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PORTA DE ENTRADA => Tutoriais de Aprendizagem => Tópico iniciado por: mitsumi em 23 de Julho de 2021, 03:52

Título: Air Compressors and Energy Saving Practices
Enviado por: mitsumi em 23 de Julho de 2021, 03:52
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MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English + srt | Duration: 6 lectures (2h 18m) | Size: 944 MB
Concepts and Practices for Energy Efficiency Improvements in Air Compressors

What you'll learn:
Air Compressor as a Utility in the industry and its Energy Saving Practices

Requirements
Mechanical Engineering, Electrical Engineering, Maintenance Engineers, Utility Engineers

Description
This Course is specially design for Mechanical Engineering students, Utility Managers/Maintenance Mangers.

significant amount of electricity used by Air compressors in the industries.

It is used in a variety of industries to supply process requirements, to operate pneumatic tools and equipment

Only 10 - 30% of energy reaches the point of end-use, and

balance 70 - 90% of energy of the power of the prime mover being converted to unusable heat energy and to a lesser extent lost in form of friction, misuse.

Thus the Knowledge of Air compressor is important for Mechanical Engineering students, Utility Managers/Maintenance Mangers.

Course covers:

Significance of Air Compressor in the industry & it's types

Air Compressor selection criteria

Air Compressor Capacity: Free Air Delivered (FAD)

Air Compressor capacity Controls

Effects of Localized & Operational parameters on the Air Compressor performance (Energy Consumption)

Compress Air leakage assessment, measurements 7 correction (Numerical ton Leakage calculation)

Air Compressor installation tips to the Practicing Engineers

Case study on the Energy Audit of the Air Compressor

Compressor Efficiency (Assessment of Compressors)

* Most practical: specific power consumption (kW / volume flow rate)

* Other methods

* Isothermal

* Volumetric

* Adiabatic

* Mechanical

Capacity: full rated volume of flow of compressed gas

* Actual flow rate: free air delivery (FAD)

* FAD reduced by ageing, poor maintenance, fouled heat exchanger and altitude

* Energy loss: percentage deviation of FAD capacity

Who this course is for
Mechanical Engineering, Electrical Engineering, Maintenance Engineers, Utility Engineers

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