Rosemont Forest Elementary School
Virginia Beach, Virginia
Square Footage
18,000 SF
Building Type
K-12 Education
Project Type
HVAC Replacement
Team
Architect-led
Services Provided
Mechanical, Electrical and Plumbing Design, Construction Administration, Commissioning
Overview
Rosemont Forest Elementary School underwent a comprehensive mechanical and electrical modernization focused on energy efficiency, sustainability, and long-term performance. The project integrated a new geothermal well field and hydronic distribution system with geothermal heat pump rooftop units and vertical water source heat pumps to transform the existing facility without requiring full infrastructure replacement. Additional upgrades included modernization of the Administration wing with a variable refrigerant flow (VRF) system, dedicated outdoor air units, electrical modifications, and targeted kitchen improvements to support enhanced functionality.
Challenges
- Integrating a geothermal well field and advanced HVAC technologies within an existing school facility.
- Replacing rooftop units and installing new water source heat pumps while maintaining existing services and minimizing disruption.
- Coordinating mechanical and electrical upgrades without replacing the main electrical service infrastructure.
Goals
- Improve long-term energy performance through geothermal and high-efficiency HVAC system integration.
- Enhance indoor air quality and occupant comfort with modern ventilation and control systems.
- Extend the useful life of the facility through sustainable upgrades and strategic reuse of existing infrastructure.
Project Team
- Owner: Virginia Beach City Public Schools
- Architect: HBA Architecture and Interior Design
- Structural: Speight Marshall Francis
- Civil: Timmons Group
- Environmental Serivces: Applied Laboratory Services
- Environmental, Geotechnical and Materials Testing: GET Solutions
- Geo Environmental Resources: GER
- Contractor: D.E. Kirby, Inc.
Results
- Successfully implemented a geothermal well field, hydronic distribution system, VRF systems, and upgraded electrical infrastructure within a complex retrofit environment.
- Reduced energy consumption and improved system efficiency while maintaining cost-conscious design strategies.
- Delivered a modernized, high-performing educational facility that supports long-term sustainability and community resilience.
