• Spectra B-503/504, Palava

Compressed Air Piping

Compressed Air Piping Contractor

Compressed Air Piping

  • ❖ Compressed Air Piping Layout Includes Design of Compressed Air Piping for Whole Plant with Proper Flow of Air with Proper Pressure with Minimum Pressure Loss, Moisture Free Air to Increase the Life of Equipment’s and Machineries where Air will be Used.
  • ❖ Designing of Piping Layout for compressed air distribution system for Distribution of Air Flow to Various Locations of Plant with Minimum Pressure Loss and Even Flow of air to Equipment’s and Machines Requiring Air.
  • ❖ Design and Fabrication of Centrifugal Compressors Piping, Rotary Screwed Compressors Piping, Positive Displacement Compressors Piping, Reciprocating Compressor Piping, Blowers Piping.
  • ❖ Design and Fabrication of Air Dryer Piping for Air Dryer with Bypass System for Removing Moisture Contents from Air to give Clean and Dry Air Which Enhances the Life of Compressed Air Piping as well as Machineries and Equipment’s where Air Will Be Used.
  • ❖ Design and Fabrication of Compressed Air Receiving Tank Piping / Compressed Air Storage Tank Piping.
  • ❖ Design of Layout of Air Piping is done with Minimum Pressure Loss in Air Piping Leading to Good Performance and Proper Flow of Volume of Air and Air Pressure Required for Machineries and Equipment’s
  • ❖ Designing and Fabrication of Compressed Air Manifold Piping Systems / Compressed Air Distribution Header for Connections of Multiple Air Compressors, Even Distribution of Air in Various Location of Plants with Proper Flow and Temperature.
  • ❖ Installation of Pressure Regulator with Filter and Lubricators, Moisture Separators for Removal Moisture content in air which indirectly Increases the Performance of Compressors and Equipment connected with Air Piping.
  • ❖ Installation of Automatic Drain Valves in Air Compressors, Receiving Tanks for Removal of Water from them to revent its Entering in Air Piping.
  • ❖ Installation of Safety Valves.
  • ❖ Fabrication of Frames for Compressors.
  • ❖ Calculation of Pipe Sizing Based on Velocity and Pressure Drop and Proper Flow.
  • ❖ Calculation of Pipe Wall Thickness as per ASME Standards.
  • ❖ Selection of Compressed Air Manifold Pipe Size / Compressed Air Header Pipe Size.
  • ❖ Selection of Piping Material and its Grades for Pipe, Fittings, Valves as per ASME/ Standards.
  • ❖ Piping Material such as Pipe, Fittings, Valves used for Fabrication of Compressed air Piping are of Standard Companies.
  • ❖ Design and Fabrication of Supports for Compressed Air Piping Systems to Support Dead Weight of Pipe, Fittings, Valves, Air to avoid Sagging of Pipe During Sustain and Operating Conditions, The Distance Between the Supports are Selected as per Piping Engineering Standards.
  • ❖ Piping Material Take off (MTO)/Bill of Material (BOM).
  • ❖ Fabrication of Compressed Air Piping is Carried out as per General Engineering Standards and Practices.
  • ❖ Pipeline Erection for Compressed Air.
  • ❖ Pneumatic Testing of Compressed Air Piping for Leak Test Compressed Air Pipeline, Checking of Welding Leakages in Piping Weld Joints, Checking of Leakages in Flange Joints and Checking of Leakages in Threaded Connection.
  • ❖ Commissioning of Compressed Air Piping.