
BlueOak Resources
Develops distributed mini-refineries that extract precious minerals and rare earth elements from e-waste.
Date | Investors | Amount | Round |
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- | investor | €0.0 | round |
N/A | €0.0 | round | |
N/A | €0.0 | round | |
investor investor | €0.0 | round | |
$35.0m | Early VC | ||
Total Funding | 000k |
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BlueOak Resources, established in 2010 by co-founders Priv Bradoo and Bryce Goodman, was a venture-backed company focused on urban mining to recover high-value metals from electronic waste. The company's business model was inspired by the steel industry's mini-mill disruption, aiming to create a distributed network of refineries to process e-waste domestically. This strategy intended to provide a U.S.-based solution for the growing e-waste problem, which was often exported, leading to environmental issues and the loss of valuable resources.
Co-founder and CEO Privahini Bradoo brought a unique blend of scientific and business acumen to the company. She earned a PhD in Neurogenetics from the University of Auckland before attending Harvard Business School as a Fulbright Scholar. Her background in science fueled her passion for developing clean technologies. Co-founder Bryce Goodman, a former precious metals commodity trader and graduate of Singularity University, complemented this with his expertise in technology, philosophy, and economics. His work often focuses on the intersection of emerging technologies and global challenges.
The company's core service involved deploying mini-refineries that used capital-efficient processes to extract precious metals like gold, silver, copper, and palladium from discarded electronics such as circuit boards and cell phones. BlueOak planned to work with electronics recycling organizations, processing their collected scrap for a fee and returning the recovered value. In a major milestone, BlueOak secured $35 million in project financing in June 2014 to construct its first commercial-scale refinery in Osceola, Arkansas. This facility was designed to process approximately 15 million pounds of e-waste annually using a plasma arc furnace supplied by Tetronics. However, the facility encountered significant operational challenges, including a furnace failure in November 2015 that resulted in a fire and a subsequent $10.5 million insurance lawsuit. Following these setbacks and a lengthy contract dispute, the Osceola plant was closed, its assets were auctioned off, and the site was later acquired by smelting giant Glencore in 2019.
Keywords: urban mining, e-waste recycling, precious metal recovery, electronics scrap, resource recovery, circular economy, sustainable materials, cleantech financing, circuit board recycling, palladium recovery, gold recovery, silver recovery, copper recovery, electronics value chain, sustainable sourcing, plasma furnace, metal refining, hazardous waste management, industrial recycling, Priv Bradoo, Bryce Goodman