HydroNations is building a rail-served steel campus in Virginia powered entirely by waste-to-energy. Recycled scrap becomes steel. Municipal waste becomes electricity. Nothing goes to a landfill.
We designed a system where an electric arc furnace runs on power generated on-site from waste through plasma gasification. No purchased grid electricity. No natural gas. The energy source and the steel mill are one integrated operation.
Most steel mills buy electricity from the grid and pay to send waste to landfills. We generate our own power from the waste stream and feed recycled scrap into the furnace. The economics and the environmental profile both improve when you combine them.
A plasma arc torch operating above 10,000°C breaks down municipal solid waste at the molecular level, producing a clean synthetic gas. That syngas drives turbines that generate electricity on-site. The only solid residual is an inert vitrified slag safe for construction aggregate. Nothing goes to a landfill.
Recycled ferrous scrap is melted in an electric arc furnace powered by the on-site energy system. The mill produces hot-rolled steel coil, structural grades, and API line pipe steel for infrastructure, construction, and energy. 100% recycled feedstock from day one.
The Virginia campus sits on a Class I railroad. Scrap arrives by rail. Finished steel ships by rail. The same network moves waste feedstock to the energy plant and product to customers across the Eastern Seaboard. Efficient freight. Lower emissions. Direct port access.
Municipalities deliver solid waste. They pay tipping fees. Negative feedstock cost.
Waste is gasified into clean syngas. No combustion. No ash. Inert slag residual only.
Syngas drives on-site turbines. All power stays on campus. No grid purchase.
Electric arc furnace melts recycled scrap into finished steel. Hot-rolled coil, structural, API grades.
Finished product moves by Class I rail to service centers and end users across the East Coast.
The steel industry accounts for roughly 7% of global CO₂ emissions. Most of that comes from blast furnaces burning coal and natural gas. An EAF running on plasma-gasified waste power produces steel with a fraction of the carbon footprint, using feedstock that would otherwise sit in a landfill.
Every ton of steel starts as recycled scrap. Every megawatt of power starts as waste that cities need removed. Both inputs have negative or zero cost. Both solve a disposal problem while creating a valuable product.
Every ton qualifies as domestic under Buy American and BABA procurement rules. With Section 232 tariffs on imported steel, domestic capacity that can serve infrastructure and defense contracts has real strategic value.
The project is structured for financing through the green bond market. Waste-to-energy power, recycled feedstock, and reduced emissions align with ICMA Green Bond Principles and climate transition bond frameworks.
A Navy veteran, a 20-year arc furnace operator, and a community development team building the company from Virginia.
U.S. Navy Veteran. B.S. Environmental Science, George Mason University. AEE certified. Designed the integrated plasma gasification and steel production system.
20 years of electric arc furnace operations at Nucor Steel and Chaparral Steel. Runs the melt shop.
BCPI Co-National Director. Liberation Capitalism framework architect. Community governance and workforce development.
Operations leadership and community integration. BCPI Co-National Director. Connects the company to the communities it serves.
Community benefit funded by production, not corporate philanthropy that can be withdrawn. When the plant runs, the community benefits. That connection is structural, not optional.
BCPI is the democratic governance layer. Community assemblies authorize service expenditures funded by HydroNations' production. Liberation Capitalism: community ownership of the economic infrastructure that industrial technology creates. Co-directed by Dr. Nihal Singh Dennis and Pastor Kimberly Dennis.
All operations and technical positions sourced through local community college and workforce development partnerships. The jobs stay where the plant is built. Economic development that doesn't leave.
BCPI's origin: delivering electrical power to underserved communities. The plasma gasification system generates more electricity than the steel mill consumes. Surplus power goes to the community through microgrid infrastructure.
We're building in Virginia and hiring across engineering, steel sales, and community development. All inquiries welcome.
Partnerships, waste processing, workforce
Steel sales, engineering, operations, community development