – 7 |
700 |
175 Cubic meter |
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PURER – 10 |
1000 |
250 Cubic meter |
|
PURER – 15 |
1500 |
375 Cubic meter |
|
PURER – 25 |
2500 |
675 Cubic meter |
|
PURER – 35 |
3500 |
875 Cubic meter |
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Models |
Odorus Air Handling Capacity (m^3/hr) |
Volume Of Tank |
|---|---|---|
|
PURER – 50 |
5000 |
1250 Cubic meter |
|
PURER – 75 |
7500 |
1875 Cubic meter |
|
PURER – 100 |
10000 |
2500 Cubic meter |
|
PURER – 150 |
15000 |
3750 Cubic meter |
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PURER – 200 |
20000 |
5000 Cubic meter |
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PURER – 250 |
25000 |
6250 Cubic meter |
|
PURER – 300 |
30000 |
7500 Cubic meter |
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PURER – 400 |
40000 |
10000 Cubic meter |
|
PURER – 500 |
50000 |
12500 Cubic meter |
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*Larger Size is available on request.
TECHNICAL
Details
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SPECIFICATIONS |
1st Stage Bio Trickling Filter |
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POWER SUPPLY |
415 V AC, 3 Phase. |
|
OPERATOR INFERFACE |
PLC/HMI Touch screen. |
|
OUTLET CONCENTRATION |
1 ppm H2S 1 ppm NH3 500 ou/m3o |
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MAXIMUM INLETCONCENTRATION |
150 ppm H2S 40 ppm NH3 |