ChemAnalyst Interview: DEScycle’s Fred White on the Future of Urban Mining and Metal

ChemAnalyst Talks with Fred White, Co-founder and CCO, DEScycle

DEScycle is developing a distributed metals processing platform that transforms domestic waste streams into traceable, low-carbon metal supply. Powered by proprietary ionometallurgy and modular processing systems, the company aims to recover critical metals closer to where waste is generated, reducing reliance on centralized smelting and strengthening circular and resilient metals supply chains. ChemAnalyst spoke with Fred White, Co-founder and CCO of DEScycle, about the company’s vision for distributed metals processing, the strategic importance of its Teesside demonstration facility, and the growing role of urban mining in critical-metal supply. Drawing on his experience across geology, natural resources, investment, and impact investing, White highlighted the need for scalable midstream infrastructure, strategic partnerships, and stronger investment mechanisms to support commercial deployment. He discussed DEScycle’s partnerships with GAP Group, Cisco, and Mitsubishi Corporation, as well as its roadmap from the Teesside TRL7 demonstration plant to commercial units and a broader processing network across the UK, Europe, North America, and Japan. Looking ahead, DEScycle aims to build repeatable processing capacity that can increase domestic metal supply, reduce dependence on concentrated processing routes, and support a more resilient circular metals economy.

Complete Interview with Fred White

Q1: Please provide an overview of your professional journey and entrepreneurial experience.

Fred White: I trained as a geologist at Imperial College London, started my commercial journey with a project as an exploration geologist in Zambia. I then worked across the investment side of natural resources and impact investing, primarily with a hedge fund background before co-founding DEScycle. Across those roles, I saw the metals industry from end-to-end and developed a good understanding of where the structural bottlenecks lie.

The same challenge appeared time and time again: demand for metals was growing, but the systems used to process and supply them remained highly concentrated and capital intensive. At DEScycle, I lead commercial strategy, partnerships, and capital formation. For the first time in my career, I feel I’m in the right place at the right time, helping to solve a major strategic problem of how we create resilient critical metal supply chains.

Q2: What is the strategic vision behind the Teesside demonstration facility?

Fred White: What makes Teesside strategically important is the capability we are building there. Today, the UK has almost no meaningful midstream capability to turn the valuable materials already onshore into high-purity metals, and that’s a real problem. Electronic waste is collected and exported, with the UK losing both a supply of critical metals and a major economic growth opportunity to create value in-country.

The Teesside facility is designed to prove DEScycle’s technology at the industrial scale and establish the blueprint for repeatable commercial deployment. The region has established chemical and process engineering expertise, extensive industrial infrastructure and a strong industrial heritage, making it an ideal location to prove a modular processing model close to material sources.

Q3: How does DEScycle’s platform differ from conventional e-waste recycling?

Fred White: Conventional e-waste recycling typically ends with high-value fractions being exported to a small number of multi-billion dollar smelters for final metal recovery. DEScycle changes that final stage. Our proprietary ionometallurgy platform enables those materials to be processed in cheaper modular plants located closer to where feedstock is generated. We use a new class of chemistry, DES or Deep Eutectic Solvents, to achieve this. But the chemistry is the enabling layer, not the headline. What matters is what it makes possible: lower capital requirements, shorter supply chains, and a distributed metals processing model that scales through repeatable deployment.

Q4: How can policy accelerate investment in advanced recovery technologies?

Fred White: Governments are right to treat critical minerals as a national security issue, not simply an environmental one. The UK has set a clear test for itself: by 2035, 10% of annual critical-mineral demand should be met through domestic production, 20% through recycling, and no more than 60% supplied by any one country. Those targets are important, but achieving them requires infrastructure.

The UK is a great place to develop technology but a difficult place to deploy it. The UK is one of the best places globally to create and fund early-stage technologies, but a critical gap appears when a company needs scale-up funding to deploy commercial facilities. Particularly poignant for the first-of-a-kind (FOAK) facility, which is the bridge between technology development and large scale industrial deployments.

