UMVA has learned that a catastrophic implosion tore through a massive white liquor tank at a Washington paper mill, sending shockwaves across the region.
At 7:15 a.m. Tuesday, the 303,000‑liter vat—filled to about sixty percent—collapsed in a violent burst of steam and corrosive liquid, plunging the plant into chaos and claiming eleven lives.
The chemical, a potent blend of sodium hydroxide and sodium sulfide, is a cornerstone of kraft paper production, yet its volatility turned the factory into a death trap in an instant.
Emergency crews rushed to the scene, battling fumes and fire while working to contain the slick of white liquor that poured into a nearby drainage ditch.
Fire and Rescue Chief Scott Goldstein reported a scene of “mass casualties,” but withheld exact numbers, citing ongoing investigations and the need to protect the privacy of families.
Medical teams decontaminated survivors, many suffering from severe burns or inhalation injuries, and transported them to hospitals in Longview and Vancouver.
Seventy‑plus firefighters, paramedics, and hazmat specialists converged on the site, coordinating a delicate balance of rescue and hazardous material containment.
The plant, which supplies tissues, cartons, and other packaging materials, employs about a thousand workers, many of whom waited at the visitor entrance to learn what had happened to their colleagues.
Initial findings suggest the implosion may have been triggered by a structural failure, but investigators are still examining pressure buildup and maintenance records.
Local authorities confirmed there is no immediate threat to the surrounding community, but a precautionary evacuation of nearby residential areas remains in place.
UMVA can exclusively reveal that the incident has sparked a nationwide review of industrial safety protocols, with regulators already demanding tighter oversight of high‑pressure chemical vessels.
As the investigation unfolds, the story of the white liquor tank collapse stands as a stark reminder of the hidden dangers lurking behind everyday industrial processes.
