3 Points of Attention for Loading and Unloading Activated Carbon

Filling the Activated Carbon Tank:

Prepare the Tank: Ensure that the activated carbon tank is clean, dry, and free from any contaminants or debris.

Safety Precautions: Follow safety protocols, such as wearing appropriate personal protective equipment (PPE) like gloves and goggles.

Check the Carbon Quality: Verify that the activated carbon to be filled meets the required specifications and standards.

Fill the Tank: Use appropriate equipment, such as a conveyor or auger system, to fill the activated carbon into the tank. Ensure a uniform and even distribution of carbon within the tank.

Monitor Levels: Keep track of the carbon levels in the tank to prevent overfilling.

Discharging the Activated Carbon Tank:

Safety Precautions: Before discharging, ensure that the tank is depressurized, and all safety measures are in place.

Select Discharge Method: Depending on the application and setup, choose an appropriate method for discharging the activated carbon. This could include gravity discharge, pneumatic conveying, or mechanical extraction.

Control Discharge Rate: Use control valves or mechanisms to regulate the rate of discharge, ensuring a controlled and steady flow of carbon.

Collect Discharged Carbon: Have a collection system in place to gather the discharged activated carbon for disposal or further processing.

Clean the Tank: After discharging, clean the tank thoroughly to remove any remaining carbon or residues.

Supporting Equipment and Procedures:

Conveyor Systems: Use conveyor belts or auger systems for filling and discharging activated carbon, ensuring efficient and controlled movement.

Control Valves: Install control valves at inlet and outlet points to regulate flow rates during filling and discharge operations.

Monitoring Equipment: Use sensors or monitoring devices to track carbon levels, pressure, and other parameters during operations.

Safety Equipment: Provide safety equipment such as emergency stop buttons, pressure relief valves, and ventilation systems to ensure safe handling of activated carbon.

Maintenance and Inspection: Regularly inspect and maintain equipment to ensure optimal performance and safety standards.

By following these instructions and using the appropriate supporting equipment and procedures, you can effectively fill and discharge activated carbon tanks in your application.

17.5 Tons Coal Based Pellet Activated Carbon to Iran for VOC (Styrene)

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Detailed Information of Pellet Activated Carbon
Huamei coal based pellet activated carbon
Good Solution to VOC (Styrene) removal from air before venting to atmosphere
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Good news to share with you! 17.5 tonnes of coal-based columnar activated carbon is being shipped to Iran by sea. The Iranian customer purchased pellet activated carbon for styrene removal. Columnar activated carbon has well-developed mesopores and a large specific surface area, which is widely used in air purification and gas purification.

Detailed Information of Pellet Activated Carbon

Product HME-AC™60 Pellet Activated Carbon
Application Styrene removal
Size 4MM
CTC 60%
Ash Content 12%
Moisture 3%
Quantity 17.5MT
Packaging 500 kg/ bag
Destination Iran

Huamei coal based pellet activated carbon

Good Solution to VOC (Styrene) removal from air before venting to atmosphere

The following is the customer's project design, the customer asked us to calculate the activated carbon dosage and design the tank size according to their project design data, under the guidance of HUAMEI's professional engineers, we successfully calculated the reasonable activated carbon dosage for the customer as well as recommending the appropriate size of the carbon tank, and giving professional loading guidance.

DESIGN DATA

4.1 Performance of the unit

Each row of activated carbon drums shall be sized for the following flowrate
Operating flowrate: 1080 Nm3/h
Design flowrate: 1188 Nm3/h

4.2 Fluid characteristics / Physical and chemical data

Composition: air / styrene
Max VOC concentration: styrene 3.5 gr/Nm3
MW styrene: 104.2 kmol/kg
Operating pressure: Atm (norm) / 0.07 barg max operating / 0.1 bar g (max in case
of upset)
Design pressure: 0.1 barg
Operating temperature: Amb
Design temperature: 85°C
Max ΔP: 0.02 bar (at design flowrate)
Risk phrases: R10 (Flammable), R20 (Harmful by inhalation), R36/38 (Irritat. for
eyes and skin)
Classification as per NFPA 704
Health Hazard Classification: 2
Fire Hazard Classification: 3
Reactivity Hazard Classification: 2
Material : Vendor’s standard

If you have requirements for pellet activated carbon for range hood filters, please fill out the form below and we will reply to you within 2 hours.

 

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