Advancing Conventional Power Efficiency

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Improving efficiency today. Supporting reliable power generation for tomorrow.

Global electricity demand continues to grow, driven by industrial expansion, electrification, data centres, and increasing demand for cooling. While the energy landscape is evolving, conventional power generation remains a critical part of ensuring a stable and reliable electricity supply. As power producers face increasing pressure to improve performance, reduce costs, and optimize energy use, efficient thermal management has become more important than ever.

In this on-demand webinar, Alfa Laval explores how proven heat transfer technologies can help power plants enhance operational efficiency, improve process performance, and maximize the effectiveness of critical utility cooling systems.

Join industry experts as they share practical insights into today's power generation landscape and discuss how advanced plate heat exchanger solutions are helping operators unlock new opportunities for energy savings, reliability, and long-term competitiveness.
 

What You'll Learn

  • How the global power generation mix is evolving and what it means for plant operators
  • Why utility cooling systems play a critical role in overall plant efficiency
  • Practical approaches to identifying high-impact energy efficiency opportunities
  • How advanced plate heat exchanger technology improves heat transfer performance
  • Ways to reduce operating costs and optimize asset utilization
  • Opportunities to enhance efficiency across conventional power and emerging clean technology applications

Whether you are supporting large-scale power generation, distributed energy systems, or industrial utility operations, this webinar provides valuable insights into improving performance while preparing for future energy demands.

Featured Speakers
Mandy Cao: Global Application Manager, Conventional & Renewable Power, Alfa Laval

Mandy Cao is a Global Application Manager specializing in conventional and renewable power applications within Alfa Laval's Business Unit for Gasketed Plate Heat Exchangers. Holding a Master's degree in Project Management and a Bachelor's degree in Thermal and Dynamic Engineering, she brings more than 13 years of experience in plate heat exchanger design, optimization, and application support.

Throughout her career, Mandy has worked closely with customers across the power industry, helping them improve energy efficiency, optimize thermal processes, and enhance operational performance. Her expertise spans both conventional and emerging power applications, enabling organizations to address evolving energy challenges with practical and cost-effective heat transfer solutions.