Geothermal feasibility study — Reno VAMC.

Background

The goal was to determine the feasibility of direct-use geothermal heating for the VAMC through a comprehensive investigation, including test well installation and resource assessment.

Scope of work

Alares provided end-to-end project management — planning, permitting, testing and reporting — ensuring compliance with environmental regulations and local jurisdictional requirements.

1. Environmental Assessment (EA)

• Comprehensive Environmental Assessment under the National Environmental Policy Act (NEPA)
• Direct, indirect and cumulative impacts addressed — hydrology, soil stability, air quality and ecosystems
• Concluded with a Finding of No Significant Impact (FONSI), allowing the project to proceed

2. Permitting and regulatory coordination

Obtained all necessary permits in collaboration with:

• Bureau of Land Management (BLM)
• Nevada Department of Environmental Protection (NDEP)
• Nevada Division of Minerals (NDOM)
• City of Reno Environmental Control

3. Geothermal test well design and installation

• Designed and installed a test well to a depth of 2,200 feet
• Advanced drilling techniques to preserve well integrity and obtain accurate subsurface data

4. Pump testing and thermal evaluation

• Static and dynamic thermal production testing
• Evaluated the well's production rate, thermal gradients and potential output

5. Project reporting and preliminary design

• Detailed reports — thermal testing findings, feasibility assessments and recommendations
• Preliminary design assessment for a potential geothermal heating system

Key outcomes

• Feasibility confirmed. Direct-use geothermal heating is a viable energy solution for the Reno VAMC.
• Regulatory success. All required permits and approvals secured under NEPA and other frameworks.
• Detailed data and recommendations. Comprehensive data and preliminary designs delivered to the VA.
• Environmental stewardship. Project objectives achieved while minimizing environmental impacts.