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Post by account_disabled on Jan 22, 2024 2:04:58 GMT -5
According to research by the European Commission, the amount of plastic packaging waste in the region is expected to increase by 19% by 2030 and is expected to reach up to 46%. Faced with this situation, the European Union (EU) established a series of objectives that require innovation both in the development of new materials and packaging and in recycling processes. Andrés Sala , AINIA specialist , revealed that the technology center is working on the Revaloriza project, which is aligned with different EU goals such as: Restrict unnecessary packaging and encourage reusable and refillable packaging, in order to reduce the amount of waste generated Boost high-quality recycling, with the aim of making all packaging on the EU market recyclable in an economically viable way by. Reduce primary natural resource needs and create a well-functioning secondary raw materials market, increasing the use of recycled plastics in packaging through mandatory targets. For the AINIA specialist, it is necessary to innovate both in the development of new materials and more recyclable containers, as well as in recycling processes to improve their efficiency and so that they can be applied to Telegram Database a greater number of containers. You may be interested in: They work for a legal framework for bioplastics, biodegradable and compostable plastics Recycling as the main challenge in the plastic packaging industry According to Sala, among the packaging materials available are biodegradable plastics , which were designed to biodegrade or compost once their useful life ends. These have the advantage that they do not come from fossil sources, however, the processes followed to obtain them are expensive. The application of recycling technologies to this type of materials would contribute to the optimization and lowering of their production and to lengthening their useful life, also contributing to achieving the recycling rates set by the EU,” he continued. The Revaloriza project will use chemical recycling processes to recycle various types of biodegradable plastics. The objective is to obtain the basic components known as "building blocks" and use them to produce the original material again through recycling. The "building blocks" obtained will be used as raw material in the formulation of polymers with advanced properties, in addition to obtaining other compounds with high added value, which will allow their reuse.
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