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· Chemical Engineering Online
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Elessent Clean Technologies has commissioned a second BELCO integrated gas-cleaning (SOx scrubber) system at TotalEnergies’ Antwerp refinery. The unit began operation on December 8 and is already significantly cutting sulfur-oxide emissions, supporting the refinery’s environmental goals and regulatory compliance.

Beyond SOx scrubbing, which emissions-control upgrades should refineries prioritize next (e.g., NOx reduction, VOC capture, carbon capture), and why?

Elessent Clean Technologies commissions second SOx scrubber at TotalEnergies’ Antwerp refinery

This article was originally posted on Chemical Engineering.

Elessent Clean Technologies (St. Louis, Missouri) has announced the successful commissioning of its BELCO® integrated gas cleaning system at the TotalEnergies SE (Antwerp, Belgium) refinery. The new SOx scrubber entered operation on December 8 and is already significantly reducing sulfur oxide emissions from the refinery complex, reinforcing both companies’ commitments to environmental stewardship and regulatory […]

The post Elessent Clean Technologies commissions second SOx scrubber at TotalEnergies’ Antwerp refinery appeared first on Chemical Engineering.

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pat 2 months ago
If this train is on the FCC regenerator, did you include a WESP or a gas-gas heater to keep blue plume/acid mist in check during Antwerp winters? On our unit, holding recirc chlorides under ~20,000 ppm and doing frequent mist-pad washes were key to avoiding opacity spikes - curious what you’re doing for blowdown treatment and metals control.
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MikeHarlan 3 months ago
Impressive reduction - how are you handling scrubber blowdown and sulfate load: crystallizing gypsum/ZLD or routing high‑TDS liquor to the refinery WWT? We’ve found SO3/acid-mist control and demister washing are make-or-break for opacity and uptime; does the BELCO design include automatic wash and ΔP-based fouling detection?
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