How to Design a Hot Water Recirculation System
Designing a hot water recirculation system can be one of the most challenging parts of the job for many engineers. When done correctly, the process can involve numerous iterations of calculations between pipe sizing and heat loss before the final results are realised.
Creating a hot water recirculation system can pose a significant challenge for many engineers as part of their work.
When executed accurately, the endeavor may entail multiple iterations of calculations, encompassing aspects such as pipe sizing and heat loss, before achieving the ultimate outcomes.
The video below demonstrates how simple it is to design a hot water recirculation system using h2x, and includes the following:
- How to Set Calculation Parameters
- Insulation type and thickness
- Maximum velocities
- Pipe materials
- Delta T between flow and return
- How to Add Hot Water Plant
- How to Draw Pipes and Set Pipe Heights
- How to Connect Fixtures and Valves
- Calculation Results
- Return system duty flow rate
- Return system pressure loss
- Return system heat loss
- Balancing valve Kv value
- Pipe peak flow rate
- Pipe return flow rate
- Pipe diameter
- Pipe velocity
- Pipe loading units
- Fixture static pressure
- Fixture dynamic pressure
- Fixture Dead Legs
Tip – Press the box in the bottom right-hand corner of the video to go full screen!
If you’d like to learn more technical details about Hot Water System design, why not check out our blog post at the link below.
6 steps you must consider before designing your next hot water system
Seen enough and would like to give h2x a try?
5 Reasons Industry Experts Design with H2X
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