William Thomas works in electronic-waste processing and critical-materials recovery at IT Recycling Answers, discussing how retired electronics can supply materials for U.S. manufacturing.
Most useful for explaining e-waste recovery and connecting retired electronics to domestic critical-materials supply chains.
Best for
Corporate IT asset management campaigns needing e-waste pickup, copper recovery, and domestic supply-chain stories.
Not for
A paid sponsorship buy with guaranteed impressions, clicks, rate cards, or audience breakdowns.
Key takeaways
One post identifies copper in circuit boards, heatsinks, and wire, then shows sorting for recovery.
Another connects retired electronics collected around Kansas City with recycled feedstock for domestic supply chains.
Posts place work in federal critical-minerals policy and the Critical Materials Crossroads launch.
Check first: Confirm whether they offer equipment recovery services, not sponsorship, and ask for audience evidence.
Main ideas
The next mine is already in the city · Federal policy and the metals reserve as a business signal · A national argument grounded in Kansas City operations
William “Hopper” Thomas works in electronic-waste processing and critical-materials recovery at IT Recycling Answers. They explain how retired electronics can return useful materials to domestic supply chains, connecting Kansas City recycling work with broader policy and supply-chain concerns.
Thomas makes “urban mining” concrete: one post identifies copper in circuit boards, heatsinks, and wire, then shows how those parts are sorted for recovery.
Another connects retired electronics collected around Kansas City with recycled feedstock for domestic supply chains.
The posts also place this practical work in a wider context, from federal critical-minerals policy to the launch of the Critical Materials Crossroads initiative.
William Thomas argues that the critical minerals the United States needs are already above ground in retired electronics, and that recovering them close to home is one of the fastest ways to build a more resilient domestic supply chain.
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The posts pair federal policy and metals-reserve news with the practical work of collecting and sorting boards, heatsinks, and wire in Kansas City, then ask readers to inventory aging equipment before their next refresh cycle.
The next mine is already in the city
Thomas argues that retired electronics should be treated as a source of critical minerals, not just as trash.
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The metals have already been extracted and are sitting above ground, so recovering them keeps recycled feedstock in a domestic supply chain and reduces the case for opening new ground for the same material.
In one post, Thomas writes that the copper the country still builds with is already inside last decade's computers, on circuit boards, heatsinks, and wire.
The post describes three bins: one for boards, one for heatsinks, and one for wire.
Another states the argument directly—"The next mine is already in the city"—and describes boards and drives coming off Kansas City docks as last decade's devices.
The urban-mining argument runs through both posts. The copper post adds a demand-side case for recovery—a government metals reserve that needs domestic feedstock—to the supply-side point that the material is already available.
Federal policy and the metals reserve as a business signal
Thomas follows federal action as context for the value of local recovery.
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Washington is creating a national recovery strategy, easing the movement of used batteries, funding mineral testing, and standing up a reserve that buys listed metals—all of which increases demand for material recovered from electronics.
One post says, "The House just told the EPA to treat old electronics as a source of critical minerals, not only as trash."
It describes the CHARM Act as directing the EPA to write a national recovery strategy covering e-waste, old mine sites, and coal ash, alongside a companion bill that reduces red tape so used lithium batteries can move to a recycler.
The post also reports that the DOE selected Missouri S&T for $16.3 million for underground testing and work on the energy it takes to crush ore.
The other post reports that Glencore and Mercuria were named the first firms to buy copper and other listed metals on the world market and deliver them into the U.S.
Strategic Critical Minerals Reserve, also called Project Vault.
A national argument grounded in Kansas City operations
Thomas argues that the supply chain is national but the work is local.
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Collection, sorting, pickup, and regional relationships happen in a specific metro, so a domestic materials story runs through a city-level operation and its community partners.
Thomas says IT Recycling Answers serves clients nationwide, while describing the pickup of retired office electronics in Kansas City, the sorting of copper-containing parts, and efforts to keep that copper in the American supply chain.
They write that the company exhibited at the launch of the Critical Materials Crossroads Engine at Union Station in Kansas City, has collaborated with Critical Materials Crossroads since 2024, and was honored to support the official launch.
