The Safety Solutions Resource Library contains white papers, eBooks, webcasts, videos and technical papers to help you manage and solve work related problems. Select from a variety of application and technology related subjects, supplied by market-leading vendors or written by our editorial team.
The new EN374 chemical and microorganism protection guidelines are in effect – do you understand the changes?
Studies show employee productivity decreases when the temperature rises above 25°C. If your space is too big for air conditioning, other methods are needed to maintain suitable working conditions and protect product integrity.
This breakthrough solution delivers advanced protection, performance and value for those working under a range of hazardous chemicals — without sacrificing the dexterity and comfort typically lost with thicker glove options.
Some industries, such as mining, are more prone to workplace injury than others. Cheap promises of reduced expenditure can lead to substantial financial consequences. Hand protection needs to be assessed on the extent to which it reduces worker injury and subsequent costs, not simply as a product with a desirable price point.
Oxygen deficiency hazards are critical safety risks that can be greatly reduced with diligent mitigation. By taking the right steps to ensure you are aware of potential risks, and can precisely determine their extent, accurate mitigations can then be taken to reduce your hazard.
Industrial operators are faced with a challenging task — to create flexible production workflows with a high level of automation, while at the same time ensuring that their people, machines and plants stay protected.
According to Safe Work Australia's 2015 statistics, falls from heights are the third-highest cause of fatalities in the workplace. There are a number of vital responsibilities within the workplace to be aware of to minimise this risk. Are you aware of yours?
The interface between human and machine is becoming a key risk factor for workplace incidents. It's difficult to properly assess the human side of that risk and easy to incorrectly blame the person, rather than look more deeply at the full picture of workplace, worker, work and equipment.
Selecting the best chemical glove protection for the task at hand is anything but easy. There are over 60 million registered chemicals — and every unique set of chemicals requires specific chemical protection.
Modern sensor technologies present new opportunities to detect a hazard before an accident occurs. Road and traffic authorities are now able to mitigate risks of oversized vehicles, overheating brakes, speed, driving conditions and traffic density. Anti-collision safety laser scanners are now used in the warehouse for forklifts in narrow aisles and on the docks for safe container-terminal operations.
Most businesses do not have an effective electrical infrastructure maintenance plan. Inept maintenance practices result in a rise of equipment costs and increases in downtime.
Drug and alcohol consumption is a major source of risk for many industries, particularly those with high rates of workplace injuries. One in 10 Australians regularly drink to the risk of harm and a similar number have consumed alcohol at work.
Of the workplace hand injuries that require hospitalisation in Australia, more than half involve open wounds. This makes the choice of a cut-protective glove type a key consideration for HSE officers.
Of all of the issues facing today’s process manufacturers, ensuring safe operations and guaranteeing shutdown when necessary are paramount. Companies that do not plan and manage process operational risks face fines, production outages, equipment damage and serious injury or loss of life.