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Consider the following situation. You find out you have been using way too much water at home. You discover a leaking gasket and there is water all over your basement. What is your course of action? Of course, it is to fix the leak right away. But what if this happened at your plant? And […]

Golden opportunity to use AirAudit and save money. AirAudit is conducted during downtime result in production loss. Since, due to low demand many industries are already facing downtime. Its great opportunity to opt for AirAudit and achieve an Efficient compressed Air System. Why opt for an audit, while already facing loss? AirAudit pays for itself,

During a recent Audit at a Glass manufacturing facility. AirAudit engineers found condensate and oil all flowing from a manual drain installed on main line. Why? because there was no DRYER installed. Watch Below: Moisture is Damaging Moisture in compressed air used in a manufacturing plant causes problems in the operation of pneumatic systems, solenoid

Many applications in the food and beverage, electronics, automotive, textile and pharmaceutical industries will require oil-free air to guarantee product integrity and quality (often specified as Class 0). Oil-free compressed air technology will help to avoid expensive filter replacements, cut the cost of oil condensate treatment and reduce energy loss from pressure drop in filters

Air demand in an industrial compressed air system typically fluctuates. Using these patterns to reduce unloaded running hours is a first step to optimizing energy efficiency. Compressor controllers offer user-friendly ways to reduce unloaded running hours. If there are multiple compressors, then they should have been set up to do this automatically. But if there

Compressed air accounts for a significant part of total energy costs for industrial manufacturers – typically about 12% and may be as high as 40% in some facilities. This means that any compressed air energy savings that are achieved will have a big impact on a factory’s total energy consumption and CO2 emissions As a

Industrial facilities often depend on compressed air systems to power essential equipment. In fact, compressed air is almost as important as electricity for many industrial applications. Despite this reliance on compressed air systems, facility owners and managers often overlook them when seeking to improve efficiency. This neglect can be very costly, especially in terms of

It is very common to see pipes — or pipe plugs with holes drilled in them — fashioned into a blowing device in industrial plants.  These are quick to build, and easy to install, but come at a price on the energy bill, due to the high energy intensity of producing compressed air.  These applications

Optimizing a compressed air system’s performance is not just about the compressor unit. Where it is installed and how the associated infrastructure is designed also has an impact on a system’s energy efficiency, how quickly a business will see a return on its capital investment, and in some cases, even its ability to comply with

The heat generated by compressed air systems can be a very good source of energy savings. In fact, 100 percent of the electrical energy used by an industrial air compressor is converted into heat. 96 percent of this heat can be recovered (the balance remains in the compressed air or radiates from the compressor into