Industrial Rail Safety Assessments
Many rail-served facilities do not think of themselves as railroad operations. Yet their employees may move railcars, operate Trackmobiles or Shuttlewagons, throw switches, use derails, couple equipment, apply handbrakes, protect crossings, and direct movements.
The risks and responsibilities are determined by the work being performed, not simply by what the company calls the operation.
FMW evaluates the entire industrial rail operation, including employee behavior, operating practices, supervision, training, track, locomotives, railcar-moving equipment, documentation, and coordination with the serving railroad. Assessments can cover multiple shifts so that differences between crews, departments, and supervisors are visible.
The result is a clear picture of the operation’s strengths, immediate risks, recurring weaknesses, and opportunities for improvement.
Assessment areas include:
- Job briefings and crew communication
- Radio practices and movement instructions
- Industrial switching and car handling
- Switch and derail operation
- Shove-movement and point protection
- Railcar securement and handbrake effectiveness
- Coupling and uncoupling
- Mounting, dismounting, and riding equipment
- Close clearances and safe walking conditions
- Crossings and interactions with road vehicles
- Employee protection and track-occupancy procedures
- Loading-area coordination
- Track, locomotive, and rail equipment condition
- Training, qualification, inspection, and incident records
- Coordination among rail, production, maintenance, and contractor personnel
- Support for manufacturers, chemical plants, refineries, steel mills, paper mills, food processors, grain and agricultural facilities, warehouses, distribution centers, ports, terminals, transload facilities, utilities, industrial parks, and other businesses that receive, load, unload, store, or move railcars.
Click here to see how FMW’s comprehensive industrial rail safety audit and improvement program helped a large client reduce rail incidents by approximately 60 percent.
REVIEW OUR RAIL SAFETY CASE STUDY