#*reflection

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Plastics have a distinct and practical set of characteristics. Its molecular structure can be modified to exhibit various properties, such as flexibility or hardness, transparency or opacity. They are generally simple and inexpensive to produce, durable, lightweight, and waterproof. The majority of modern plastics are made from fossil fuels like natural gas or petroleum and numerous industries have thousands of patented plastics, all of which have special qualities that make them suitable for their intended use.

Low cost, durability, and corrosion resistance make plastics inherently irreplaceable in many applications. Plastic is most frequently used for packing and architectural elements like piping. Plastic is often crucial to infection and contamination control in the medical sector. It is not possible to recycle the syringes, pipettes, and gloves used in biomedicine and healthcare. While the overuse of plastic packaging is alarming, it is essential to package goods in order to protect their quality while being transported or to preserve food quality and safety or freshness. While some may consider small or travel-size toiletries and personal hygiene products to be wasteful, they are essential for giving some of our most vulnerable populations access to cheap sanitary choices, such as the homeless or low-income households.

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The issue with plastic waste is one of waste management.

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While plastic is resilient, this also means that, if improperly managed, plastic waste could be kept in our environment for millennia. While plastics rapidly break down into individual parts as a result of abrasion, their polymer chains break down into other individual components only at extreme temperatures, such as in certain chemical recycling processes. This phenomenon causes the presence of microplastics. Microplastics are also a cause for concern as they are ubiquitous in the ocean and can pose physical and toxicological risks to organisms and humans.

The "linear economy" paradigm, also known as "take-make-discard," is still prevalent in today’s society. In this model, raw resources are used to build products, which are then discarded after a brief period of usage. If we can keep in mind the 3Rs: Reduce, Reuse, and Recycle—in that precise order of priority—transitioning to a more sustainable lifestyle is not rocket science.

Reduce. By consuming only what we necessitate and minimizing useless surplus, we may reduce our overall consumption all while preserving our environment.

Reuse. Reusing existing materials will extend their useful purpose. It's about giving our materials a second life by repairing or recycling them.

Recycle. In a circular economic paradigm, closing the loop requires recycling the garbage we eventually produce. Recycling plastic is undoubtedly an important step on the path of a circular economy but going there takes effort at each and every stage of a product's entire life cycle, from creation through waste disposal.

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To stop plastic waste from polluting our planet, we must work together.

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