The collector is an integral part of RiverRecycle’s solution to solve marine waste, one of the biggest global challenges of today. With Huhtamaki’s support, a prototype waste collector was built and tested in Finland. This was then transported to and assembled in Mumbai, where it is now operational and where it will be collecting waste from the Mithi River for the next 12 months.
Thomasine Kamerling, executive vice president sustainability and communications, Huhtamaki, said, “We believe in protecting food, people and the planet. We also believe that cooperation across the value chain with key stakeholders is needed to address global sustainability challenges, for example such as in this case marine plastics. If we want to drive systemic change, we not only need to support the development and commercialization of innovation that can help stop waste from getting into the oceans, but we also need the monetization of waste and Incentivisation of local communities to improve their waste management practices.”
Anssi Mikola, CEO and founder of RiverRecycle, said, “When operating in a circular economy, cooperation among different players is fundamental to sustainability. Huhtamaki funding enabled us to complete two of the three parts of our journey of transforming plastic waste into a resource, with the positive engagement of affected communities. Huhtamaki’s commitment is an example of how collaboration helps solve global problems such as plastic waste pollution.”
The Mithi River project is an India-based citizen-led environmental movement. In addition to building, setting up and operating the river cleaner for a year, Huhtamaki’s donation has been used to organise local hands-on workshops on effective waste management and recycling with a view to drive systemic change. The project also provides input to VTT Technical Research Centre of Finland on the floating waste and its seasonal variations that can be used to optimize clean-up operations and recycling processes for the future.
Jukka Sassi, senior scientist, VTT Technical Research Centre of Finland Ltd., said, “The Huhtamaki funding enables the adaption of optical sensors and drones in the detection of floating plastic objects and differentiation of plastics from organic material. VTT’s contribution also includes pyrolysis test runs and assessing chemical recycling of the recovered plastic waste fractions. At a broader level we aim to enhance circular economy solutions for the global challenge of plastic waste pollution. In addition to the technology involvement, we also appreciate the collaboration between local partners and communities as an essential part of the successful project implementation.”
The ambition is to have 100% of its products designed to be recyclable, reusable or compostable by 2030. In India, where Huhtamaki has 16 units and manufactures mainly high-quality flexible packaging that protect for example food, pharmaceuticals and personal and home care products, the Company has already several recyclable flexible packaging structures in the market under its Huhtamaki blueloop concept. In addition to the Mithi River project, Huhtamaki is contributing to the building of necessary recycling infrastructure by setting up a pilot recycling plant for flexible packaging in India which should be operational by the end of 2021.
Sudip Mall, managing director, Flexible Packaging India at Huhtamaki, said, “We are excited to be a part of this global partnership and the development of the technology enabling us to clean Mithi, the only river that flows through the heart of Mumbai. This project promotes sustainability with a holistic approach by collecting plastic waste, while also empowering local communities to gain knowledge and employment.’’
The Mithi River project is one of three initiatives that Huhtamaki funded as part of its 100-year anniversary to address global sustainability challenges and build and learn from circular economy initiatives globally.