A thought-provoking design for filtering microplastics from blood and recycling them. If we had to choose one material to represent the Anthropocene, plastic would deserve it. Nowadays, plastics are mass-produced, used and discarded without reasonable treatment. Waste plastic through the natural environment baptism, produced a large number of microplastics, into the ecosphere. In to the biosphere within the enrichment. Not long ago, I paid attention to the Dutch scientists in the study found the existence of microplastics in human blood. This news triggered me to think deeply about whether this situation will eventually cause harm to human beings. Is it possible for us to recycle microplastics out of blood? Will the rising production of plastics and the constant enrichment of microplastics in nature change the existing social relations? For this reason, I have designed products for future humans to deal with microplastics enriched in the human body. In the future, the increasing amount of plastic in the human body will force humans to recycle blood plastics on a daily basis, but microplastics that are already present in large quantities in the environment as well as plastics that will be produced continuously will continue to burden the environment and create further ecological crises. In this regard, I envisioned the "Blood Plastic Recycling Programme": the government completely banned the production of newborn plastics, all plastics come from human blood recycled plastics, and only government-regulated factories can produce plastics, and personal blood recycled plastics can be exchanged for "Plastic Points" through the platform provided by the government. Individual blood plastics are converted into "Plastic Points" through a platform provided by the government, through which the Plastic Points are redeemed for necessary plastic products. Under the "Blood Plastic Recycling Programme", human blood plastics, environmental microplastics and plastic products have reached a cycle, and the total amount of plastic in the world remains unchanged. This man-made product ultimately strikes a balance between the environment and human society through human beings.
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2026年,论文发表于Cumulus Athens Bloodborne Circularity: A Speculative Regenerative Product-Service System for Microplastic Recovery