We have a big site at work but after the company expanded we were running very short on office space. Most of our accounts team was in a demountable office and they were really hot in summer and cold in winter. It was so much better for the whole team once we got the new office block built on site. This blog talks about the process of building a new office block, including the design and construction of a block for your team. I hope it will be useful for anyone looking to build a new office block on their site.
Dust is one of the biggest risks associated with concrete cutters. Environmental regulations usually require people to control the amount of dust that is released into the atmosphere during cutting operations. This article discusses the most common methods of controlling dust as you cut concrete on your property. Use this information to select the most appropriate dust control method for your specific project.
Wet Dust Control Techniques
Wet dust control systems rely on a steady supply of water directed at the cutting wheel during the concrete cutting process. This can be done in two different ways. First, a garden hose can be connected to a water mains. Secondly, a pressurised water bottle may also be used. Each of these options is connected to spray nozzles that regulate the frequency at which water is released onto the cutting wheel.
The major advantage of wet dust control mechanisms is that the method is cheap. Water also helps to prolong equipment life because it keeps the cutting blade or wheel cool. However, water should never be used to control dust when you are using an electric concrete cutter due to the potential for an electrical hazard. You also have to incur the inconveniences associated with collecting and disposing of the concrete slurry generated by the cutting process. Wet dust collection systems are cumbersome to use with handheld concrete cutters.
Dry Dust Control Techniques
Another way that you can use to limit dust emissions into the environment entails utilising a vacuum system to capture the dust as the concrete is cut. This method is also called local exhaust ventilation. The hood of the concrete cutter is linked to a large vacuum cleaner. That vacuum then sucks in most of the dust that is produced during the concrete cutting process. The best hoods or guards are those that can be adjusted to enclose the cutting blade fully. Make sure that your vacuum has a filter to prevent dust from being recirculated.
Local exhaust ventilation systems eliminate the complex processes involved in getting rid of concrete slurry. These dry dust control systems are also suitable for any kind of concrete cutter, such as handheld ones. The downside of this method is that one must have a reliable power source in order to benefit from this technique. The system may also be slower for inexperienced concrete cutters since it can obscure the view of the person operating the cutting equipment.
Talk to a concrete contractor for advice about the two options above. That expert will assess your requirements and recommend the most appropriate dust control system for the cutting equipment that you wish to use during your project.