Energy Efficient Variable Flow Systems
The presentation will focus on the design and operation of variable flow systems. Emphasis will be placed on the following:- Variable flow system design considerations, Correct use & application of commissioning products, The application and positioning of differential pressure control valves (DPCV’s), The correct selection and operation of thermostatic radiator valves (TRV’s), The use of pressure independent control valves (PICV’s), The correct solutions for UFH systems, DB (Dynamic Balancing) Technology discussions, 2 Port control valve authority, How to improve system commission ability, How to reduce operational running costs, How to maximize capital cost savings, How to reduce back end commissioning time & costs.
Energy Efficient UFH for Future Buildings
Underfloor Heating – The History
Why Underfloor Heating should be used in modern buildings
Regulations (Part L) and the impact on Carbon Neutrality
Floor Construction types
Insulation Advances
Pipe types and applications
Manifolds types
Flow Control
Controls advances
How Data Driven Hydronic Shape Building Performance
The current landscape (connected devices).
Past, present and future of balancing 4 pipe systems.
6-way valves, how they work & where to apply them.
An introduction to data driven hydronic networking.
What is Dynamx and how does it work.
Digital flow verification.
Benefits of going glycol free & how to stop freezing.
The benefits of a pre-commissioned ‘visible’ device.
Filling & flushing.
Compatibility.
Case studies.
Summary features & benefits of data driven hydronics.
How to improve system commissionability using data driven valves.
How to reduce operational running costs using data driven valves.
How to maximise CAPEX & OPEX savings using data driven valves.
How to reduce back end commissioning time & costs using data driven valves.
- Energy Efficiency
- HVAC
- Mechanical
- Europe