Barry Rice gives best practices and safety measures to take when working on restoration jobs at high heights.

Following these best practices can reduce the risk of an on-site safety incident.

“In the first part of this series, I identified the steps to create a respiratory protection program. This second article will cover how to implement and follow your program. Once everything is implemented, you will have an OSHA-compliant program tailored to your company and designed to protect employees from the hazards in the Restoration Industry,” Barry Rice, CSP, writes.

The U.S. Department of Labor’s Occupational Safety and Health Administration is proposing amendments to its occupational injury and illness recordkeeping regulation, 29 CFR 1904.41.

In this first article of a two-part series on respiratory hazards and protections, Barry Rice, CSP, shares steps to correctly set up a respiratory protection program. In the second article, next month, he will cover how to implement and follow the program.

Barry Rice, CSP, reviews successful methods for preventing hand injuries, one of the most common injuries in restoration work. He provides advice on choosing the right glove and glove training implementation.

When you think of charred wood, ash left behind after a wildfire or soot, you might think that they are little more than harmless byproducts of incomplete combustion. Images of people sifting through the ash in their street clothes to find valuables, or walking through a burned-out home in shorts and flip-flops, gives the impression that post-fire environments are relatively safe. However, this is far from the truth.

Barry Rice, CSP, considers safety data sheets the user manuals for chemicals. Here, he highlights three of the most valuable parts of an SDS and how OSHA expects U.S. organizations to manage them. He also provides reference information and advice on SDS training.