What is the name of your organization?
OptionV Energy, Inc.
What is the name of your solution?
OptionV
Provide a one-line summary or tagline for your solution.
Turning toxic waste into clean energy materials for a resilient grid.
In what city, town, or region is your solution team headquartered?
Boston, MA, USA
In what country is your solution team headquartered?
United States
What type of organization is your solution team?
For-profit, including B-Corp or similar models
Film your elevator pitch.
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What specific problem are you solving?
Vanadium is a critical mineral essential for long-duration energy storage, yet 95% of global supply is controlled by China, Russia, and South Africa, leaving the U.S. dependent on foreign imports. Traditional vanadium mining is costly, energy-intensive, and environmentally destructive.
The U.S. lacks domestic vanadium production despite generating tens of millions of tons of vanadium-rich waste annually, including oil fly ash, coal ash, and spent catalysts. Without scalable recovery pathways, these resources rot in landfills, remain untapped and exacerbate supply chain risk and environmental injustice.
As Vanadium Redox Flow Battery (VRFB) adoption increases for grid storage, the demand for battery-grade vanadium will surge, and is already expected to double by 2030 according to Guidehouse Insights’ forecasts. However, limited data on industrial waste feedstocks and lack of process optimization hinder widespread adoption of secondary vanadium recovery. Without a scalable, cost-effective solution, the U.S. risks supply chain vulnerabilities and slow energy storage deployment.
What is your solution?
OptionV Energy’s nature-inspired vanadium extraction process efficiently recovers vanadium from industrial waste streams such as oil fly ash and spent catalysts. Our bio-inspired chelation chemistry selectively binds vanadium, significantly reducing the need for high-energy roasting and excess chemical reagents. This low-temperature, low-energy leaching method achieves >95% vanadium recovery, making extraction more economically viable.
- Efficiency: High vanadium selectivity results in material efficiency in (less reagent used to recover the same or higher yields of vanadium).
- Economics: Reduces extraction costs from $10,000/ton to under $5,000/ton.
- Sustainability: Cuts CO₂ emissions per ton by up to 90% compared to traditional mining and processing (benchmarked against the USGS).
- Supply Chain Security: Establishes a domestic vanadium supply, reducing reliance on foreign imports.
Additionally, we aim to build a feedstock characterization database using XRF/XRD analytics to determine optimal extraction conditions for different industrial waste sources, maximizing efficiency and reducing processing costs.
Who does your solution serve, and in what ways will the solution impact their lives?
Our solution directly serves industrial waste generators, energy storage companies, and frontline communities near waste sites, all of whom suffer from inefficiencies or risks tied to vanadium’s current supply chain.
- Frontline Communities near refineries and landfills, disproportionately low-income and minority, who face health risks from vanadium-rich waste (e.g., oil fly ash). These communities lack economic alternatives to hazardous waste storage. By converting local pollutants into battery materials, we:
1. Reduce toxic exposure from landfills/incineration (linked to respiratory diseases).
2.Create green jobs in waste processing and clean energy.
- VRFB Manufacturers (e.g., Invinity, CellCube) and utilities struggling with price volatility ($12K/ton) and reliance on Chinese/Russian vanadium. We provide:
1. Cost stability ($5K/ton, 50% cheaper).
2. ESG-compliant supply (90% lower CO₂).
- Industrial Waste Generators (refineries, power plants) paying 50–200/ton to landfill vanadium-rich waste. We offer:
1. New revenue streams (waste-to-sales model).
2. Regulatory relief via circular compliance.
By decentralizing vanadium production to waste sites, we transform environmental justice burdens into energy transition assets, linking community health, industrial decarbonization, and grid resilience.
