Circular economy, resource efficiency in building services

Principles of heat pumps, How AWHPs work, different systems, cost comparisons, Designs for optimal performance.

Basics of VRV and heat recovery, Refrigeration cycle, Types of VRV systems.

Provide an introduction to BREEAM, Explain the BREEAM process, Discuss how heat pumps & cooling systems contribute to BREEAM ratings, Example case studies.

This seminar covers, Compact water cooled solutions for restricted plant spaces, Introduction to watercooled VRV systems, Applications and Service & Maintenance and Case Studies.

Principles of refrigeration, How pressure effects refrigeration, Types of refrigerants, Refrigerant cycle, Thermal comfort.

This seminar covers, The Basics of VRV and Heat Recovery, The basics for air conditioning, Different system types and How VRV works.

Achieving high performance buildings throughout the project lifecycle. Working within the WELL Standard. Designing for flexibility. Optimising Heat Recovery. BIM and software tools to increase efficiency. Commissioning and BMS controls to reduce the performance gap.

This seminar covers, Reach new heights of chiller efficiency, Key factors driving HVAC market, Chiller technology and Chiller options.

Decarbonization is crucial in reducing carbon emissions across industries, particularly in HVAC. The future of F-gas regulations emphasizes phasing down high global warming potential refrigerants, pushing for eco-friendly alternatives. Environmental Product Declarations (EPDs) provide transparent data on the environmental impact of products, helping stakeholders make informed choices. Embodied carbon, the CO2 emitted during the lifecycle of building materials, is gaining focus as a key metric in sustainability. Together, these elements drive the HVAC industry toward greener, more sustainable solutions, aligning with global climate goals.

This seminar covers, Ventilation - Improving Indoor Air Quality, Legislation and incentives, Best practices, Possible solutions.