This podcast highlights the importance for organizations to include leading safety indicators in their measurement systems. Topics include how to select safety measures that are both meaningful and motivational; Establishing an effective mix of leading and lagging indicators; and the use of Risk Assessment for determining safety priorities.
Join Scott Margolin in this informative podcast – packed with tried and tested solutions to help protect your workers against arc flash hazard in an industrial workplace.
Scott will examine causes and consequences of arc flash – with a special emphasis on historical data, real accidents, body burn injury and non-flame resistant vs Arc Rated, flame resistant clothing.
This podcast will present evidence from the social sciences on human behavior following disasters and emergencies, identifying the myths of panic, and presenting a new model for emergency and disaster planners to utilize to enhance life safety.
All leaders face challenges that intensify with each new hyper-competitive priority. The successful leader of tomorrow must become transformational to succeed. In this podcast, you will learn tools and techniques that can be immediately applied – transforming your value to the organization while helping you recognize sustainable step-change improvement in culture and performance.
Safety is more than just following rules and paying attention. It’s influenced by a host of factors, including culture, systems, leadership styles and economics – just to name a few. But perhaps one of the most significant differentiators of successful organizations in safety is the way safety is strategically managed.
As Shawn Galloway discusses in this free podcast, safety is not a standalone strategy within a business. It must be an integral part of the overall operational plan.
OSHA just recently issued its new and revised rules for workers in the electrical power industry. The Final Rule made important changes to the construction standards (29 CFR 1926) and the general industry standards (29 CFR 1910). Covering everything from contractors to de-energizing transmission and distribution lines, the changes in this final rule can have a major impact on your operations. In this important podcast, you’ll have the opportunity to go through the final rule from two experts from OSHA.
Join J.A. Rodriguez for this podcast and learn exactly how engaged employees can help their companies outperform their competitors, enjoy higher shareholder return, achieve higher customer satisfaction AND – ultimately celebrate lower injury rates.
While we should never underestimate the importance of effective hazard control programs, there is simply no glory in controlling a hazard that could have been eliminated. This former Fire Chief and current Safety Professional will guide a discussion on the latest tool in the arsenal of the Safety Professional – the new ANSI/ASSE Z590.3 – 2011 PtD process and relate how it can be used with proper application of other accepted codes and regulations.
Fixed fire protection systems such as fire sprinklers and gaseous suppression systems are the backbone of fire protection in industrial and commercial facilities. Fire sprinklers have a stellar record of satisfactory performance. Fire sprinklers are effective in approximately 97% of fires in which they operate. Why are fires not as effective as intended in approximately 3% of fires? When initially installed, fire sprinklers are usually properly designed and installed. What are factors which can compromise the system and cause them to perform less than satisfactorily? How should impairments to the fire system be controlled? This podcast will look at contributing factors to fire protection system failures. Effective impairment and inspection procedures will be discussed to help prevent fire protection system failures.
This podcast will discuss the recent advances in protective performance testing of flame resistant clothing, focusing on new groundbreaking research on the duration and energy of actual hydrocarbon flash fires outdoors. This research was able to quantify how long these events last and how much energy they release.