There is ample private capital available in the UK but that capital does not like the risk profile inherent in new types of infrastructure. In the US, EU and Asian markets like Japan and South Korea, there is a much better blend of private capital used to taking that risk, strategic capital to back relevant projects and government capital aimed specifically at new infrastructure.

Other markets, including the US, have injected huge amounts of public funding to accelerate critical mineral projects. The UK needs to ensure its policy ambition is matched by the investment mechanisms needed to deliver it.

The measure of success should not be how many strategies are published or ambitious targets set. It should be how many plants are built, how many tonnes are processed and how much domestic supply is created.

Q5: What is your demand outlook for key metals?

Fred White: The demand for metals is extremely strong and is being driven by electrification, AI infrastructure and the energy transition. Copper and aluminium sit beneath grids, data centres, renewable energy, transport and advanced manufacturing. Silver is critical to electronics and solar. Tin is essential to solder and semiconductor supply chains. Gold is key in electronics because of its resistance to corrosion.

The mistake is to think of AI or digital infrastructure as solely virtual. AI requires large data centres, powerful servers, high-energy power systems, cooling and reinforced grids. Every layer is metal-intensive and depends on physical materials.

Q6: What role will urban mining play?

Fred White: Urban mining will not replace primary mining, metals demand is growing too fast, but it will contribute a meaningful amount of global metals supply. The scale of the resource already above ground is routinely underestimated, by 2030 we will be generating $130bn of metals in e-waste annually, a huge market and supply side opportunity. Urban mining can have a significant strategic impact in countries like the UK that are geology poor but waste rich, it opens up the opportunity for domestic production and resilience.

Q7:  What are the principal supply-side challenges?

Fred White: The central risk in critical-mineral supply chains is concentration, and it is increasingly a matter of national security. The issue is not only where metals are mined. It is where they are refined and processed.

China remains the dominant midstream processor and downstream refiner across most critical minerals. 90% of the new midstream capacity in the last 20 years has been built there. On top of this, the IEA also notes that refining projects outside China can require 20-150% higher capital expenditure and have around 50% higher operating costs. In short, with the existing infrastructure, China is better at building it and better at operating it.

That is why a new model of midstream recovery is so important. It is not only about security, but about creating an economically viable route to recover domestic material in more places. For DEScycle, the opportunity is clear: the metals already exist, but the UK still lacks the infrastructure to turn them into reliable supply.

Export restrictions, political disputes or operational disruption in a small number of markets can affect whole industries and undermine industrial resilience. New mines and conventional processing plants also take decades to finance, permit and build. They are difficult to scale quickly when demand rises or supply is disrupted.

Distributed plants can add capacity faster and cheaper, in smaller increments, closer to domestic material, and reduce dependence on any single processing centre. That is what resilience looks like in practice.

Q8: How will the balance between mining and secondary recovery evolve?

Fred White: The debate is too often framed as mining vs recycling, but the world will need both with estimates that recycled metals will make up c.30% of global metals supply by 2050. Primary mining remains essential, demand is growing (rapidly), we need to produce more copper in the next 30 years than we have in all of human history.

Mining expands the resource base. Recovery keeps existing metals in productive use. A resilient system needs both, but it also needs far more midstream processing capacity.

Q9: How important are partnerships to DEScycle’s strategy?

Fred White: No company can build a metals supply chain alone. You need secure feedstock, proven processing, engineering capability, customers, and capital. If one part is missing, the technology does not become infrastructure.

At DEScycle, our partners are central to our progress and our plans ahead. GAP Group brings recycling expertise and access to feedstocks. Cisco brings investment, the perspective of a global OEM and is supplying material for a demonstration-scale trial. Mitsubishi Corporation brings investment, metal trading capability, and deep expertise in infrastructure building.

The value of these partnerships is practical, not symbolic. Each one validates a different part of the commercial model and helps move DEScycle from technical proof to repeatable deployment.

Q10: What is DEScycle’s commercialisation roadmap?

