Advanced HVAC Design – Principles and Practices for Efficient Systems

Course Category : Oil & Gas Management

This advanced HVAC design training programme equips professionals with cutting-edge knowledge and tools to design high-performance HVAC systems focused on energy efficiency, indoor comfort, and air quality, with specific applications in the oil and gas industry.
Duration: 5 Days
Level: Advanced

Introduction

HVAC systems are the cornerstone of modern building and industrial performance, integrating comfort, safety, and sustainability. This advanced programme provides an in-depth understanding of HVAC design principles, covering heat transfer, fluid mechanics, equipment selection, air distribution, and control optimisation.
A special emphasis is given to HVAC design for oil and gas facilities, where environmental conditions and operational requirements demand innovative engineering solutions. Through applied exercises and case studies, participants will gain the technical and analytical skills to design efficient, safe, and sustainable HVAC systems suitable for complex industrial applications..

Targeted Specializations

HVAC Engineers and Designers.
Mechanical and Building Services Engineers.
Architects and Design Consultants.
Project and Construction Managers.
Facility Managers and Energy Efficiency Specialists.

Targeted Skills

Designing energy-efficient HVAC systems for optimal performance.
Performing advanced heating and cooling load calculations.
Selecting HVAC equipment based on efficiency and environmental criteria.
Developing control and automation strategies for HVAC operations.
Balancing air and hydronic distribution systems.
Integrating sustainability and green design principles.

Expected Outcomes

Master core principles of thermodynamics, fluid dynamics, and heat transfer.
Conduct accurate heating and cooling load calculations using recognised methods.
Design balanced air and hydronic systems for efficiency and comfort.
Select equipment aligned with energy and sustainability objectives.
Develop control strategies to optimise system performance.
Address the specific HVAC requirements of oil and gas facilities.
Apply commissioning processes to validate HVAC system functionality.
Utilise modern tools and digital platforms for advanced HVAC design.

Training Topics Index

Introduction to HVAC system types and their functions.
Principles of heat transfer, thermodynamics, and air flow.
Understanding psychrometrics and its role in HVAC design.
Load calculation techniques (CLTD/CLF, RTS methods).

The importance of effective air distribution for thermal comfort.

• Principles of duct design

velocity, friction, and pressure losses.

Different duct configurations and selection criteria.
Applying ASHRAE methods for duct sizing and optimisation.

Classification and function of HVAC equipment (chillers, boilers, AHUs).

• Key factors influencing equipment selection

load, efficiency, and sustainability.

Refrigerant types and environmental considerations.
Understanding coils, fans, filters, dampers, and control units.

Overview of hydronic systems and design applications.
Design of two-pipe and four-pipe distribution systems.
Balancing hydronic networks for performance and energy savings.
Thermal comfort parameters and indoor air quality standards.

Importance of control systems in HVAC performance.

• Types of control architectures

DDC and BAS.

Developing HVAC sequence of operations and logic strategies.
Testing, commissioning, and performance verification procedures.

Course Features

Modern and practical content
Real-world examples and leadership exercises
Pre- and post-course assessments to measure impact
Accredited certificate with QR code verification

Advanced HVAC Design – Principles and Practices for Efficient Systems