The launch post describes the business as specializing in secure electronic waste processing and the recovery of critical materials from end-of-life systems, and invites conversations about critical materials recovery or secure e-waste processing.
Two posts ask readers to look at equipment they have not yet retired.
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Gear sitting in a closet or on a shelf is feedstock that has not entered the recovery chain, so the decision point is the buyer's refresh schedule, not a general appeal about recycling.
One post asks, "What retired gear in the KC metro is still on a shelf that should have left on a truck by now?"
It frames 2027 as a possible refresh year and offers to talk through a pickup.
The other asks, "If you are planning next year's computer refresh, what is still sitting in the closet that we should look at with you?"
The first ask is broad: what is still on a shelf in the metro. The second ties the same question to an annual IT refresh decision and a named next step: a pickup conversation.
Explains whether retired electronics are treated only as trash or also as a domestic source of critical minerals, and shows how a Kansas City processor connects that policy shift to local collection work.
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Thomas links federal action to local operations.
The post says the House told the EPA to treat old electronics as a source of critical minerals, not just trash.
It describes the CHARM Act as directing the EPA to write a national recovery strategy covering e-waste, old mine sites, and coal ash, while a companion bill reduces red tape so used lithium batteries can move to a recycler.
It also points to Missouri: the DOE selected Missouri S&T for $16.3 million for underground testing and work on the energy required to crush ore.
Thomas then turns to IT Recycling Answers, saying boards and drives coming off Kansas City docks are last decade’s devices, already above ground, and that the business recovers them to keep recycled feedstock in a domestic supply chain.
The post closes by offering to discuss pickup of retired gear in the KC metro.
For brands planning a campaign
For a corporate IT asset management company, this signals a policy-aware local processor framing e-waste recovery as domestic supply-chain work—a potential fit for co-marketing or referrals around 2027 refresh cycles. Treat it as a business-development post and verify operational capacity before proposing a partnership.
Shows what recoverable copper looks like inside ordinary office electronics and why a government metals reserve could matter to recycled feedstock demand.
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Thomas makes the material concrete: the copper the country still builds with is already inside last decade’s computers, visible on circuit boards, heatsinks, and wire.
The post describes three bins for boards, heatsinks, and wire, then connects that material to Washington’s U.S.
Strategic Critical Minerals Reserve, also called Project Vault.
The reserve is meant to keep metal nearby for American factories if a foreign supplier cuts them off.
Thomas notes that Glencore and Mercuria were named as the first firms to buy copper and other listed metals on the world market and deliver them into the reserve.
From Kansas City, IT Recycling Answers says it services clients nationwide, picks up retired office electronics, sorts copper-containing parts, and keeps that copper in the American supply chain.
The post includes a phone number and website and asks what is still sitting in a closet before next year’s computer refresh.
For brands planning a campaign
This post gives an IT asset management partner a specific sorting-and-recovery process and a national pickup claim to verify during vendor diligence.
It also suggests a campaign angle around refresh planning and domestic copper supply.
Confirm service coverage, certifications, and downstream processing before building a joint offer around those claims.
Explains Thomas’s connection to a regional critical-materials initiative and the e-waste processing IT Recycling Answers says it provides.
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Thomas says they exhibited at the launch of the Critical Materials Crossroads Engine at Union Station in Kansas City.
The post defines critical materials as the building blocks of modern technology, from smartphones and EVs to advanced defense systems, and says the United States still relies heavily on foreign sources for many of them.
It describes recovering those materials from electronic waste as one of the most immediate ways to build a more resilient domestic supply chain.
Thomas says they have been collaborating with Critical Materials Crossroads since 2024 and were honored to support the official launch.
At IT Recycling Answers, the business specializes in secure electronic waste processing and recovery of critical materials from end-of-life systems, and invites trusted-partner conversations about critical-materials recovery or secure e-waste processing.
For brands planning a campaign
The posts identify an ongoing collaboration since 2024 with a regional critical-materials initiative, offering a potential outreach angle through the initiative or for a co-branded education or event campaign. Before pursuing it, ask what the collaboration covers and whether it includes sponsorship or endorsement.
