ICT Reverse

Company Profile

ICT Reverse is one of the UK’s leading, fully accredited IT asset disposition (ITAD) providers for data-bearing ICT equipment. We deliver comprehensive asset management services nationwide, with over 20 years of experience in secure electronic recycling. We offer hassle-free e-waste solutions for PCs, smartphones, laptops, hard drives, and more. Committed to 0% landfill and 100% data destruction policies, we ensure all redundant IT equipment is collected, processed, and sanitised securely, legally, and in full compliance. Our services support organisations in protecting data, meeting regulatory requirements, and achieving their environmental sustainability goals through responsible IT disposal practices.

Approach to Healthcare

ICT Reverse is proud to support the NHS with their sustainability goals, and ultimate goal of net zero. ICT Reverse helps to create a circular economy by reusing and recycling used IT, whilst adhering to strict data security controls.

Impact of Products / Services on Healthcare

ICT Reverse is committed to keeping waste as high up the waste hierarchy as possible, which also contributes towards the NHS net zero goals. A benefit of this often means that we are in a position to offer a rebate to the NHS Trusts post collection of their depreciated assets. This rebate can be used to reinvest in other areas of need.

Innovation

Innovation is at the forefront for ICT Reverse, our services are always evolving, to keep up to date with the latest in data security. We have recently launched our new shredding truck, this is a custom made vehicle which allows us to shred hard drive disks and other data bearing assets at the customers premises. This service is especially tailored for customers such as the NHS who need to witness the destruction of HDD’s to comply with strict guidelines.

Future Direction

ICT Reverse continues to work with Lancaster University on our bioleaching project, we have now established a method for recovering precious metals from printed circuit boards using bacteria, which is far more environmentally friendly than traditional methods such as smelting. Our next step in this project is to increase scalability whilst remaining commercially viable. This would be of huge benefit to the NHS and supporting their net zero goals.