OPTIMIZING INDUSTRIAL THERMAL SYSTEMS FOR ENERGY EFFICIENCY & CARBON REDUCTION
23 - 24 SEPTEMBER 2026
16 CDP Approved by ST
COURSE INTRODUCTION
Thermal systems often represent a major share of a manufacturing site's energy use and operating cost. This programme equips technical teams to identify losses, evaluate optimisation opportunities and improve the performance of boilers, steam systems, heat exchangers and related thermal equipment while supporting energy and carbon-reduction goals.
COURSE OBJECTIVES
By the end of this programme, participants should be able to:
- Explain heat-transfer principles and their relevance to industrial energy use.
- Assess steam, hot-water and thermal-oil generation systems for efficiency opportunities.
- Identify losses in thermal distribution, condensate and heat-recovery systems.
- Evaluate waste-heat recovery technologies and their practical suitability.
- Compare heat pumps, cogeneration and Organic Rankine Cycle applications.
- Prioritise thermal-system improvements that reduce energy cost and carbon emissions.
WHO SHOULD ATTEND
This programme is suitable for senior Technical management, Facility Engineers, Site maintenance personnel.
COURSE CONTENT
- Heat-transfer principles and industrial energy-use fundamentals
- Steam, hot-water and thermal-oil generation systems
- Thermal distribution, condensate recovery and energy losses
- Waste-heat identification and recovery technologies
- Heat-exchanger performance and advanced heat-transfer considerations
- Industrial heat-pump selection and application
- Cogeneration and combined heat-and-power opportunities
- Organic Rankine Cycle applications for low-grade heat recovery
- Energy-saving evaluation and carbon-reduction prioritisation