Secure e-waste processing and partnership language3
Urban mining and domestic critical-materials supply2
Policy and public investment context2
Repeated call to action on IT refresh timing2
Urban mining and domestic critical-materials supply
William Thomas argues that retired electronics are an above-ground source of critical minerals, not just waste.
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The posts point to copper inside circuit boards, heatsinks, and wire, and to boards and drives coming off Kansas City docks as last decade’s devices. Recovery is framed as keeping recycled feedstock in a domestic supply chain and reducing the need to open new ground.
Connects specific recovered components to national mineral-supply arguments.
For brands planning a campaign
A brand can evaluate William Thomas for messaging that links e-waste recovery to U.S. supply-chain resilience and circular-economy goals. Use concrete material streams—boards, heatsinks, wire, drives—rather than generic sustainability language.
The posts follow federal and state policy moves: the CHARM Act directing the EPA to write a national recovery strategy from e-waste, old mine sites, and coal ash; a companion bill reducing red tape for used lithium batteries moving to recyclers; a $16.3 million DOE selection of Missouri S&T for an underground proving ground in Rolla; and the U.S.
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Strategic Critical Minerals Reserve, also called Project Vault, with Glencore and Mercuria named as first firms to buy copper and other listed metals for the reserve.
Summarizes policy developments and ties them to local recovery operations.
Ask for bill numbers and source citations before relying on policy summaries.
For brands planning a campaign
A brand can use William Thomas’s commentary to connect campaign messages to live critical-minerals policy and public investment. Verify current bill status and company roles before publication.
William Thomas locates the work in Kansas City and Missouri: Kansas City docks as a source of retired devices, Rolla as the mining-side proving ground, and Union Station as the launch site for the Critical Materials Crossroads Engine.
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The posts say IT Recycling Answers services clients nationwide, picks up retired office electronics, and sorts copper-containing parts.
Uses local landmarks and regional programs to ground national supply-chain themes.
For brands planning a campaign
Suits local or regional partnership campaigns where a partner can connect corporate IT asset management with a Kansas City-area processor. Evaluate metro pickup logistics and regional event presence.
Secure e-waste processing and partnership language
The posts describe IT Recycling Answers as specializing in secure electronic waste processing and recovery of critical materials from end-of-life systems.
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William Thomas says they have collaborated with Critical Materials Crossroads since 2024 and exhibited at its official launch, then asks directly for partnership conversations on critical materials recovery or secure e-waste processing.
Pairs direct service description with event participation and a partnership call to action.
No certifications, audit reports, recovery-rate data, or sponsorship formats appear in the posts here.
For brands planning a campaign
For a corporate IT asset management company, William Thomas presents a potential downstream partner for secure handling and material recovery. Ask for evidence of certifications, chain of custody, reporting, capacity, and actual recovery rates.
One asks what retired gear in the Kansas City metro is still on a shelf that should have left on a truck by now. The other asks what is still sitting in the closet when planning next year’s computer refresh.
Uses direct questions to prompt inventory review and pickup conversations.
For brands planning a campaign
Strong fit for campaigns keyed to corporate IT refresh cycles, asset disposition, and scheduled pickup. A brand can co-create a refresh-audit or pickup campaign that prompts buyers to inventory aging equipment.
William Thomas's posts document two brand relationships.
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They present IT Recycling Answers as the business behind the e-waste and critical-materials recovery services described, but don't state their precise role; ask whether they are an owner, employee or partner. The posts also describe an ongoing collaboration with Critical Materials Crossroads since 2024 and support for its official launch.
IT Recycling Answers
Disclosed partnership
William Thomas's posts present IT Recycling Answers as the business offering secure electronic-waste processing and critical-materials recovery.
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One post gives the business's contact details and says it serves clients nationwide from Kansas City; another says, 'At IT Recycling Answers we specialize in secure electronic waste processing and the recovery of critical materials from end-of-life systems.' The posts don't state their precise relationship to the business; ask whether they are an owner, employee or partner.
William Thomas describes collaborating with Critical Materials Crossroads since 2024 and exhibiting at the launch of the Critical Materials Crossroads Engine at Union Station in Kansas City.
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They present it as a continuing collaboration and support for the organization's official launch.
Original disclosure
I've been collaborating with Critical Materials Crossroads since 2024 and was honored to support their official launch.
