DEScycle Introduces Teesside Minerals Processing Plant in the U.K.

DEScycle announced the launch of a mineral processing plant at Wilton Center in Teesside. This step has been taken in order to boost the indigenous supply of important minerals and reduce the need for imports. The U.K. government’s Critical Minerals Strategy targets to achieve 20% of the net annual critical minerals demand through recycling by 2035. This new center will demonstrate how important metals can be extracted from electronic waste, rather than importing them.

The facility was also visited by Chris McDonald, who promised an investment of USD 57.12 million to enhance the country’s indigenous valuable metals production and reduce reliance on imports. This is a demonstration facility that has 250kg of output capacity and approximately 50 to 100 tons of electronic scrap processing capacity in its early stages. The company has planned to utilize this demonstration site to shift from the initial stage to a full-blown production scale.

GAP Group, which has collaborated with DEScycle, will supply scrap printed boards and electronic feedstocks to this plant. The company plans to extract gold, copper, silver, and palladium, and also plans to develop the ability to extract tin, iron, and aluminum. Anna Turley and Ben Houchen inaugurated the facility, who were accompanied by regional leaders and industry investors.

According to Anna Turley, the country exports a big chunk of electronic waste for processing and important metal extraction. Ben Houchen says that this demonstration plant is the national benchmark for the use of advanced technologies to extract valuable metals from electronic scrap. He also said that this plant will generate significant employment opportunities in the region.

Impact on the Chemical Industry

According to Precedence Research, the inauguration of the Teesside critical mineral processing plant will open up new doors for the chemical industry as the electronic scrap processing segment gains traction. With the increasing adoption of electronic devices in the routine lives of people, the amount of electronic waste being generated is growing rapidly. This increases the economic potential of the extraction of valuable metals used in various electronic components. Even though in each device those metals are in tiny quantities, the sheer amount of scrap produced makes up for it.

Impact on the Scrap Metal Recycling Market

The global scrap metal recycling market size accounted for USD 436.11 billion in 2025 and is predicted to increase from USD 458.70 billion in 2026 to approximately USD 722.65 billion by 2035, expanding at a CAGR of 5.18% from 2026 to 2035.

According to Precedence Research, the launch of Teesside critical mineral processing plant is expected to positively impact the scrap metal recycling market because it represents a significant technological advancement and adoption of innovative processing techniques at a production scale.

This market conventionally has had only been involved in processing scrap which has a significant proportion of metal, but electronics devices have very small amount of metal by weight. Such a new segment will increase the economic scale of the market as electronics is being used more and more, and it enters new industries due to automation needs.

Impact on the Recyclable Waste Market

According to Precedence Research, the recyclable waste market is expected to expand due to the rapid development of electronic scrap metal extraction technologies. Electronic devices contain several high utility metals, which have significant economic importance in various industries. This segment will add significant value to the market as more and more countries are promoting the establishment of such facilities to process their electronic waste and benefit from the extracted metals rather than just exporting it to be processed in some other country.

Expert Opinion

According to Leo Howden, this plant serves as one of the first demonstrations of electronic scrap critical metal processing and will serve as a model to establish larger-scale facilities in the future. Mary Creagh supported the decision, acknowledging the huge amount of electronic scrap produced each year and the need to optimally process it to maximize the national benefit using advanced technologies. Louise Heathwaite emphasized the contribution of governmental support in the development of the processing technique as UKRI had supported the University of Leicester to make it possible.

About DEScycle

DEScycle is a metal processing company that focuses on extracting metals through its proprietary ionometallurgy technology. The company concentrates on developing processes that provide metal to various industries while maintaining a low carbon footprint. This technology helps to put the high-utility metal value back into the economy rather than it leaking out continuously through exports. The company has production, research, and economic prowess to efficiently and reliably extract valuable metals from the electronic waste in reasonable purity. Such initiatives can be significantly beneficial for the country as they provide help on multiple fronts, be it decreasing exports, increasing imports, boosting economic activity, developing new technologies, and adopting the modern trend of efficient manufacturing.