Risk Management

RSS

Does your manufacturing facility have a smoke stack? If it does, your facility also likely contains a valve safety train, commonly known in industrial circles as a “gas train” or a “fuel train.”

Breathing hazards such as hazardous gasses can be a danger to all types of workers, including those in the oil and gas, water treatment plants, metals refining and processing, and chemical plants. To keep safe working in these environments, workers need to carry a range of personal protective equipment.

It is called the Batter’s Eye. You can find one in every Major League Baseball park and stadium. But the question is, where are they located? And the next question is, how do they work?

America’s workforce is aging. According to AARP, nearly half of new jobs in the U.S. last year were filled by workers 55 years or older. Due largely to ongoing labor shortages, this disproportionately small demographic accounted for more than 1.4 million of the 2.9 million new jobs in 2018, many of them in the fast-growing sector of warehousing and distribution centers.

Optical flame detectors are proven performers to help protect people and equipment in high value, high-hazard areas and processes. We often hear the question “Where do I start in deciding the type of flame detection system we need for 24/7 protection?”.

Over the past decade, Light Emitted Diode (LED) lighting has proven to be a simple, cost-saving method for businesses to reduce their long-term impact on the environment and promote a healthier, safer work environment for employees.

A rather simple description of culture is: That’s just the way we do things around here. From a safety & health perspective, the way things are done stays the same until someone or some group, with the competency and power to make change, becomes dissatisfied with the S&H status quo.

Whether in mining, construction, fabrication and assembly, equipment installation and repair, or other industries, there is a shortage of skilled tradesmen/ technicians to do essential work.