Comprehensive Compressed Air Assessments

  Enquiry / contact me

Kaeser Compressors. The U.S. Department of Energy estimates that air compressors use as much as 10% of all electricity generated in the United States. Further, the DOE calculates that as much as 50% of this energy is wasted. Compressed air leaks alone account for 25-30% of compressed air use. Consequently, many industrial companies are identifying ways to lower their compressed air system energy consumption....

Industrial Equipment & Supplies

Comprehensive Compressed Air Assessments
Comprehensive Compressed Air Assessments

Kaeser Compressors. The U.S. Department of Energy estimates that air compressors use as much as 10% of all electricity generated in the United States. Further, the DOE calculates that as much as 50% of this energy is wasted. Compressed air leaks alone account for 25-30% of compressed air use. Consequently, many industrial companies are identifying ways to lower their compressed air system energy consumption. One of the most popular methods to do so is a comprehensive compressed air assessment or “air demand analysis.” The objective of this paper is to define the five steps required in a compressed air assessment. It will use a real-world example with system information from a magnetic materials manufacturer to clearly illustrate each step. In the following case, the user achieved a 42% reduction in annual energy costs.

Posted on June 17, 2020 - (320 views)
Kaeser Kompressoren GmbH
Carl-Kaeser-Str. 26
96450 Coburg - Germany
+49-9561-6400
+49-9561-640130
View full company profile
Location
Related articles
ISO 20560: A Global Standard to Identify Pipe Contents!
Cost-Effective Isolated Miniature GO Sensors
Pneumatic Leveling Mounts for Good Sound and against Bad Vibrations
Metal Face Proximity Sensors
Pluggable Jaw Couplings
Hazardous Area Classification Considerations
Scalable Cartridge Seals
Webinar Series: Robust Industrial Wireless Solutions for Automation
New Nylon 12 Carbon Fiber Material for 3D Printing
The new BradyGrip™ Print-on Hook Material
DC Roof Exhaust Units for Enclosures
Metal Detectable & Visually Detectable Components
Next Generation of Industrial Gas Springs
Unique IR Solutions
Visually & Metal Detectable Components
Filter Fans FF Series
Cable Transmitter for Temperature
Visually and Metal Detectable Components
Flat Pair & Twin Twisted Pair Thermocouple Cables
Engineered Assemblies for the Power Industry
DC Roof Exhaust Units for Enclosures
Metal Face Proximity Sensors
Pluggable Jaw Couplings
Scalable Cartridge Seals
New Nylon 12 Carbon Fiber Material for 3D Printing
Constant Force Springs for Carbon Brush Application
Hydraulic Systems are the Heartbeat of Industry: Unlock their Potential
Polypropylene-like Material for 3D Printers
ELGi Compressors Deliver Energy Efficiency Gains to Rubber Resources’ Manufacturing Processes in The Netherlands
Filter Fans FF Series
Scalable Cartridge Seals
Polypropylene-like Material for 3D Printers
3D Printing in Space: What I Learned From My Astronaut Journey
TE Connectivity and Komax Partner for a New Wire Solution
Portable Metrology-grade 3D Scanner
Constant Force Springs for Carbon Brush Application
Kit for Bearing Removal
Transparent Clean Room Grippers
Leading Industrial Projects through the Graphene Flagship Initiative
Self-modulating Pump Protection Valves