How much training do PSM Coordinators need?

Developing a program to ensure Process Safety Management (PSM) coordinators are well-trained is essential. Here’s a structured approach: Program Overview: Training for PSM Coordinators I. Introduction II. Program Goals III. Target Audience IV. Curriculum Design V. Training Methods VI. Assessment VII. Certification VIII. Resources IX. Ongoing Support X. Reporting and Documentation XI. Continuous Improvement XII. … More How much training do PSM Coordinators need?

What is a “Prudent Uninsured?”

When dealing with a transformer failure and uncertainty about insurance coverage, it’s crucial to act prudently. Here’s a detailed approach: 1. Initial Assessment: Safety First: Ensure the area is safe, and there’s no immediate risk to personnel or the plant’s operation. Transformer Inspection: Perform a thorough inspection to verify the internal damage indicated by testing. … More What is a “Prudent Uninsured?”

Creating a culture of Risk Openess

Let’s create a plan for a chemical manufacturing company to foster a culture of openness in reporting risk issues among the engineering team. To make this plan engaging and informative for engineers, I’ll structure it in a clear and actionable manner. 1. Leadership Commitment: 2. Risk Reporting Channels: 3. Training and Awareness: 4. Reporting Incentives: … More Creating a culture of Risk Openess

Management Engagement for a healthy PSM program

Let’s delve into the crucial topic of “Management Engagement” as a significant factor in Process Safety Culture shortfalls. As engineers, it’s vital to recognize that a strong safety culture is the backbone of any successful industrial operation. But, in many cases, when we witness shortfalls in process safety, it can often be traced back to … More Management Engagement for a healthy PSM program

Power Transformer External Events

Addressing potential external events that could cause internal damage to a power transformer with increasing acetylene levels in monthly Dissolved Gas Analysis (DGA) tests is a critical concern for power engineers. Let’s delve into this with a detailed explanation. Dissolved Gas Analysis (DGA): Before we discuss external events, it’s important to understand the role of … More Power Transformer External Events

Performance Sailing Explained to Engineers

America’s Cup racing is a prestigious and highly competitive sailing event that engineers can appreciate for its intricate design and technical aspects. This race features two sailing teams, the defender (the current champion) and the challenger, competing for the America’s Cup trophy. Here’s a detailed breakdown of the key elements: 1. Boat Design and Engineering: … More Performance Sailing Explained to Engineers

Engineering Anxiety

Let’s delve into a deep analysis of anxiety in the context of engineering. Engineers, like professionals in any field, are not immune to anxiety, and it can significantly impact their performance. In this discussion, we’ll address potential sources of anxiety that particularly affect engineers. 1. High-Stakes Decision Making: 2. Project Deadlines: 3. Complex Problem Solving: … More Engineering Anxiety

Spinning Balls and Conservation of Angular Momentum

Let’s delve into the mechanics of a spinning golf ball in flight, addressing this as engineers. We’ll break it down into key concepts: 1. Eccentricity Correction in Flight: When a golf ball is hit, it often has some degree of eccentricity or imbalance in its rotation. This eccentricity can manifest as a wobble in the … More Spinning Balls and Conservation of Angular Momentum

How can Engineers collaborate?

Let’s discuss how “corporate“ support engineers can work with power and chemical plant engineers without creating barriers. Certainly, collaborating effectively between corporate support engineers and power and chemical plant engineers is crucial. To ensure a smooth partnership, it’s important to establish a common ground and break down any potential barriers. Here’s how it can be … More How can Engineers collaborate?