Rapidly released new technology means companies constantly upgrade IT hardware, but few realize the value of retired assets. Annual or even bi-annual equipment upgrades often result in excess electronics sitting idle in storage closets or warehouses. Because they’re not actively online, they become an afterthought and are no longer considered valuable. Many organizations miss the value beyond immediate reuse. Even if devices cannot be reused, they still hold significant value. Value Recovery and Materials Recovery are integral parts of the ITAD process, each increasing retired asset value in different ways. Today’s blog post breaks down each recovery process and what drives ROI at each step.
Retired Doesn’t Mean Obsolete: Increase ROI After Decommissioning
When IT assets are decommissioned, they become invisible to IT security teams. Once they go offline, they become a problem for another day, and often sit in storage for weeks, months, or even years. This not only increases security risks but also erodes asset value. Value doesn’t disappear after devices quit working. After decommissioning, or even after they break, IT assets can still generate significant value and improve enterprise ROI.
Electronics such as laptops, smartphones, tablets, watches, and even fast tech like earbuds are all composed of different parts. Each device also contains a mix of precious metals, industrial base metals, and rare-earth elements that can be melted down and reused.
Value Recovery: Giving Used Assets A Second Lifecycle
Essentially, value recovery gives retired assets a second lifecycle. Value recovery treats hardware as functional technology to be resold or reused. Operating on circular-economy principles, retired devices are evaluated for secondary-market resale based on condition, functionality, and grade. For reuse, devices must undergo software-based data sanitization in compliance with NIST SP 800-88 standards to prevent data leaks. Devices are then repaired and refurbished. If a device is no longer functional, we harvest it for working parts. Individual parts such as RAM, CPUs, or enterprise SSDs are high-value components that can be resold separately.
Materials Recovery: Increase Commodity Value
Rather than recovering devices as a whole or asset parts, materials recovery serves as a “last chance” effort to recover value by treating retired IT assets as scrap commodities for physical shredding and smelting. Even devices that are too old to run updated software, broken or damaged, or cannot be reused hold value. Recycled devices still contain materials that can be extracted and melted down for reuse. Materials recovery involves physically destroying storage media that cannot be erased and extracting resources. During this stage, devices are sent to Smelters that isolate precious metals such as gold, palladium, and copper from circuit boards.
The Order of Recovery Operations
While both materials and value recovery increase enterprise ROI and extend asset value beyond retirement, processors follow a specific order of operations to maximize value.
Recovering Value
The first step in the recovery process is value assessment. Before assets are recycled, they are evaluated with the ROI goal of maximizing secondary market value while minimizing labor costs.
Logistics
The process begins with securely transporting hardware to the ITAD facility, where initial scanning and grading take place. At this point, functional devices are separated from non-functional scrap.
- If a device is dropped and damaged in transit, it becomes a materials-recovery scrap item rather than a pricey value-recovery asset. This way, you still recover value at a reduced cost.
- Speed drives this stage. The faster assets are cataloged, the sooner they hit the market before they begin to depreciate.
Data Erasure
During the data sanitization process, ROI is driven by drive retention and automation scales margin.
- Wiping a drive allows processors to sell a complete, functional system. If erasure fails, the drive must be physically destroyed, increasing replacement costs.
- However, wiping many drives at once via automated network PXE boots reduces labor costs per unit.
Parts Harvesting & Refurb
During parts harvesting and refurbishment, ROI is driven by the value of harvested commodities and cosmetic and functional upgrades.
- Selling high-value components such as enterprise SSDs, CPUs, and RAM separately yields higher total margin than selling a non-functional server.
- Users like devices that look new, even if they’re used. Spending slightly more on replacing a top cover can increase resale grade from “C” to “A”, increasing overall market value.
Remarketing & Resale
Remarketing and resale include direct-to-end-user channels and global market matching.
- Yields resale pricing by selling directly to consumers, schools, or businesses, and bypasses wholesale liquidators.
- Matches hardware to the highest-demand regions, which command the highest price.
Recovering Materials
The final stage is materials recovery, which functions as a very last resort. If assets cannot be reused, parts harvested, or data wiped, devices fail the value-recovery triage process and move on to materials recovery. At this point, the ROI goal shifts to maximizing volume and purity of extracted commodities, and reducing processing costs.
Demanufacturing
Workers remove hazardous materials such as batteries and mercury bulbs, as well as bulk components such as large aluminum heat sinks and steel casings, from devices.
- Safely separating and isolating lithium batteries and other hazardous materials before further destruction.
- Because purity is prioritized, hand separation may take longer, but it keeps high-value materials from mixing with lower-value shredded materials.
Shredding and Crushing
Industrial shredders crush e-waste into coin-sized fragments to optimize clean separation.
- Shredders use significant amounts of power, but processing more tons of material reduces utility costs.
- Shredding too coarsely hinders clean separation, but shredding too finely makes valuable metals unrecoverable.
Separation
Separating plastics and metal is crucial, and cross-belt magnets, eddy-current separators, and optical or fluid sorting help prevent plastic from mixing with metal.
- Smelters buy scrap based on purity, so plastic contamination reduces the payout.
- This reduces the amount of precious metal that might accidentally end up in a landfill.
Smelting, Refining, and Commodity Sale
This step involves sending concentrated, shredded circuit-board fractions to specialized metallurgical smelters to melt and separate the metals.
- Final ROI depends on fluctuating daily global market prices for gold, copper, and palladium.
- While any size ITAD facility can provide recovery services, larger processors negotiate better payout percentages.
Environmental Benefits of Recovery After Decommissioning
While value recovery focuses on preserving utility, cosmetic appeal, and performance, and materials recovery focuses on processing efficiency, volume, and commodity prices, both provide environmental benefits. Keeping retired IT assets in circulation through reuse reduces demand for new devices, lowering Scope 3 carbon emissions.
When choosing an ITAD provider for value and materials recovery services, remember that legitimate value processing must meet environmental standards. Certifications are paramount when partnering with a downstream vendor.
HOBI’s R2v3, RIOS, ISO 14001, and NAID AAA certifications provide auditable proof of compliance with environmental, operational, and data security standards throughout the ITAD process, including materials and value recovery.
Don’t let enterprise ROI slip through the cracks. Contact HOBI today at 877-814-2620 or sales@hobi.com to request a free value consultation.