AMP Robotics develops AI-powered system for recovery of film and flexible packaging
AMP Robotics Corp. is developing an AI-powered automation solution to improve the recovery of film and flexible packaging. This innovation for material recovery facilities (MRFs) aims to tackle the persistent challenge of film contamination.
One percent of U.S. households have curbside access to recycling film and flexible packaging The Recycling Partnership estimates. Yet film and flexibles comprise the fast-growing and second-largest valued packaging segment, behind only corrugated containers and ahead of bottles and other rigid plastic packaging. Close to 95 pounds of these materials, including grocery and storage bags, pouches, and wrappers, are found in the average U.S. home each year.
The recycling industry lacks infrastructure for the identification and separation of film and flexible packaging, and these materials jam MRF equipment not designed to handle it. Even two to three percent of film in overall MRF streams can be unmanageable to remove manually, often damaging equipment, necessitating downtime, and hindering the recovery of recyclables. Film and flexible packaging find their way into every line in an MRF, resulting in high levels of contamination. But most of these materials, given their light weights, make their way onto fibre lines. Film contamination degrades fibre bale purity, leading to revenue loss or the need for additional post-processing downstream.
AMP's solution, AMP Vortex, is an AI-powered automation system for film removal and recovery in MRF environments. AMP's system targets film contamination and is initially optimized for quality control on fibre lines. Vortex provides the industry with the most flexible and adaptable solution targeting film; it can be deployed as a retrofit solution in various configurations to accommodate different belt sizes and inclines.
"Innovation and infrastructure improvements are vital to helping MRFs process this challenging, prolific material type and increase recycling rates for residential film and flexible packaging," says Matanya Horowitz, founder and CEO of AMP Robotics. "AI is laying the groundwork to reduce the contamination burden on MRFs and scale the recycling of film and flexible packaging."
Because these materials are complicated and expensive to reprocess into raw materials, end markets for film and flexible packaging have been limited. While flexible packaging has been almost uniformly single-use, major brands continue to make commitments to use more recycled content in their products, and several states have recently adopted laws aimed at ramping up the use of post-consumer resin in plastic products and packaging. AMP is developing Vortex to target and recover film and flexible packaging for baling and selling.
"With our latest technology innovation for more efficient, profitable recycling operations, we aim to boost recovery and drive demand for products manufactured from recycled film and flexibles to develop and support end markets," says Amanda Marrs, senior director of product for AMP Robotics. "This effort is key to addressing the plastic waste crisis and diverting millions of tons of recoverable material from landfills annually."
Vortex emerged from AMP's Customer Innovation Program (CIP), a technology program focused on collaborating with industry stakeholders to develop new AI-enabled automation applications for the recycling industry.
In alignment with its efforts to economically recover this material type, AMP is a member of The Recycling Partnership's Film and Flexibles Recycling Coalition, part of the partnership's Pathway to Circularity Initiative, a broad group of industry stakeholders seeking to increase curbside collection of film recycling and support end markets for film and flexible products. The coalition's primary focus in 2022 to 2023 is proving efficient and effective collection through pilot projects as well as infrastructure and optimization grants.
AMP has started its pre-release of Vortex to the market, actively working with initial users on deployment. The company expects to be in full production release in 2023.