What is Hydronics?
Understand the foundation of modern heating systems
Hydronics is the movement of water and energy (heat) around a closed network of pipe and emitters.
Put simply, it's how heat gets from the heat source to where it's needed in the home.
Good hydronic design is creating the right conditions for water and heat to move around a system efficiently, through pipe/emitter sizing, control selection and commissioning.
Heating systems follow rules
To create the right conditions for condensing boilers and heat pumps, there are three fundamental rules you need to follow:
- Put the right amount of heat in the water
- Move enough water around to deliver that heat
- Make it easy enough for the water to circulate
If any of those things aren't happening, performance suffers.
One skillset, two technologies
Whether you're fitting a heat pump, sizing a new system or troubleshooting poor performance, it's the same rules.
Learn the rules once, work on all systems.
Understanding the rules is one thing, applying them is another
Knowing how heating systems behave doesn't automatically tell you what to do on a real job.
That's why we developed 10 Step Hydronics.
A practical process for working on any system in the order real jobs happen, from survey to commissioning.
Each step answers a question.
Each answer informs the next decision.
So you're never guessing what to do next, making the job more predictable.
The regs have caught up
For years, system knowledge was optional.
Today, low-temperature system design is built into the regulations for boilers and heat pumps.
Qualifications and standards are catching up with what the best engineers have understood for years: system design governs heat source performance.
Get ahead, because it's happening anyway
Most heating engineers don't learn hydronics because somebody tells them they have to.
They learn it because it improves how they work in every way.
- From guessing to understanding
- From chasing symptoms to finding the real cause
- From hoping it'll work to knowing it will
When you understand how heating systems behave, you stop relying on guesswork and start making decisions with confidence.
The Warmur Method
Built around the 10 Steps.
Our 10 Step Hydronics framework follows the same order you'd tackle a real job and shows how each design decision affects system performance.
Survey
Understand the job.
Design
Understand the system.
Install
Put it to work.
Unlock your inner hydronics pro.
Whether you’re new to hydronics, looking to get qualified or want the complete package, we have training options to level up your skills.
I couldn’t recommend this course highly enough… it will make you stand out from your competitors.Phil M, Heating Engineer - Bucks
Rated 4.9/5 stars
by over 500 engineers