Cornish Lithium, a leading mineral exploration company, has announced a strategic partnership with managed service provider Aztek to deliver essential IT infrastructure for its new lithium extraction demonstration plant.
Since i2016, Cornish Lithium has relied on Aztek to provide the IT backbone for its operations. The partnership has evolved over the years, expanding to support the company’s complex lithium extraction processes.
The latest collaboration focuses on the Trelavour Project near St Austell, where Cornish Lithium is developing innovative lithium extraction technologies from hard rock. The demonstration plant, which opened earlier this month, is a significant milestone in the UK’s lithium production journey. By establishing a domestic source of lithium, Cornish Lithium aims to reduce the nation’s reliance on imports and contribute to a low-carbon future.
Jeremy Wrathall, chairman of Cornish Lithium, said: “Aztek’s expertise in IT infrastructure has been instrumental in helping us reach this critical point. Their support allows us to focus on developing sustainable lithium extraction technologies, confident in the knowledge that our digital infrastructure is in safe hands.”
Aztek’s involvement in the project includes the installation of secure wireless internet, advanced IT systems, dedicated servers, and CCTV. Their managed IT support and cyber security services ensure the demonstration plant operates efficiently and safely in an increasingly digital world. As cyber threats pose a growing risk to green energy initiatives, Aztek’s expertise is vital in protecting Cornish Lithium’s operations.
Anthony Hudson, managing director of Aztek, said: “Our goal has always been to provide a secure and scalable IT infrastructure that not only supports their immediate needs but also their long-term vision. The work we’ve done at the Trelavour Project is designed to ensure that Cornish Lithium has the robust digital foundation needed to advance their green energy goals.”
Image: Cornish Lithium Trelavour Project © Cornish Lithium
