Improve the Flow of Your Workshop (Literally!) with a New Compressed Air Piping Layout

For anyone that spends a lot of time in their garage, whether on woodworking or cars, having the best equipment makes all the difference. Perhaps you’ve skimped on tools or systems before and it got the job done but it also made the job that much harder. Then, in a few years, you had to buy the tool or system again because it broke. While a compressed air piping layout is more advanced and expensive, there is something to be said for splurging where it counts.

Not only do the best tools and equipment make you more productive, but the layout and design of your workshop are essential as well. Whether you need more space or more power, updating your compressed air piping layout improves the overall quality of your work and helps manage your time more efficiently.

5 Reasons Why You Need To Update the Compressed Air Piping Layout in Your Workshop

1. More FunctionPerhaps you are looking to expand your business and your existing compressed air distribution is too small for the new layout you envision. You recognize that the layout of compressed air systems for auto repair is important. Improving the compressed air piping layout of your auto body garage can help you get more jobs done in a day which in turn makes you more money.

   Even if you are a woodworker or a car enthusiast looking to hone their craft or spend more time on your hobby, having the right compressed air piping design is important.

2. Energy EfficiencyWhatever the project or space, an updated and improved compressed air piping layout is more energy efficient. Audits conducted by the U.S. Department of Energy (DOE) suggested that over 50% of compressed air systems at a small to medium size in industrial facilities have the opportunity to be low-cost when it comes to energy consumption.Even if you have a home workshop or garage, less energy consumption means lower electric bills. With lower costs, you can focus on spending more money on what matters to your business or interests.
3. Heat RecoveryIn a properly designed air compression system heat recovery is important to the functionality and dependability of your design. With as much as 80 to 90% of the electrical energy used by an air compressor converted to heat, recovery this energy is highly important. If a heat recovery unit is properly designed, it can recover 50 to 90% of this heat for heating air or water.The more heat you recover, the more efficient your air compressed system will be, which in turn will up your productivity.
4. The Right PipingDetermining which type of piping you will you use in your new compressed air layout can make or break the project. For instance, flexible tubing that comes in various sizes can accommodate any situation. Make sure the piping you choose will be able to handle anything that you have planned and all the things you can’t plan for.
5. Minimizing Pressure LossIf you need or want to update your compress air piping layout, chances are you need to minimize the pressure loss in your existing system. Have you noticed a pressure loss on your current system of greater than 10%? You may want to check the distribution system and identify the areas causing excessive pressure drops. For every two pounds-per-square-inch of pressure lost will reduce your operating costs by 1.5%.

   That adds up quickly. In a properly designed system pressure loss will be less than 10% of the compressor’s discharge. The gage to determine the pressure is found on the outlet of the compressor. If this sounds like your current system, then updating your compressed air piping layout is no a want but a need.