Systemair Ltd

We offer an exciting range of CPDs that explain how to use mechanical ventilation in the most energy efficient ways in a number of applications and environments: -

Energy efficient ventilation

A general overview explaining what helps to reduce carbon footprint and ventilation running costs – covering fans, AHUs and system design.

Data Centre Cooling

An overview of low energy ventilation design specifically focused on use in datacentres, covering history, comparison with other technologies and covering key strategies and their impact.

Air conditioning with indirect adiabatic cooling

A review of the options available for comfort cooling focusing on the physics and benefits of indirect adiabatic cooling. Understanding the principles, calculations and benefits of this natural approach with many case studies to understand when it is the right solution.

Ventilation, dehumidification and heat recovery for minimum energy use in swimming pool halls

A detailed review of ventilation requirements within swimming pool environment, covering domestic to Olympic and large scale water parks, covering the physics involved and strategies for low energy solutions. Covering air distribution and calculations undertaken to determine the desired volumes and comparing with existing legislation and documentation.

Passivhaus ventilation systems

A detailed overview covering the ventilation demands and design considerations within Passivhaus certified developments covering commercial and large scale with design principles and examples

Smoke Ventilation in Residential Buildings

Understanding why smoke ventilation is required in residential buildings, how to determine what smoke ventilation is required to suit your building design and what type of systems are available to fulfil that design.

Smoke and Fire Dampers

Understanding the specification and selection of smoke & fire dampers, how to determine what type of control system is required to suit your building design and what type of systems are available to fulfil that design.