Shrinivas Patil proudly announces the launch of a specialized Project Management course designed exclusively for professionals in the manufacturing industry. With decades of experience in managing large-scale manufacturing operations and projects, Patil brings practical insights and industry-relevant knowledge to the forefront of this course. The program aims to bridge the gap between shop-floor experience and structured project management practices, equipping participants with the tools and techniques needed to manage timelines, resources, and quality more efficiently.

This course is tailored for engineers, supervisors, and mid-level managers who are looking to strengthen their project management capabilities in a manufacturing setup. From planning and execution to risk management and continuous improvement, the curriculum blends global best practices with real-world manufacturing scenarios.

Link to Course: https://shorturl.at/bgd0h

• Sustainability: Compressed air efficiency directly impacts your Scope 2 emissions, reducing your carbon footprint.
• Measurement is Key: Borrowing from Peter Drucker's quote, "What cannot be measured cannot be improved," the podcast emphasizes the importance of data in managing compressed air systems.
• Critical Measurements:
  • Flow (CFM): Measures compressor output and air consumption. Helps identify areas for potential shutdowns and cost allocation.
  • Pressure (psi/bar): Provides feedback for adjustments, identifies pressure drops, and ensures optimal performance. Measurements are taken at various locations throughout the system.
  • Power (KW) and Energy (kWh): Estimates energy consumption and operating costs.
  • Dew Point Meter: Measures moisture content in compressed air, crucial for applications requiring "dry" air. Proactive identification of moisture helps prevent corrosion and equipment damage.
  • Hour Meter: Tracks compressor "load" and "no-load" periods to identify potential inefficiencies and optimize operation.
• Call to Action: The podcast recommends Ron Marshall's program for a deeper understanding of compressed air systems and efficiency strategies.

Overall, the episode highlights the importance of measuring various aspects of your compressed air system to optimize performance, reduce costs, and contribute to sustainability.

Compressed air is one of the most commonly used utilities in any industry. It is also one of the costliest utility owing to the overall system efficiency. It is hence imperative to measure the various parameters of the system.

In this episode of my podcast , I am talking about the 5 instruments used in the compressed air system that provide valuable information about the system parameters. The data captured can be used effectively for containing the compressed air costs whilst maintaining the compressed air quality.

Compressed air is used widely in industries for varied applications. The compressor is the key component of the compressed air system. It plays an important role in the effectiveness of manufacturing processes.

However when it boils down to carve out a space for the compressor, the aspect just gets unnoticed.

In this episode, I am talking about the compressor room and the allied aspects.

Welcome to this episode where I dive into a compelling conversation with Ron Marshall, delving into the world of compressed air systems assessment. We explore the multifaceted aspects of compressed air assessment, covering considerations of air quality and the associated costs. Discover how organizations can strategically leverage these assessments to identify areas for improvement, optimize energy consumption, cut operational costs, and enhance the overall sustainability of their operations.

Our discussion unveils the proactive approach involved in ensuring that compressed air systems operate at peak efficiency, in harmony with environmental and energy conservation goals. Beyond these benefits, we examine how a compressed air assessment becomes a valuable tool for organizations, addressing concerns related to the impact of compressed air on product quality.

Joining me for this insightful dialogue is Ron Marshall, a certified engineering technologist. Ron holds certifications as an Energy Manager, Demand-Side Management professional, and Measurement and Verification professional through the Association of Energy Engineers. As a DOE AIRMASTER+ specialist with extensive experience in compressed air systems, Ron's passion for the subject shines through in his commitment to sharing knowledge through various training programs and articles featured in technical magazines. 

Tune in for a deep dive into the world of compressed air assessment and its far-reaching implications.

Compressed air is one of the commonly used utilities in Industry.
Many times it is used for applications just because it is available instantly. End users tend to forget that is one of the costliest utilities and should be used with care.
The rational is lost many times when we use compressed air.

In this episode, I touch upon these points which warrant reflection and care when we use compressed air.

Compressed air system isn’t complete without the piping . Piping is the key component of the compressed air distribution system.

It plays the role of carrying compressed air from the generation side to the point of use.
Despite this important role , it doesn’t get the attention and decisions are taken hastily which have a lasting impact on the purse and the energy efficiency.

In this episode, I am talking about the piping system and sharing a few points for reflection.

Compressed air is widely used in industry and is considered as the fourth utility.
Despite its wide usage , the fact that it is also a costly utility goes unnoticed.
The air leaking into the plant is nothing but money blowing in the air.

Since it invisible drain and often unheard in the noisy environment, the money loss doesn’t bother to the end user. While companies are gearing up for scope emissions reduction and cost reduction projects , this low hanging fruit misses their attention.

In this episode, I am sharing ways for leak detection that could be easily adopted for leak detection and subsequent plugging.

Compressed air is used for a variety of applications. The air quality varies with the application. Air quality entails dryness and the purity of compressed air. 

Dryness is related to moisture content in air .

Applications like painting , powder conveying , food cannot tolerate moisture. Hence , it is essential to eliminate moisture by use of appropriate driers . The degree of dryness or measure of dryness is indicated by dew point . Dew point is the key indicator but it’s not the only one that completes the specifications. 

In this episode I talk about the parameters for section of driers and the different types of dryers available.

Compressed air purity is an assumption until one faced issues in the application/ end use. Contaminants in compressed air can cause harm to the equipment using compressed air and the manufacturing processes. 

Care has to be taken from the generation stage until the point of use.
This issue is addressed by use of right type of filters . Filtration is crucial and appropriate filter will help in harnessing this costly utility.

In this episode I am touching upon the filtration aspect detailing on the need , types of filters available and it’s impact on energy efficiency of the compressed air system.