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Hazardous waste disposal in 8 Southeastern states since 2001 Careers 251-679-1967
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Electronic waste disposal

Electronic waste is two problems wearing one label. One is regulatory — lead, mercury and other metals in the hardware. The other has no waste dimension whatever, and it is usually the one that gets an organization in trouble.

The data is not a waste question

Nothing in the hazardous waste rules says anything about what is on a hard drive. The obligations there come from somewhere else entirely — contractual, statutory in some sectors, and reputational in all of them — and they attach to the organization that owned the data rather than to whoever hauls the box. The practical consequence is that an e-waste arrangement has to be specified on two axes at once: how the metals are recovered or disposed of, and what happens to storage media, at what point, with what evidence. A recovery route that is exemplary on metals and vague on drives is not a complete answer, and the failure mode there is not a fine, it is a disclosure.

What goes this way

The streams electronic waste disposal handles, and what each one is under the rules — with acceptance decided by a profile rather than by a name on a drum.

  • D008 / universal waste

    IT hardware and storage media

    Servers, workstations, laptops and drives, where data handling has to be specified separately.

  • D008

    Circuit boards and components

    Lead in solder puts some assemblies over the toxicity characteristic; much of it is better recovered than disposed of.

  • Universal waste

    Lamps and batteries

    Lighter standards while segregated, and ordinary hazardous waste once they are not.

  • Varies

    Instrumentation and laboratory electronics

    Often carrying mercury, sealed sources or residues from what the instrument measured.

When this is not the right route

The cases where electronic waste disposal is not what you want, and what to use instead.

What you get back

The records electronic waste disposal produces, and what each one is evidence of — because the liability for a waste stays with the generator from the moment it is created until it is destroyed.

  1. Data destruction evidence

    Serial-level where you need it, covering what happened to storage media, when and by what method. Nothing in the waste rules requires this and it is usually the part of an e-waste arrangement that matters most, so it has to be specified rather than assumed.

  2. Recovery and disposal split

    What was recovered for materials and what was disposed of, which is the figure an environmental report actually wants.

  3. Asset list

    What left, reconciled against your own register so the two agree.

Who sends us this

The facility types that usually need electronic waste disposal, each with its own page on what that process produces and under which codes.

Before you ask for a price

What generators ask about electronic waste disposal, answered from the rules rather than from marketing copy.

Some of it, by the toxicity characteristic, and much of it is better routed to recovery than to disposal either way. The universal waste route covers several of the components and is lighter than full hazardous waste handling while they stay segregated.

Whatever you specify, which is the point — it is a separate requirement from the waste handling and it should be written down rather than assumed. Decide whether media are destroyed on site or in transit, and what evidence you need back.

Yes, and on a multi-site organization it usually should be, because IT refresh happens on its own schedule and produces volume in bursts that a general waste arrangement will not be sized for.

Describe the stream. We will tell you the route.

A description of the process and a rough quantity is enough to start. A Certified Hazardous Materials Manager reads every request, and sometimes the answer is a different service than the one you asked about.