78 Tons of Coal-Based Columnar Activated Carbon Shipped to the UAE for Biogas Treatment

Order Summary

Columnar activated carbon is the standard choice for gas-phase work. The uniform 4mm pellet shape delivers low pressure drop and steady gas flow through the filter bed, while the coal base gives the developed pore structure needed to hold contaminants across long service cycles. A CTC 60 rating confirms the adsorption capacity to keep a biogas system running efficiently between changeouts.

Why No KOH Impregnation on This Order

A lot of biogas H₂S jobs reach for KOH-impregnated carbon by default. It isn't always necessary. Impregnation adds chemical cost and can complicate storage and disposal, so it should be matched to the actual gas, not applied out of habit. For a deeper breakdown of when each grade fits, see our impregnated activated carbon guide.

For this UAE plant, the H₂S load and the vessel setup made a non-impregnated CTC 60 grade the right call. The carbon removes H₂S through physical adsorption in its pore structure, and with a sensible lead-lag arrangement and scheduled changeouts, it holds the gas within spec without the added expense of a chemical coating. The customer gets clean gas at a lower cost per ton, which is what actually matters on an operating budget.

Why This Grade Matters for Biogas

Raw biogas carries hydrogen sulfide (H₂S), which is corrosive to engines, pipes, and downstream equipment. Left untreated, it shortens equipment life and drives up maintenance costs. Coal-based columnar activated carbon adsorbs H₂S effectively, protecting the plant and improving gas quality.

The 4mm columnar form with a CTC 60 value balances adsorption performance against the mechanical stability and low resistance a continuous biogas operation needs. In a Gulf climate, that hardness also matters during outdoor storage and high-temperature running — the pellets resist dusting and breakdown that would otherwise raise pressure drop over time.

Packing in Jumbo Bags for a Gulf-Bound Shipment

78 tons went out in jumbo bags (FIBC) on pallets. For a Gulf route and a working biogas plant, that packing choice does real work. Jumbo bags move fast with a forklift, drop straight onto a bed-loading rig, and cut the labor of handling hundreds of small sacks in desert heat. Palletizing keeps the carbon off the ground and clear of moisture during transit and yard storage.

Each bag was sealed against humidity — activated carbon will adsorb moisture from the air before it ever sees the gas stream, so keeping it dry through a hot, humid port transfer protects the working capacity the customer paid for.

Sampling and Testing Before Shipment

At 78 tons, quality can't be assumed — it has to be verified. Before the containers were sealed, representative samples were drawn from across the production lots and sent for laboratory testing. Key parameters checked included:

• CTC value — confirming adsorption capacity meets the 60 specification
• Particle size — verifying consistent 4mm pellet dimensions
• Moisture content — ensuring the customer pays for carbon, not water
• Hardness — confirming pellets withstand handling, transport, and service
• Ash content — checking purity for the application

Only batches within specification were cleared for packing, and every parameter was documented so the results could travel with the shipment and be cross-checked on arrival at Jebel Ali. If you want the full list of checks we run, see our activated carbon quality testing methods.

Documentation and Delivery Through Jebel Ali

The shipment left with a full set of paperwork: a certificate of analysis (COA), batch records, and test reports matching the delivered product. Jebel Ali is the main gateway for cargo into the UAE and the wider Gulf, so routing through it kept onward delivery to the plant straightforward. When 78 tons arrive at a biogas facility overseas, that documentation lets the customer confirm exactly what they received before it enters their process — no surprises, no guesswork.

Frequently Asked Questions