Ergonomics in refractory construction transforms difficult tasks into easier ones

Fast forward to the present day and to the modern science of workplace ergonomics. Looking at the definition of “ergonomics” in the Webster dictionary or Wikipedia, you will find a somewhat complex meaning of the word, but in simple terms it implies “doing the same amount of work with less effort”. To the crew on a refractory construction project or on the shop floor, less effort translates into more efficiency, productivity and safety.

At times specialized tools such as mechanical assists, counter balance systems, adjustable height lift tables/workstations, and powered equipment might be needed to help in the ergonomics process, but not always. Ordinary items such as ropes and buckets can be used on the construction site in a simple way to move refractory supplies from one place to another, saving time and reducing the potential for back injuries.

Chris Smith, Safety Manager at Plibrico, observed one example of this simple rope technique while on a recent jobsite visit: “A Plibrico welder was replacing anchors in the low-overhead clearance drop-out zone section of a reheat furnace. To transport the needed anchors and welding rods to the metal welder without anyone entering the furnace, the construction workers simply tied a bucket in the middle of a rope. Creating a pulley-like system with the rope, employees on each side of the furnace could pull on the rope to deliver the various materials. This enabling technique saved the crew both time and energy.”

Refractory construction managers often find that manufacturing and processing equipment are not always placed in the most ideal locations. While these all-too-common situations can provide some head scratching moments, for those involved in refractory maintenance there are serious safety risks. Furnaces, boilers and smelters may be located with very little access by forklift or overhead crane, not to mention that the access doors to some processing equipment are barely large enough to pass supplies through, and debris out, during repairs. Hardly ideal.

Chris Smith agrees that in the refractory construction industry, contractors do not always work with facilities that had the foresight to locate large processing equipment in a manner that facilitates easier servicing and maintenance.

“These types of logistical and ergonomic problems test even veteran supervisors and managers as they plan for rebuild or repairs of equipment,” explained Smith. “Without a comprehensive plan that includes ergonomic tools and techniques, the net result can be slow, arduous material handling issues that escalate manpower cost, extend job time and increase effort. Furthermore, it adds to the project manager’s responsibilities, and raises the possibility of injuries.”

To ease the burden of complex material handling on projects, Smith stresses that preplanning is essential with special focus on ergonomic labor-saving tools like:

These devices can provide increases in project speed while reducing fatigue.

Some industry members point out that the equipment does add cost to the overall budget, and it takes time to transport and set up. However, ergonomics pays for itself by reducing labor-hours, and difficult material handling issues. From the construction crew’s perspective, ergonomic tools and equipment do the heavy lifting for them, providing a better work environment, a more effective use of labor talent, and less pain at the end of the day.

Ergonomics help transform difficult tasks into easier, safer ones by using smart tools and equipment. Done well, incorporating ergonomics into the construction process can help remove barriers to productivity. In today’s competitive refractories industry, it’s impossible to ignore the value ergonomics brings to the process of making the best product in the most efficient way.