DEScycle is a deep tech company that aims to transform the metals industry. It creates innovative metal recovery and recycling methods using eco-friendly Deep Eutectic Solvents (DES). These non-toxic, non-water-based salts enable low-temperature, low-energy operations, resulting in low-carbon, low-impact metals. The company aims to end reliance on high-energy pollutive smelters, toxic chemicals and strong acids in the metals industry.
Investment Rounds
Capital activity and funding progression
Frequently Asked Questions
Where is DEScycle located?
DEScycle is located in London, United Kingdom.
What industries does DEScycle operate in?
DEScycle operates in the following industries: deep tech, metal recovery, recycling, metals processing.
How much total funding has DEScycle raised?
DEScycle has raised a total of $11,500,000.
Who are the investors in DEScycle?
The investors in DEScycle are: SPRIND (Federal Agency for Disruptive Innovation, Germany), EIC Accelerator.
Who are the founders of DEScycle?
The founders of DEScycle are: Fred White, Ian Cockerill, Dr Phil Bird, Dr Leo Howden, Dr Rob Harris, Elena Bulmer, Sungano Mubaira.
What is the primary mission of DEScycle?
DEScycle focuses on revolutionizing the recycling industry by using deep eutectic solvents to extract and recover valuable metals from waste materials in an environmentally friendly and sustainable way.
How does the DEScycle technology differ from traditional recycling methods?
Unlike traditional methods that often rely on energy-intensive smelting or harsh chemicals, DEScycle utilizes proprietary deep eutectic solvent technology that operates at lower temperatures and offers higher recovery rates with a lower environmental impact.
What types of materials can DEScycle process?
The company specializes in processing complex waste streams, including lithium-ion batteries and other electronic waste, to recover critical minerals like lithium, cobalt, nickel, and copper.
Is the DEScycle process considered environmentally friendly?
Yes, the process is designed to be a greener alternative to conventional recycling by reducing carbon emissions, minimizing hazardous waste, and promoting a circular economy through the efficient reuse of materials.