Hydronic Heating Design
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Hydronic Heating Design
It is the heating system of choice throughout Europe where energy has been historically more expensive. Beyond efficiency, an added benefit is the comfort of a radiant heating system vs. conventional forced air. Heat is delivered where it is needed and without ducting, it is quiet. When considering Life-Cycle cost a hydronic system can be the less expensive system.

We have updated systems that were more than 40 years old. Today's equipment has only gotten better and more efficient. Use our website to check out what is possible! Designing high performance hydronic heating systems involves a knowledge of fluid mechanics, heat transfer and control theory. We have that expertise.

We specialize in energy consultation and system design for residential and light commercial installation. Our focus is the system's end-user, the owner and operator - YOU! Our starting point is your drawing package and your preferences as detailed on the "Project Design Survey" downloadable under our Terms and Conditions tab.
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Jeff and Diana Holmes, and family, have lived quite comfortably in a hydronic heated home of their own design since 1992, complete with biomass boiler. Jeff is a retired engineer from the hydrocarbon industry where he specialized in fluid flow and heat transfer. With added family, Diana instigated the 1992 home remodel, even to the point of drawing floor plans.
We do not sell or represent a particular manufacturer. We work with a range of wholesalers. The benefit for you, the client, means the best design, which incorporates the strengths and economies of many manufacturers. Our design philosophy is one of simplicity, which will minimize the equipment installed, saving upfront costs, and more importantly - the costs over time to maintain.
The In-Floor Tubing Plan details all of the PEX circuits and manifolds. This detailed installation, locates the area manifolds and the home-run lines back to the mechanical room. Line sizing and line spacing is based on thermal requirements and system hydraulics - where system loss is calculated with respect to the circulator pump head (Delta P).
Energy Sources - Download our Excel spreadsheet, which will allow you to evaluate and compare heating energy sources from gas, oil, heat pumps (air source and ground source) even biomass in this case soft and hard woods and also wood pellets. An added plus is that wood is a renewable resource and is carbon neutral.
Hydronic heat is also compatible with Heat Pumps. The Coefficient of Performance or COP of a heat pump is based on input/output temperature and can be as high as 5 in a properly designed system. This means that every horsepower-hr (or BTU) shaft horsepower into the heat pump compressor, results in 5 BTU's of heat into the home.
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