TRINITY Group Construction
The Future of Energy
Leading the delivery of AI-ready data centers powered by KiNRG's HydroThermal Reactor. Zero grid impact. Continuous power. Maximum scale.
TRINITY Group Construction Overview
KiNRG and TRINITY Group Construction share leadership and office space, ensuring daily collaborationand strategic alignment. TRINITY is a wholly owned subsidiary of KiNRG. They have been working together for over four years on this project.
Flip Wallen is the founder of TRINITY Group Construction (TGC) and serves as the President of KiNRG. TRINITY Group Construction is a leading commercial general contractor based in the DC metro area, focusing on mission-critical infrastructure.
TGC has extensive expertise in data center development, with over 2.5 million square feet already built in the heart of Northern Virginia's Data Center Alley and more than 500,000 square feet is under construction across four data center campuses; three located in the United States, and one globally.
Experienced in delivering complex, high-performance facilities with speed, precision, and scalability. Currently tracking over $1 billion in annual construction volume. Ranked #19 Largest General Contractor, #68 Top Private Companies, and one of the Mid-Atlantic region’s Fifth Fastest Growing Private Company by Washington Business Journal in 2025 and 2026.
Small Hydrothermal Reactor
Solution Based on Existing Science
Replaces fossil fuels and more efficient than solar and wind
Continuous Clean Energy Production
24 Hours a Day, 7 Days a Week, 365 Days a Year
Most Cost-Effective Green Energy / Green Hydrogen Solution in theIndustry
Supports 200 MW AI Data Center Baseload
Zero Carbon Footprint
Eliminates 1,500,000 metric tons of carbon per installation per year.
How Does It Work?
HydroThermal Reactor
The HydroThermal Reactor is a concrete structure with a water injection system at the top that introduces measured droplets of water through a distribution header.
Water Droplets
The water droplets introduced near the top of the Reactor immediately begin to react due to the sun-warmed air at the very top of the Reactor.
Evaporation
The natural evaporative process immediately begins to cool the surrounding airinside the top of the HydroThermal Reactor. As evaporation and cooling continues, the cooler, denser air inside the Reactor descends, reaching speeds exceeding 50 mph.
Immense Acceleration
The now significantly colder, denser, damp, and compressed air amassed near the base of the Reactor flows laterally into tunnels surrounding the base of the Reactor, achieving wind speeds up to and well in excess of 100 mph.
Patented System of Turbines
A patented system of turbines extracts the kinetic energy inside the wind generates GREEN ELECTRICITY.
Competitive Analysis for AI Data Centers
Comparison of other 200 megawatt (MWH)
Baseload Capacity Production Facilities
Small Fission Reactor
HydroThermal Reactor
Operational Availability
TBD
2028
Installation Costs
TBD
$1.5 Billion
Longevity
Fuel Replaced 10 Years,LT Life TBD
75-100 Years
Generates Power24/7/365
Yes
Yes
Predictable Outcome
Yes
Yes
Tax/Carbon Credits
Yes
Yes
Environmental Impact
Zero Carbon Footprint
Zero Carbon Footprint
Decommissioning
Years of Monitoring After UseLife TBD
Concrete Structure Recyclable& Most Equipment Remarketed