Fred White: Our roadmap is straightforward: prove the system, standardise it, then repeat it. The Teesside demo plant is the first stage. It generates the real-world operating data we need on recovery, product quality, uptime and cost using variable feedstock.

The second stage is the first commercial unit, deployed close to reliable feedstock. These are designed to establish a bankable, repeatable asset model, operating within existing industrial sites and demonstrating consistent economics at scale.

The third stage is network expansion across the UK, Europe, North America and Japan. The value then shifts from a single plant to a distributed system of processing nodes that together form a new layer of critical-mineral infrastructure.

Q11: How could domestic recycling capacity influence metal pricing?

Fred White: The immediate impact will be on access and risk, not on global benchmark prices. A single UK plant will not change the international price of copper or aluminium. But it can change the lead time and security of supply for domestic customers; the price is only part of the equation. Local processing reduces transport exposure, shortens supply chains and gives manufacturers another route when overseas capacity is constrained.

For smaller or tighter markets, even modest volumes can have considerable strategic value. Domestic recovery is best understood as economic insurance and a national security asset. It may not dictate the global price, but it reduces the cost of being caught without supply.

Q12: What is your 12 to 24-month price outlook?

Fred White: We do not make specific price forecasts, but the structural conditions suggest continued volatility rather than a sustained return to stable pricing. The most credible forecast is continued volatility. Copper, aluminium and tin should remain supported by grids, electrification, data-centre investment and constrained supply growth. Gold and silver will continue to respond to interest rates, currencies and geopolitical risk, alongside strong industrial demand for silver.

We have a natural hedge built into the business model, so are somewhat insulated from commodity prices. Our most significant cost, procuring the waste feedstock, is based on metal prices. So our cost base and revenue move in tandem with commodity prices.

Q13: How will DEScycle measure its impact?

Fred White: The impact has to be measured in physical outcomes. At plant level, that means tonnes processed, metals recovered, recovery yield, purity, uptime, energy use, traceability and processing time. At network level, it means how much material remains within domestic supply chains, how much recovered metal offsets imports and how many independent processing nodes are operating.

Our goal is to create additional domestic supply, reduce dependence on exposed routes and give industry more options when disruption occurs. Resilience is not independence from the world. It is having alternatives.

Q14: What insights will the TRL7 plant provide?

Fred White: TRL7 is where technical assumptions meet industrial reality, and where what has been proven in smaller controlled environments is exposed to the variability, constraints, and operational pressures of real industrial deployment at scale.

At Teesside, we can test variable commercial feedstocks rather than controlled laboratory samples. We will collect data on recovery performance, product quality, solvent life, energy use, maintenance, process control, staffing and uptime. We will also test the commercial system around the plant, including sampling, assay, logistics, traceability, payment structures and downstream metal qualification.

The central question is repeatability: demonstrating consistent output, safely and economically, over sustained operating periods and across variable feedstocks. That operating evidence is what turns a proven technology into investable infrastructure.

Q15: How can the UK become a leader in critical minerals processing?

Fred White: The UK’s weakness has never been invention; it is industrial deployment. We have world-class universities, engineering talent, mining finance and metals-market expertise. We fund deep-tech well through R+D. Then, when a company needs to build its first commercial facility, the capital route largely disappears. The UK has long been an IP factory for the US and other countries who actually deploy the technologies developed here.

Often technologies are created here and exported abroad, taking manufacturing capability, high-value jobs and supply-chain capability with them. The UK will not become a leader by publishing more strategies or producing more patents. It will become a leader by building and operating commercially viable processing infrastructure.

Q16: What will be most important over the coming decade?

Fred White: The next decade will be defined by who can successfully deploy.

Technology must operate as a complete industrial system, not an isolated process. Partnerships must connect feedstock, engineering, processing, metal sales, and capital. Policy must support the first commercial plant, not stop at the pilot.

The industry already understands the problem. Demand is rising, processing is concentrated, and valuable domestic resources remain underused. The missing piece is not awareness, but infrastructure. Secure metal supply will be built by companies and governments willing to fund, construct, and operate repeatable processing capacity at commercial scale.