High-Level Overview
Still Bright is a New Jersey-based technology startup founded in 2022 that develops RACER (rapid and complete electrochemical reduction) technology for hydrometallurgical copper extraction, replacing traditional smelting to enable domestic U.S. production from challenging feedstocks like "dirty" copper concentrates and mine waste.[1][2][3][4] The company serves mining operations by solving the problem of costly, polluting smelting that outsources refining abroad, offering faster extraction (in minutes), higher recovery rates, lower costs, and reduced environmental impact while unlocking previously uneconomic resources.[2][3][4] With $18.7 million in seed funding raised in 2025 from investors like Material Impact, Breakthrough Energy Ventures, Apollo Ventures, Fortescue, Impact Science Ventures, and SOSV, Still Bright shows strong growth momentum: operating a 2-ton-per-year pilot, planning 2026 pilot projects, a 500-ton demonstration unit by 2027-2028, and scaling to 10,000-ton commercial systems.[1][3]
Origin Story
Still Bright emerged from Columbia University research, spun out in 2022 via an Activate fellowship awarded to CTO and co-founder Jon Vardner, PhD.[1][3] The core team includes chemical engineering experts: Jon Vardner (PhD from Columbia, NSF Graduate Research Fellow, co-inventor of the copper process); Scott Banta (20+ years at Columbia in hydrometallurgy, biology, and engineering, second-time founder with a prior mining waste venture); and Alan West (renowned electrochemistry expert, focused on mining applications with DOE support, prior co-founder with Banta).[1] Their idea stemmed from postdoctoral work applying electrochemistry—key to RACER's reagent regeneration—to sustainable copper extraction, addressing smelting's toxins and U.S. dependency on foreign refining; early traction includes the Activate fellowship and recent seed funding amid surging copper demand.[1][2][3]
Core Differentiators
- RACER Technology: Uses a vanadium-based solution to leach copper from ores in minutes, followed by electrochemical regeneration—no burning or emissions like smelting; achieves near-complete recovery from high-impurity "dirty" concentrates and waste unsuited for traditional methods.[2][3][4]
- Cost and Efficiency: Matches smelting efficiency with major reductions in operating costs, permitting ease, and waste; customized modules leverage mine infrastructure for various feedstocks like chalcopyrite.[3][4]
- Environmental Edge: Eliminates atmospheric toxins, enables U.S. siting, and recovers co-products, positioning it as a cleaner path to scale production amid energy transition demands.[2][3][6]
- Scalability and Momentum: From 2-ton pilot to 500-ton demo (2027-2028) and 10,000-ton commercial units; backed by top climate-tech investors.[3]
Role in the Broader Tech Landscape
Still Bright rides the explosive copper demand trend—doubling global needs for AI, electrification, and energy transition—while U.S. raw materials sit idle due to smelting's export reliance and permitting hurdles.[2][3] Timing is ideal with 2025 seed funding, 2026 pilots aligning with potential import tariffs, and geopolitical supply chain risks favoring domestic revival of U.S. copper superpower status.[3][4] Market forces like skyrocketing prices and "dirty" resource stockpiles play to RACER's strengths, unlocking untapped production and reducing transport emissions; it influences the ecosystem by enabling climate-tech metals supply, powering batteries/AI hardware, and setting a model for electrochemical mining innovations.[2][3][6]
Quick Take & Future Outlook
Still Bright is poised to disrupt copper production as one of the cheapest, greenest providers, with 2026 pilots proving commercial viability and rapid scale-up to thousands of tons amid unrelenting demand.[3][4] Trends like U.S. onshoring, tariffs, and energy/AI booms will accelerate adoption, potentially evolving its influence from startup to key domestic supplier and hydrometallurgy pioneer. This electrochemical edge not only revives U.S. copper history but ensures the raw materials for a bright tech-powered future.[2][3]