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GEOTHERMAL 
EVOLVED

KELIX® makes the best performing ground heat exchangers for heating and cooling buildings of any size.
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GREATER
RETURNS

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LOWER
INSTALLATION
COSTS

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REDUCED
SPACE
REQUIREMENTS

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20-50%BETTER
HEAT TRANSFER

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The KELIX® Advantage
Until now, it has been difficult or impossible to implement geothermal HVAC systems in tight, space-constrained or high drilling cost areas, but with the patented KELIX® ground heat exchanger (GHE), the energy efficient benefits of geothermal can be brought to bear in even the most demanding applications. Learn how KELIX® is evolving geothermal and how it can benefit your project or building. Our patented technology finally make one of the most environmentally friendly ways to heat and cool buildings one of the best financial investments you could possibly make. KELIX® has evolved geothermal and is revolutionizing its widespread use.
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20-50%
BETTER HEAT
TRANSFER
The patented KELIX® GHE is a coaxial ground heat exchanger. The revolutionary tube within a tube design makes use of a helical fin to generate turbulence. Turbulence, combined with materials that are thermally advantageous, leads to lower borehole resistance and greater heat transfer.
REDUCED SPACE REQUIREMENTS
The KELIX® GHE makes the best use of the ground in more ways than one. Most importantly, greater heat transfer means that less linear feet of geothermal loops are necessary. Additionally, the KELIX® GHE is rated to 600 feet. These two factors make geothermal possible in space constrained sites.
The KELIX® GHE reduces costs and optimizes space utilization. The benefit is greater return on investment for the customer. However, the returns are not just economical, they are also environmental in the form of reductions in energy and water usage, and lower greenhouse gas emissions. Go green, and save some green with the KELIX® GHE.
GREATER
RETURNS
LOWER
INSTALLATION
COSTS
The KELIX® GHE lowers installation costs through greater heat transfer. Greater heat transfer leads to less boreholes, and less boreholes mean less expenditures on drilling, trenching, and casing.