Design & Engineering of Plant Air Receiver

“Design & Engineering of Plant Air Receiver”

Mr. Shewale Ram Changdev                                      Mr. Kate Mayur Rajendra

Department of Mechanical.                                                   Department of Mechanical.

Sanjivani College of Engineering,                                        Sanjivani College of Engineering,

Kopargaon, India.                                                                    Kopargaon, India.

Mr. Kanade Aniket Anil                                                Mr. Sayyad Aftab Talib

Department of Mechanical.                                                    Department of Mechanical.

Sanjivani College of Engineering,                                          Sanjivani College of Engineering,

Kopargaon, India.                                                                    Kopargaon, India.

Prof. Ravindra S. Kolhe

Project Guide

Department of Mechanical.

Sanjivani College of Engineering,

Kopargaon, India.

Abstract:

The design and engineering of a plant air receiver is a critical aspect of compressed air systems used across various industrial applications. An air receiver acts as a reservoir of compressed air, helps in dampening pulsations from the compressor, and provides storage during peak demands. The objective of this project is to carry out a comprehensive study on the mechanical design of a vertical cylindrical air receiver based on ASME Boiler and Pressure Vessel Code (BPVC) Section VIII Division 1, considering internal pressure conditions, material selection, corrosion allowances, and operational temperatures. The flow of the project includes a literature survey to understand existing design practices, a methodology outlining the engineering steps, and an analytical section providing detailed calculations for shell thickness, head design, and other parameters. Additionally, the study explores suitable materials, their mechanical properties, and manufacturing considerations. The goal is to ensure safety, structural integrity, and compliance with applicable codes.

This project also serves as a foundational guide for future design improvements and customized applications of air receivers in industrial settings

Key words: Compressed air system, air receiver, pressure vessel, ASME Section VIII, material selection, stress analysis, design parameters.