Frequently Asked Questions (FAQ)
A network of buried pipes circulates a heat-transfer fluid between your building and the ground. In winter, the fluid picks up stored heat from the earth and delivers it indoors. In summer, the process reverses, carrying excess heat from your building back underground.
Geothermal can be installed in almost any type of building — from homes and townhouses to schools, offices, and commercial facilities. Innovia specializes in cost-effective solutions for low to mid-rise buildings where conventional geo systems can be challenging.
Yes. Geothermal systems don’t burn fuel on-site, meaning no combustion emissions. They also use much less electricity than conventional heating and cooling, reducing your overall greenhouse gas footprint.
The underground piping can last 50+ years, and indoor heat pump equipment typically lasts 20–25 years — longer than many furnaces or air conditioners. With proper maintenance, geothermal is a long-term investment in comfort and sustainability.
Absolutely. Even in the coldest winters, the temperature underground remains stable enough for geothermal to efficiently provide heat. In fact, the colder the outdoor air, the more efficient geothermal becomes compared to traditional heating.
The underground loops require no maintenance, and the indoor heat pump only needs periodic checks similar to other HVAC systems, such as occasional filter changes and system checks—generally less upkeep than a furnace or AC.
Our systems use purpose-built loops like GeoPiles and GEOColumns that operate within 15–100 feet depths. This makes them ideal for low to mid-rise buildings and allows installation with minimal disruption to your site. Learn more about our solutions here
Absolutely. By leveraging stable ground temperatures at shallower depths, our systems deliver comparable efficiency without the cost and complexity of deep drilling.
Absolutely. We work with both. Our ultra-shallow systems fit neatly under new construction or can be integrated into retrofit projects.
Timeframes vary by project size and site conditions, but our shallow methods usually mean faster installations compared to traditional geothermal. Many low to mid-rise projects can be completed in weeks rather than months.
Minimal disturbance is one of our strengths. We design our systems to work within existing site plans, avoiding large excavation areas and keeping your property’s layout intact.
Cost depends on building size, ground conditions, and system type. However, when you factor in federal, provincial, and utility incentives, plus long-term energy savings, many clients find the investment highly cost-effective. Chat with us to understand what is possible for your project.
Programs vary by region and may include tax credits, rebates, or low-interest financing. We guide you through every step of identifying and securing the best available incentives.
Savings vary, but most clients see reductions of 30–60% in heating and cooling costs compared to conventional heating and cooling systems.
Underground components are built to last over 50 years, and indoor heat pumps typically operate 20–25 years with standard maintenance—often outlasting conventional HVAC systems.