Alfa Laval Ltd

1. Heat Transfer Theory and heat exchangers; Learn how heat transfer theory is used with heat exchanger technology.

2. Brazed Heat Exchanger Technology; Understand what a brazed heat exchanger is, how they are made, how they work, applications where they may be used, technology innovations and why to use them.

3. Gasketed Heat Exchanger Technology; Understand what a gasketed heat exchanger is, how they are made, how they work, applications where they may be used, technology innovations and why to use them.

4. AHRI; Why performance of your heat exchangers is critical to the sustainability of your systems.

5.District Energy; The presentation will show how district energy (DHC) is a key part of the energy transition. DHC allows facilitates the full integration and use of waste energy, a variety of energy sources and large scale thermal storage. The district systems (heating and cooling) can act as a thermal battery reducing peak demand and can be utilised for electrical production. The presentation also details the important design aspects to make the systems efficient and reliable.. 

6.Low Delta T - Why and How to Address Attendees will learn why improving hydronic system delta T is critical to decarbonising existing buildings and supporting the transition to heat pumps and district energy networks. The session will explain how building-side performance — including flow/return temperatures, controls, pumping strategy, heat emitters, insulation and airtightness — directly affects system efficiency, feasibility and operating cost. Delegates will also learn why optimisation should begin at the connected building level, how low delta T can undermine both individual and networked heat systems, and what practical measures can be taken to improve performance in existing buildings.