Wood,a global leader in consulting and engineering, is working in partnership with Juno, a Georgia-Pacific (GP) company, on the delivery of its groundbreaking waste recovery solution. Juno® Technology can divert up to 90% of the municipal waste it processes away from landfills and recover it for valuable recycled materials.

As part of a framework agreement, Woodwill deliver full engineering, including Front End Engineering Design (FEED) and detailed Engineering, Procurement and Construction Management (EPCm), for Juno as it develops new waste processing sites globally. Additionally, Wood will support ongoing maintenance operations of facilities once complete.

Giuseppe Zuccaro, President of Process & Chemicals at Wood, said: "Bringing together Wood's complex engineering capability with Juno's innovative technology is an exciting opportunity to support our client deliver a circular economy solution. Creating a more sustainable future is a strategic priority for Woodand this breakthrough project to reduce landfill waste and help circulate reclaimed materials back into the economy for future reuse is a purposeful proposition."

Juno Technology uses a proprietary process to recycle materials from waste streams destined for landfills or incinerators. The process sanitises the waste and recovers commodities such as paper fibers, plastics, and metals for reuse, and can turn food waste into reuseable biogas.

Christer Henriksson, President of Juno said: "We are excited to partner with Woodas we scale our Juno Technology and build out our pipeline of projects in North America, Europe, UK and Australia. Juno Technology can process Municipal Solid Waste and out of what is processed, divert up to 90% away from landfills. This can help cities and communities meet their sustainability goals."

The FEED for Juno's first full commercial waste processing facility in the UK is underway.

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John Wood Group plc published this content on 16 May 2024 and is solely responsible for the information contained therein. Distributed by Public, unedited and unaltered, on 16 May 2024 12:11:03 UTC.