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Applied Science and Engineering
Cost Analysis and Budgeting
Benchmarking and Performance Criteria
What is the difference between OSHA 10 Construction and the OSHA 30 Construction?
A strong safety culture is often personalized, and a personalized safety culture can help meet other safety and security needs as well. Discover how to create a strong safety culture at your facility.
Hazards are ever-present in the steel plant environment, and a heightened awareness and emphasis on safety is a necessary priority for our industry. This article focuses on procedures and practices to promote a safe working environment for everyone.
One great debate in workplace safety today is the role of incentives. Two philosophies seem to exist. One says that workers will not work safely unless we give them incentives to do so. The other says that incentives should not be required for workers to do their jobs without injury. Interestingly, safety and operational supervisors, managers and directors who are working hard to find a way to get employees focused on reducing injuries are fueling the debate.
The possibility of zero injury as an outcome in construction work was introduced in 1987 when the Business Roundtable (BRT) Construction Committee asked U.S. construction owners and contractors to submit applications for a newly established BRT Safety Excellence Award. After sending out 400 applications, BRT received only seven responses for their request. Among those responses were two applications containing astonishing safety performance records.
Contact with energized power lines may result in one or more fatal electrocutions, serious burns and/or damaged equipment. The most common cause of crane-related fatalities is contact with overhead power lines. Electrocutions account for 32% of crane-related fatalities.
Five to 10 times per day in the U.S., a worker is severely injured or killed in an electrical arc flash incident. Other electrical incidents can also injure workers; these typically involve accidental contacts with energized parts that result in shock and electrocution. The injuries and fatalities that result from these incidents are always devastating to workers and their families. Additionally, the financial consequences of such events can be damaging to the company.
The incident in West, TX, once again brought to light the hazards of ammonium nitrate (AN), as well as a failure to recognize its risks. Although the incident occurred on the agricultural side of AN, in this discussion, there is no practical difference between this product and the type of AN used in mining and construction.
Nothing halts a construction project faster than the discovery of a gas pipe, electrical line, sewer tile or water pipe that nobody knew was there. If you are lucky, you will recognize the line before any damage is done, or you will quickly determine that it is a short segment of a long-abandoned leg. If you are not so lucky, you may get to see yourself on the evening news.
Steel erection presents many risks to both employers and employees. It requires comprehending and identifying new terminology and language. Erecting procedures require a qualified competent person to be on the scene to confirm that each step is completed thoroughly before a new task begins. OSHA subpart R provides excellent guidance for implementing steel erection procedures and processes. It is a vertical standard that applies to construction and a concept to be understood before any work begins.
The Body of Knowledge project is dedicated to creating a living reference that represents the collective knowledge of the Safety, Health and Environmental profession. While the preliminary work has begun, there is still more to do. The purpose of this website is to introduce subject areas that will eventually be part of the Body of Knowledge, and to gather feedback on the future direction, and ongoing assessment of what needs to be completed.
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