Texas Industrial Facility Faces $3.5M in Fines for Safety Violations

June 29, 2026

The U.S. Department of Labor has proposed more than $3.5 million in fines against three companies after federal inspectors determined they failed to protect workers during post-emergency response cleanup after a chemical spill at the BWC Terminals industrial facility east of Houston, Texas.

The department’s Occupational Safety and Health Administration initiated three inspections after a Dec. 27, 2025, sulfuric acid spill at the BWC Terminals LLC industrial facility in Channelview led to multiple employee injuries. OSHA found that despite safety warnings, BWC Terminals mixed fresh and spent sulfuric acid, triggering a tank overpressure that ruptured a supply line releasing 1 million gallons of sulfuric acid resulting in multiple employee injuries.

Following the chemical spill, BWC Terminals contracted Coastal Environmental Solutions Inc. to handle hazardous waste cleanup and Coastal Environmental Solutions hired subcontractor One Way Environmental Services LLC to provide laborers for the cleanup and remediation process.

OSHA investigators cited One Way Environmental Services LLC for 18 willful egregious and five serious violations after investigators found the employer sent workers to clean up the chemical spill without adequate training, respirator fit tests, or safety measures. OSHA proposed $3,045,452 in penalties.

Coastal Environmental Solutions Inc. faces $392,501 in proposed penalties for two willful and five serious violations that include a lack of training, a safety and health program, an emergency response plan for hazardous waste operations and emergency response, and deficiencies related to use of respirators.

BWC Terminals was cited with six serious violations for exposing workers to chemical burns, failing to provide hazmat training, and deficiencies relating to the use of respirators. OSHA proposed $82,750 in penalties.

Cumulatively, proposed penalties against the three employers total $3,520,703.

Source: OSHA