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Homeland could be the place where one was born, or where one lives and has been striving for a good life. In China, there are groups of people who make a living by collecting waste from the city and selling it to downstream markets. They are usually migrant workers from the countryside who are struggling in cities. A well researched site is a village named Dongxiaokou on the outskirts of Beijing. This village witnessed its heyday in manual waste recycling before the government started to displace this population in the 2010s. To the rest of Beijing these people and their work don’t look appealing. However, considering the amount of waste they helped the city to process, they should be treated with respect and care instead of being displaced. This project is about reconsidering waste – not only in China, but also around the world. By looking into possibilities of using plastic waste as a construction material, this project proposed a workshop for empowering displaced people by inviting them to return and work here.
The idea for this new currency is to encourage people to consider the amount of effort waste workers devote into recycling compared to the profit they make from this business.
The diagram depicts several key processes in manual waste recycling. Most of the time these workers are not well protected and are directly exposed to waste and unknown hazards.
This modular brick is designed to help waste workers build their homes as quickly, easily and safely as possible. This reconsiders the value of plastic waste and the definition of home for waste workers.
The drawing illustrates a proposed circular economy model, on the old site of Dongxiaokou waste village. Four phases – use, disposal, manufacture, and distribution – show how plastic is integrated in our lives and how it could be recycled.
The final presentation of the drawing is in a literal loop – to resonate with the idea of a circular economy. Taking a closer look, the audience could find some lively and highlighted moments showing the cultural context and key recycling processes.