Highlights

• Apto Solutions and Tusaar are launching a U.S.-based program to recover rare earth elements from shredded hard drives, focusing on national security and domestic retention rather than export.
• The initiative is strategically sound as it involves urban mining from e-waste.
• The program lacks disclosed recovery rates, throughput volumes, and cost data, making it a directional pilot rather than a proven supply-chain solution.
• The partnership sets an important precedent for recycling-plus-mining strategies.
• Investors should await evidence of scalable volumes and integration into downstream magnet production.

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A January 19, 2026 PRWeb release announces that Apto Solutions (opens in a new tab) and Tusaar (opens in a new tab) are launching a fully domestic program to recover rare earth elements (REEs from retired technology—specifically shredded hard drives—keeping these materials inside the United States. The framing is unapologetically national-security focused. The underlying idea is sound. The execution, however, warrants a closer look.

The Claim That Holds: Urban Mining Is Still Undersupplied

It is accurate that the U.S. hemorrhages rare earth value through electronic waste. Hard drives, motors, and electronics contain magnet-bearing components that are typically shredded, exported, or diluted into mixed scrap streams. Apto’s core business—IT Asset Disposition (ITAD)—gives it direct access to this feedstock. Pairing that access with a domestic processor is a logical step toward urban mining, a segment still underdeveloped relative to its strategic importance.

Where the Narrative Gets Ahead of the Math

What the release does not quantify is scale. Hard-drive-derived REEs are real, but they are diffuse and low concentration compared with primary mining or magnet-to-magnet recycling. Without disclosed recovery rates, throughput volumes, or cost curves, investors should treat claims of “major steps forward” as directionally correct but commercially unproven. This is a pilot-plus model, not yet a supply-chain solution.

Who Are the Players?

Apto Solutions, headquartered in Atlanta and founded over 20 years ago, is a privately held ITAD firm focused on secure shredding, compliance, and ESG-aligned disposal. Its business model is service-driven, not materials-driven—meaning REE recovery is an adjacent value layer, not its core revenue engine.

Tusaar, based in Colorado, positions itself as a process innovator focused on extracting REEs while sequestering radioactive byproducts, with secondary outputs like gypsum for construction materials. The technology narrative is ambitious. What remains unclear is the commercial deployment status and unit economics outside pilot environments.

What’s Notable for the Rare Earth Supply Chain

This announcement matters less for immediate tonnage and more for precedent. It reflects a growing recognition that recycling and domestic retention must complement mining—not replace it. Still unanswered: Can this model scale economically? Will recovered REEs re-enter magnet manufacturing, or stall upstream?

REEx Take

This is a credible first-mile recycling initiative with the right intent and partners. But intent is not supply. Investors should watch for disclosed volumes, customer offtake, and integration into downstream magnet or alloy production before assigning strategic weight.

Source: PRWeb, Apto Solutions press release, Jan. 19, 2026.