How to Know If Your Emergency Plan Is (or Isn't) Protecting Your Campus

Universities and colleges face many possible risks. While it may be impossible to plan for every crisis situation, you can put processes in place to be prepared. Creating a robust emergency plan is the first step to ensuring a safe place for students, faculty, and the general public. But once your plan is in place, how do you know if it is actively protecting your campus?  


Why a Lockout/Tagout Program Is Crucial to Worker Safety

According to OSHA, approximately three million workers who service equipment face potential injury if lockout/tagout (LOTO) is not properly implemented. Complying with the LOTO standard could help prevent an estimated 120 fatalities and 50,000 injuries each year.


4 Ways to Prevent Workplace Slips, Trips and Falls

Workplace safety is paramount, and sometimes the worst accidents are the easiest to prevent. Slips, trips and falls account for 25% of all injury claims per fiscal year and 15% of all accidental deaths, second only to motor vehicles. They are also responsible for more than 95 million lost work days annually.

Here are four simple ways to prevent your employees from getting “tripped” up.


6 Tips for Creating a Robust Emergency Plan for Your Campus

In the event of a critical situation, campuses could save lives with the help of a strong emergency plan. To get there, they must think beyond traditional security methods. Those approaches are a solid start, but they might not be enough. Now campuses must evaluate all potential security scenarios to ensure the safety of students and staff.


New York Ready to Enforce Carbon Monoxide Detection Law

Last June, New York Governor Andrew Cuomo signed a law requiring every restaurant and commercial building in the state to install carbon monoxide (CO) detectors by June 27, 2016. The law will apply to both new and existing buildings with possible sources of CO, such as garages, electrical generators, and faulty furnaces. Alarms should be installed in a central location within every 10,000 feet in a facility. They must also be hard-wired units with battery backup.


 
 
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