We know a thing or two about Hydronic Engineering. Here is where you can learn the theory behind what we do best.
Yes, we make GREAT products that help to create superb HVAC Solutions, but it has taken decades of extensive research and innovation to get us where we are today and we want to share that knowledge with you.
Discover all you need to know for optimised HVAC systems
We’ve developed an extensive database of technical articles and information about the theory behind our Hydronic Engineering products and solutions that we’re happy to share with you here. So take a look around – we’re sure you’ll discover everything you need to know to deliver energy-efficient, balanced and optimised HVAC solutions. If you’re keen to find out more, the resources below will go a long way towards helping you gain control at every turn and optimising HVAC systems for peak performance.
Desired indoor climates at the lowest possible energy costTo obtain the desired indoor climate at the lowest possible energy cost three conditions must be fulfilled.
Solutions for the balancing and control of small terminal unitsAt IMI Hydronic Engineering, we believe in always using the right tool for the job. That is why we provide several solutions for balancing and control of small terminal units.
The Compensated MethodThe Compensated Method is a further development of the Proportional Method, with three main advantages.
Balancing of Domestic Hot Water SystemsIn domestic hot water distribution, temperature of water in the pipes drops significantly when consumption is low or zero. As a result, people get disappointed to wait so l...
Dividing a hydronic system in modulesIn theory, it is sufficient with one balancing valve per terminal unit to create the correct repartition of flows in the distribution system. But this requires that the preset value ...
Balancing of typical systemsBalancing of hydronic plants requires some specific conditions that will be analysed bases on some examples.
Balancing ProtocolThe aim of balancing is to apply adjustment of flow rates to achieve design requirements
Flows must be compatible at system interfacesWell-designed HVAC plants deliver comfortable and efficient indoor climates at minimal operating costs
Hydronic balancing & stabilisation of the differential pressuresThe main objective of heating and air conditioning plant design is to obtain a comfortable indoor climate, at minimal energy costs and without operational problems.
Optimizing hydronic distributions for energy efficiencyWe present the technical article, based on the scientific work, written by Jean-Christophe Carette, Director of Hydronic College and Eric Bernadou, Senior Marketing Manager. ...
The TA Balance MethodThe TA Balance Method is a computer program built in the balancing instrument CBIII with the same three main advantages of the Compensated Method plus the possibility for one ...