William Thomas writes short, practical posts arguing that the critical minerals the United States needs are already above ground in retired electronics, and that recovering them locally beats opening new ground for the same material.
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Start with posts that pair a policy or market development—the CHARM Act, a federal metals reserve, a Department of Energy grant to Missouri S&T—with the Kansas City operations behind it: boards, heatsinks and wire sorted from retired office equipment.
Readers tracking e-waste processing, critical-materials recovery or circular-economy messaging will find the case built around named material streams rather than general sustainability language.
Most posts close by asking what aging hardware is still sitting in a closet.
Critical mineralsUrban miningE-waste recyclingCircular economySupply chain resilienceCritical materials recoveryElectronic waste processingSecure e-waste processingCopper recoveryLinkedIn postsCorporate IT asset managersSupply chain and sustainability teamsKansas City area businesses
Rogers treats critical minerals as a national security and supply-chain problem, the same frame William Thomas uses when they tie e-waste recovery to domestic mineral supply.
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Both write short LinkedIn posts anchored to a specific policy moment or convening, naming the chokepoints where a supply chain can fail rather than dwelling on general resource anxiety.
Rogers works from the Washington-facing side—Capitol Hill panels, stockpile policy, illicit-trade networks and sanctions evasion—and reports on other people's expertise. William Thomas grounds the same subject in a processing operation: collection, sorting and pickup of retired office equipment, with a direct invitation to partner rather than watch a panel.
Goldsmith also starts from the premise that the U.S. cannot depend on foreign sources for the minerals and metals its industries need, and promotes a service model built on extracting more material from assets already in play.
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Both write in a direct, numbered-claim style aimed at operators and investors rather than a general audience.
Goldsmith is a technology vendor making the economic case for autonomous and semi-autonomous mining, with return-rate figures and a long list of institutional tags. William Thomas writes from the recovery end of the chain, highlighting concrete material streams and metro pickups, and asking readers to inventory their own equipment.
The posts suggest a content fit for a corporate IT asset management partner focused on e-waste, copper recovery, and domestic critical-materials supply chains.
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Before choosing a partnership, ask for recent results on comparable topics and formats, plus documented audience survey results or another source showing whether followers include IT, procurement, or sustainability decision-makers.
The posts show an operational commercial relationship model, not a sponsorship, media or creator-partnership program.
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William Thomas runs IT Recycling Answers, which picks up retired office electronics, separates copper-containing parts such as boards, heatsinks and wire, and keeps the recovered feedstock in a domestic supply chain.
The business serves clients nationwide from Kansas City.
Thomas says they have worked with Critical Materials Crossroads since 2024 and exhibited at the organization's launch at Union Station in Kansas City, where the theme was recovering critical materials from electronic waste to build a more resilient domestic supply chain.
For buyers, a partnership conversation is likely to focus on equipment flow, processing and joint positioning around critical-materials recovery, not a listed sponsorship slot.
Retired-equipment pickup and processing
Buyer requirement
The posts describe paid services: nationwide pickup of retired office electronics from Kansas City, sorting of copper-containing parts, and keeping that material in a domestic supply chain.
A buyer planning a refresh should settle in advance which equipment categories are accepted, how pickup is scheduled and priced, who handles secure handling and data-bearing devices, and where the recovered material goes.
The posts publish no specification sheet, capacity figure or pricing; ask the business for those details directly.
Industry collaboration and event presence
Buyer requirement
William Thomas says they have collaborated with Critical Materials Crossroads since 2024 and exhibited at its launch event at Union Station in Kansas City, positioning e-waste recovery within the regional critical-materials conversation.
A buyer seeking visibility alongside that work should plan around events, joint messaging and referral relationships rather than a published package.
The posts disclose no terms, deliverables or costs; confirm those directly before proceeding.
A corporate IT asset management company wants a local e-waste processor to take retired office equipment and route recoverable critical materials back into a domestic supply chain, starting with a 2027 refresh cycle in the Kansas City metro.
Reasons
The commercial model matches the brief directly. William Thomas runs IT Recycling Answers, which the posts describe as picking up retired office electronics, sorting copper-containing parts such as circuit boards, heatsinks and wire, and keeping that copper in the American supply chain. The business says it serves clients nationwide from Kansas City, covering both a metro pilot and a wider rollout.
