The US Government oversees a contaminated work site in the northeastern United States where radioactive thorium was processed during the early twentieth century. A large environmental services group was contracted by the government to remediate part of the job site and return it to a usable state. The remediation process involves digging up contaminated dirt and testing it for radioactivity. Once the dirt has been proven to meet acceptable radiation limits, it is removed from large piles with front-end loaders and transported to several gondola style railcars lined with plastic. After the railcars are full, workers climb ladders and enter the railcars.
Two years ago, Rigid Lifelines™ introduced the fold-away fall protection system. Engineering of this system started when end-users came to Rigid Lifelines™ and expressed interest in a fall protection system that did not require permanent installation, one that had some mobility. Many end-users complained that a permanent structure would interfere with their work processes by being in the way of large overhead cranes.
A major manufacturer of chocolate confections and industrial confectionery ingredients receives up to four shipments of liquid chocolate on a weekly basis. The liquid chocolate is transported to their manufacturing facility in 6,500 gallon tank trucks. Trucks dock at a station in the rear of the facility where the driver attaches a hose to the back of the tank trailer for pumping.
A major private northeastern airport is home to a corporate aircraft hangar for a large international company. The hangar houses a branch of the company’s aircraft, including three jets and two helicopters. These aircraft are flown on a weekly basis, depending on executive’s travel needs. As the aircraft move in and out of the hangar, they are positioned as needed. Due the demands of flying, the aircraft become dirty and require weekly cleaning and maintenance.
An aircraft training and simulator facility located in the southern United States, handles outsourced manufacturing of F22 Raptor aircraft mock-ups for pilot training/simulation for the United States Government. The manufacturing process involves the building of the F22 mock-ups in three sections, the aft, the arm, and the landing gear. These sections can weigh up to 20,000lbs. Each section is treated as an individual work station and may be as high as 6 to 9 feet off the ground. Sections that include the top of the aircraft are sloped and have a pitch similar to that of the roof on a house.
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