MCM GreenTech
focus on sustainability
Sustainability is at the heart of everything we do.
Our work aims to refurbish, renew, recycle and reuse and as such, we prioritise rehabilitation over replacement wherever possible in the solutions we deliver for our clients.
This commitment to innovation and reducing waste extends to our work practices as well and over the last two decades we’ve developed and incorporated many technologies which minimise the impact of our services on the environment. In 2020 we officially launched sustainable initiatives and products to our customers and the broader community.
How we do it
Wherever we can, we implement innovative technologies and cleaner products and practices.
We partner with Go8 Universities (UNSW) and Government bodies as part of our ongoing commitment to research and development to further develop and innovate sustainable electrochemical technologies which more efficiently extend the life of critical infrastructure. We’ve also rolled out green work practices such as solar-powered site sheds and office facilities, specialised containment systems and grey water recycling on site to minimise the environmental impact of our operations wherever we are.
MCM GreenTech is a perpetually improving space which will evolve as we continue investing in finding better, cleaner, more efficient products for our clients, and ways of going about our business. Through growing MCM GreenTech, we aim to conduct the most sustainable remedial business possible.
Sustainable Structural Maintenance
MCM GreenTech Shield
As an industry leader in the field of electrochemical protection and structural remediation, MCM’s GreenTech division is focused on the research, development, and application of innovative approaches to Cathodic Protection, electrochemical chloride extraction, and realkalisation of large, steel-reinforced concrete infrastructure.
Via extensive research and collaboration, MCM have developed their patented MCM GreenTech Shield (MCM GTS), a novel Electrochemical Chloride Extraction (ECE) system founded on the principles of efficiency, and reusability, leading to an overall reduction in CO2 emissions throughout the project lifecycle.