The campaign story is already written for this buyer. The posts frame retired office gear as an above-ground source of critical minerals rather than trash, connect it to the CHARM Act's proposed national recovery strategy and the U.S. Strategic Critical Minerals Reserve known as Project Vault, and argue that recovery keeps feedstock domestic. A partner does not have to supply the reason why equipment disposition matters.
There is a live relationship to route outreach through. William Thomas says they have collaborated with Critical Materials Crossroads since 2024 and exhibited at the engine's launch at Union Station in Kansas City, placing the processor inside the regional critical-materials initiative a corporate partner would want visibility with.
The posts already speak to the buyer's trigger. Two ask readers what retired gear is still on a shelf or in a closet before next year's computer refresh. That inventory question is the same first step an asset management company uses to open a disposition conversation.
Tradeoffs
Before committing, ask the business for its certifications, chain-of-custody procedures, recovery rates, processing capacity, accepted equipment categories and pricing.
The account's audience composition is undocumented. Ask for dated analytics or other evidence showing whether followers include IT, procurement or sustainability decision-makers before relying on the co-marketing value.
When to choose a specialist
Reject William Thomas for this brief as documented.
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Brief
A software vendor wants to buy a paid sponsorship slot from William Thomas that guarantees a set number of impressions and clicks among IT and procurement decision-makers, with a published rate card and audience breakdown.
Reasons
No sponsorship programme is described. The posts contain no sponsor policy, media kit, rate card, deliverables or costs. Their partnership language invites discussion about equipment recovery or secure e-waste processing, not a media offer.
There is no audience evidence to underwrite a guaranteed-reach buy. Follower count alone cannot show whether the audience includes the named roles, and the audience review found no dated analytics, survey data or demographic source.
The commercial contact details in one post are a phone number and website for equipment pickup, not a sponsorship enquiry channel, leaving media buyers without a route to price or book the placement.
A brand that needs third-party-verified sustainability or policy claims is also a poor match: the posts name the CHARM Act, Project Vault, Glencore and Mercuria without bill numbers or citations, so each claim would need separate verification before reuse.
What would change the answer
For a paid-reach brief, ask for a published partnership or sponsorship package with deliverables and pricing, plus dated audience evidence showing relevant professional roles. Neither was provided.
A worked campaign example
Campaign angle
A joint 2027 refresh-audit and pickup programme. The asset management company and IT Recycling Answers prompt corporate clients to inventory aging equipment now, book scheduled pickups, and receive a short report on what was recovered and where it went. Tie recovered boards, heatsinks and wire back to the domestic copper supply argument already used in William Thomas's posts.
Material gaps
Ask the business for certifications, capacity, pricing, chain-of-custody procedures and recovery-rate data.
Ask for dated evidence of the account's audience composition.
Ask for a sponsorship package, rate card and partnership terms.
Next steps
Confirm the operational details before naming the partner publicly.
Draft the inventory prompt and pickup booking flow.
Test the pilot in the Kansas City metro, then decide on wider scale.
Outreach approach
Open through the regional initiative first. William Thomas says they have collaborated with Critical Materials Crossroads since 2024, so a warm introduction or a joint meeting around the initiative is likely to reach the right person faster than cold outreach.
Lead with the refresh-audit problem, not a sponsorship pitch. The posts repeatedly ask what retired gear is still sitting on a shelf, so a short note offering to co-run an inventory prompt for corporate clients matches the message already in market.
Use the equipment pickup contact published in one of the posts to start the commercial conversation, and ask explicitly whether any co-marketing or referral arrangement is available alongside processing services.
Propose a bounded pilot: one metro, one quarter, a defined set of client sites, a pickup schedule and agreed reporting on equipment volumes and recovered material.
Agree in advance who verifies policy or supply-chain claims in joint content; the posts cite programmes and companies without references.
Partner evaluation questions
Which equipment categories are accepted, and which device types are refused?
How are pickups scheduled and priced? Does nationwide coverage mean a single carrier or regional subcontractors?
Who handles data-bearing devices? What happens to drives, and what evidence does the client receive afterwards?
