Indoor air pollution may not be visible, but the symptoms of it are diminished cognitive function, poor concentration and reduced productivity. Employers need to understand the risks of poor indoor air quality and the steps they can take to improve it.
With the number and variety of materials in manufacturing and engineering industries, it is easy to conceptualize how a rogue element could compromise your facility's indoor air quality (IAQ). Every action seems to produce an air contaminant — sawing, packing, stacking and every move releases invisible particles.
Workplaces involving heavy objects and moving vehicles get riskier as colder weather sets in, but they do not have to become dangerous. Here are a few focus areas to target so you can send your people home safely every day.
Many construction crews and engineers work on-call or extend their shifts longer than eight hours. While these workers are commendable for their commitment, irregular and extensive schedules are not sustainable.
While outdoor environments may deal with more extreme temperatures, heavy equipment and frequent movement in industrial workplaces can lead to high, potentially dangerous temperatures in industrial facilities.
By maintaining good indoor air quality, individuals can protect their health and well-being. Lowering emissions, removing pollutants and adopting new building designs may help individuals improve the air in a structure. Clean indoor climates increase workers’ productivity, which benefits business owners.
People have shown a growing interest in finding more sustainable ways to achieve their water purification goals. Biotechnology advancements have enabled significant progress. Here’s some of what’s possible.
Workplace power outages can become more than inconveniences. They can also pose safety risks to the people affected. Here’s how to minimize the associated threats.
