Plant & Works Engineering Annual Buyer's Guide 2024

Focus on: Health & Safety Handling & Safety Matters Annual Buyers’ Guide 2024 www.pwemag.co.uk Plant & Works Engineering | 33 Up to Aisle Master More Storage with 50% aisle-master.com audits, manufacturers must have clear signage across the facility about safety procedures. Labelling flammable and high voltage areas and other hazards is important when using heat transfer oils. Facilities managers can also introduce signage across the facility to improve maintenance procedures. Correctly labelling fluid ensures that old and new fluids are not confused when topping up the system — adding old fluid into a new barrel will result in more waste. Manufacturers should also add signage to the system indicating the direction of oil flow. In an emergency We all know the saying “fail to prepare, prepare to fail”. Despite this, we often find that manufacturers have not adequately prepared for some emergency scenarios. While risk assessments may outline the probability of some of these issues occurring, facilities managers and health and safety managers should consider how they can better prepare for serious issues and ensure they are aware of who is best to call in each potential scenario. Manufacturers should ask themselves what they would do if certain scenarios occur, such as the fluid going off low level, the heater stopping or the pump failing. Most importantly, manufacturers should consider how the facility would respond to major incidents. Having this plan in place is critical to protecting staff and reducing damage. Similarly, management teams must consider how to stop production quickly when issues occur. While many facilities have an emergency stop button, it is often located on or near the system. Placing the button far away from the system, in another room, by the door or by an exit, means that engineers can safely cease production while evacuating. Storage Where do you keep your thermal oil? To save on space, manufacturers can store oil outside, but leaving barrels to the elements can negatively impact the quality of the oil. For example, if rainwater sits on top of barrels or intermediate bulk containers (IBCs) and then the air temperature heats up, the barrel or IBC expands. Once it cools down, the container contracts, syphoning water from the top, rendering the new oil unusable, even if completely capped and sealed. Similarly, when replacing oil, manufacturers should take care to clearly label waste oil and new oil, keeping them separate in the facility. Mislabelling could cause problems further down the line, such as topping up a system with old waste oil. Making improvements Investing time and effort in preventative maintenance can improve site safety, increase productivity and reduce costs for manufacturers. Educating staff, both existing and new, on the importance of safety measures such as signage and housekeeping, as well as best practices like good oil storage and emergency planning, is integral part to heat transfer maintenance. Taking these steps is integral to regulatory compliance. For example, to comply with UKEX (formally known as ATEX 137) Regulations, manufacturers must follow best practice to ensure the safety of the site, monitor fluid to manage risk and train staff to effectively operate and maintain the system. Just like a cluttered office can cause stress and reduce a team member’s ability to concentrate, a disorganised manufacturing facility can negatively impact machine performance. By including facility checks in proactive maintenance, facilities managers can extend the lifespan of their heat transfer system and better prepare for incidents that could lead to health and safety risks or costly downtime.

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