Where does the recovered material go downstream? Can the partner supply a recovered-materials report with weights or composition?
What certifications or audits can be shown, and what recovery rates are recorded?
What is the realistic monthly capacity, and what happens when volume spikes after a refresh cycle?
Success measures
Number of client sites completing an inventory audit and booking a pickup.
Volume and weight of equipment collected, with a breakdown of copper-containing parts.
Whether a usable recovered-materials report was delivered to end clients.
Qualitative check on whether the joint content reached the intended IT, procurement or sustainability roles, using platform results rather than follower count.
If the need is to move upstream from disposing of office equipment to producing primary material, David Goldsmith is the stronger choice.
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The posts describe Mearth Infinium deploying autonomous and semi-autonomous narrow-vein mining systems into operating mines and selling production rather than hardware: the company says it gets paid when material moves, not when equipment arrives.
That matters if the asset management company's client wants a partner tied to mined output, or if a campaign explaining the economics of remote-operated mines needs someone who can argue those economics, including the return figures the posts cite for conventional, local surface and centralised command operations.
The posts also claim that most people building mining technology are not miners, while this team is.
Goldsmith does not process office electronics or run pickups.
The posts say nothing about e-waste, urban mining, Kansas City collection logistics, handling data-bearing devices or the corporate refresh cycle behind the asset management company's recovered-materials question.
A partnership would start with primary mining operations, capital-scale deployment and mine-site economics—a different, slower sales conversation than booking a metro pickup, and no answer to the company's question about recovered materials.
The productivity figures, NASA readiness level and $300M investment total are the company's own claims and need independent checking before reuse in joint content.
Kristi Rogers is the better pick when the campaign is about policy and security framing rather than collection.
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The posts describe appearances on critical-minerals and stockpile panels: a National Security Institute discussion on Capitol Hill about securing U.S. armament stockpiles and supply chain resilience, and a panel on illicit networks and gray-zone activity in mineral supply chains at a strategic resources conference. If the asset management company sells to government or defense-adjacent buyers, or needs a voice connecting recovered material to national-security and economic-resilience language, Rogers is already in the rooms where that framing is set and speaks to it directly.
Rogers does not run recovery operations.
The posts describe convening and commentary, not processing capacity, collection services or a commercial offer, so they cannot answer operational questions about accepted equipment, chain of custody, pricing, capacity or downstream destinations for recovered material.
The posts also name programmes, agencies and forums without bill numbers or citations, so verify any policy or supply-chain claim before reusing it in joint content.
For an evaluation of recovery operations, Rogers is most useful alongside an actual processor, not in place of one.
Steve Holm is the alternative if choosing a partner for the asset management company's refresh-audit and pickup programme becomes a software decision: equipping its sales and account teams to run the programme.
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The posts argue for a CRM that disappears into existing systems, describe a customer using Copper to requalify a 6,000-plus contact network and connect sales with production, and make the case for restraint in product scope, saying no to feature requests to keep one idea sharp. That is relevant if the bottleneck is getting teams to use the pipeline tool, or if the campaign needs a partner who thinks about what not to build.
Holm has no connection to materials recovery.
The posts cover CRM design and product focus for a software company, with no e-waste, mining, critical-minerals or logistics content.
Choosing Holm shifts the question from who handles retired equipment to who runs the system that tracks it, leaving the processor decision for the asset management company's materials recovery needs unresolved.
This profile draws on three LinkedIn posts by Thomas.
The posts are dated August and September 2026; one has no publication date.
They cover urban mining, copper recovery from circuit boards, heatsinks and wire, federal critical-minerals policy including the CHARM Act and the U.S.
Strategic Critical Minerals Reserve, and the launch of the Critical Materials Crossroads Engine in Kansas City.
Two posts illustrate the ideas and fit sections.
Comparisons with other creators draw on posts by Kristi Rogers and David Goldsmith.
No books, interviews, videos, transcripts or other channels are covered here, so the profile covers only these three posts.
Thomas's role at IT Recycling Answers is not stated in the posts, and they give no certifications, capacity, pricing, chain-of-custody practice, recovery rates or audience analytics; these details remain unspecified where they affect a decision rather than being treated as settled.