Insulation Audit and the Economic Thickness of Insulation
- By Usman Naseer
- 0
Course Description
Thermal insulation reduces unwanted heat transfer between a system and its surroundings, directly improving energy efficiency. In material engineering, insulation performance is governed by thermal conductivity (k-value) and material density. A thermal insulation audit systematically identifies where insulation is missing, damaged, or underperforming.
What you'll learn in this course?
Define the purpose of a thermal insulation audit in industrial and building systems.
Identify the different types of insulation materials and their thermal properties.
Explain the concept of Economic Thickness of Insulation (ETI) using net present value analysis.
Perform basic calculations to determine heat loss and optimum insulation thickness.
Evaluate real-world insulation case studies and recommend corrective actions.
Course Curriculum
- Main Content: Introduction
- Basic Heat Transfer Mechanisms
- Common Thermal Insulation Materials
- Key Properties of Insulation Materials
- The Need for an Insulation Audit
- Audit Tools and Equipment
- Audit Methodology Step by Step
- Introduction to Economic Thickness (ETI)
- The Cost Elements in ETI Calculation
- ETI Calculation Formula (Simplified)
- Input Data Required for ETI
- Practical Example: Steam Pipe
- ETI Tables and Software
- Factors That Shift the Economic Optimum
- ETI for Cold / Refrigeration Systems
- Audit Findings: Common Deficiencies
- Prioritizing Remediation Actions
- Case Study 1: Chemical Plant Steam Header
- Case Study 2: Cold Chilled Water Line
- Case Study 3: Building HVAC Duct
- How to Write an Insulation Audit Report
- Practical Tips for Implementation
- Standards and References for Professionals
- Common Mistakes to Avoid
- Future Trends in Insulation Auditing
- Summary
- Insulation Audit and the Economic Thickness of Insulation
Usman Naseer
2 
Course includes:
Levelintermediate
Duration120 minutes
Lessons27
Quizzes0
CertificationsYes
Enrolled0