Water Wells for Heating & Cooling Systems in Wichita, KS & Surrounding Areas
Geothermal and water source heat pump systems are among the most energy-efficient heating and cooling solutions available for Kansas homes and businesses. But their performance depends entirely on a reliable, properly drilled groundwater source. Chase Drilling LLC specializes in drilling water wells specifically designed to supply geothermal heating and cooling systems throughout Wichita, Sedgwick, and the surrounding Kansas communities. We work closely with your HVAC contractor to ensure the well delivers the consistent groundwater flow and temperature stability your system needs for peak efficiency — in both the heat of a Kansas summer and the cold of a Kansas winter.
What You Get With Chase Drilling
Optimized for HVAC Performance
We drill to the depth and specifications that deliver the stable groundwater temperatures your heat pump system requires.
Lower Heating & Cooling Costs
Geothermal systems can reduce HVAC energy costs by 30–60%. A properly drilled well is the foundation of that efficiency.
HVAC Contractor Coordination
We coordinate directly with your geothermal HVAC installer to ensure the well meets all system specifications.
Open & Closed Loop Systems
We drill for both open-loop (groundwater supply and return) and closed-loop (vertical borehole) geothermal configurations.
Residential & Commercial
We drill geothermal supply wells for homes, commercial buildings, schools, and industrial facilities.
Sustainable Energy Support
Geothermal systems are one of the cleanest HVAC options available. We're proud to support sustainable energy in Kansas.
Why Choose Chase Drilling LLC?
Chase Drilling LLC understands the specific requirements of geothermal and water source heat pump systems. Our fourth-generation driller has worked on geothermal well projects throughout central Kansas and knows how to drill to the specifications that maximize system efficiency. We coordinate with your HVAC contractor from the start to ensure the well design, depth, and flow rate match your system's requirements exactly. When your heating and cooling system needs a reliable water source, Chase Drilling delivers.
Our Process — Simple, Transparent, Reliable
- 1
HVAC System Review
We review your geothermal system design with your HVAC contractor to understand the well specifications required.
- 2
Site Assessment & Permitting
We assess the drilling location, local geology, and obtain all required Kansas well permits.
- 3
Precision Well Drilling
We drill to the exact depth and diameter specified by your geothermal system design.
- 4
Loop or Pump Installation
For closed-loop systems, we install the heat exchange loop and grout the borehole. For open-loop, we install the supply pump.
- 5
Handoff to HVAC Contractor
We complete the well and coordinate handoff to your HVAC contractor for system connection and commissioning.
Kansas Communities We Serve
Chase Drilling provides water wells for heating & cooling systems throughout the greater Wichita area and surrounding Kansas communities.
Frequently Asked Questions
- What is an open-loop geothermal system?
- An open-loop system draws groundwater from a supply well, runs it through the heat pump for heat exchange, and discharges it to a return well or surface water body. It requires a reliable groundwater source with adequate flow and temperature stability.
- How deep does a geothermal supply well need to be?
- Depth depends on your local water table and the flow rate required by your HVAC system. We assess your site and coordinate with your HVAC contractor to determine the optimal depth.
- Do I need two wells for an open-loop geothermal system?
- Open-loop systems typically require a supply well and a return well (or a surface discharge point). We can drill both wells as part of a complete geothermal well package.
- Can an existing water well be used for a geothermal system?
- Sometimes, yes — if the existing well has adequate depth, flow rate, and water quality. We can evaluate your existing well to determine if it's suitable for geothermal use.