Geothermal Everywhere

The future of heating and cooling the built environment is directly beneath our feet. Geothermal energy efficiency offers reduced and consistent costs, sustainable operational footprints, and unmatched system longevity. Darcy Solutions is comprised of geologists, engineers, and builders that make geothermal a turnkey choice for any project.

Scalable Solutions for Any Environment

Darcy Solutions provides the most advanced groundwater enabled geothermal systems in the world, making geothermal possible in locations it was never considered before. By expanding the available thermal capacity and minimizing required land mass, customers now have sustainable options to consider for buildings of all kinds. We provide free geologic assessments on any project, including site specific recommendations for optimal technologies and system designs based on findings.

System Configurations

Darcy Dipole Wells: Ideal for Space Efficiency

Incredible Capacity: A single Darcy well can produce 300+ tons of cooling.
Proven Performance: Established, rapidly expanding installation base.
Minimal Footprint: The only technology capable of deployment in limited space environments such as dense urban centers, yet able to scale as the linchpin of broad geographic thermal energy networks.
Design Simplicity: Aquifer groundwater flow enables imbalanced load profiles such as cooling dominant designs for datacenters and industry specific applications.

Pump and Reinject Systems: High Value & Geologically Specific

Vertical Borings & Well Construction

Broad Geologic Availability: Capable of operation in most subsurface settings.
Land Requirements: Thermal conductivity and land availability may require creativity in bore field layouts and drilling depths.
Balanced Load Requirements: Sizing of the bore field and system requires thoughtful approach across seasons for balancing requirements.

Thermal Energy Networks

Thermal Diversity: Networking buildings into larger thermal ecosystems allows for using different applied temperatures within each building by recycling otherwise wasted heat used as part of the broader network.
Moderate Temperatures Mean Efficiency: Heat pumps are highly efficient and can be optimized for the ambient temperatures used in these designs.
Economies of Scale: Large networked systems allow for replicable design, procurement, and construction activities that lower the associated first costs of system build out.

Coast to Coast Capabilities

Darcy works with schools, hospitals, corporate offices, universities, places of worship, industrial manufacturers, multifamily residential developers, and municipally owned community facilities to design and build geothermal systems. We provide customers of all kinds with free resources to evaluate and build dependable, energy efficient systems at scale. Over 1,200 geologic evaluations and 65 projects built or under contract for construction.

Technical Specifications

Resources for Engineers, Contractors and Owners

Many organizations associated with the design and construction of geothermal systems and ground source heat pump projects benefit from clear distinctions on who owns what scope of work. Darcy has created multiple tools to clearly outline who furnishes, installs, and commissions all elements of these systems. Lunch and learns or project specific discussions including sample diagrams, proposals, IOM manuals, and submittals are available to assist in consideration of system layouts. Generally these geothermal systems have two system elements: an external well field and interior applied equipment. Darcy provides design assistance and oversight of all wells and laterals into the building. A mechanical contractor commonly oversees installation of the building side equipment. Darcy furnishes certain building side equipment to improve operational efficiency and diagnostics of the system operations.

We also partner with the mechanical contractor and temperature controls companies associated with the project to start up and commission the well field individually and ensure quality and system efficacy. 

Download the Info Guide or Contact Us for more information.

Energy Efficiency +  Investment Tax Credits =  Fast Project Paybacks

All geothermal systems are good geothermal systems. Any geothermal project built using prevailing wages, apprentices, and domestic content can qualify for an investment tax credit of up to 40% of the value of ALL equipment associated with the system, including the building side equipment.

Unparalleled energy efficiency, incentives, and system life make these projects the highest return on invested capital in the entire HVAC industry.

Are You Ready to Consider an Energy Efficient Heat Pump System?

Get started today by sharing a site address for a free geologic evaluation in under two minutes.