About Us
Protect, Learn, Act for a Sustainable Future!
We are high school students from VIS committed to sustainability and reducing plastic waste. Our project, PLAstic Cycle, focuses on studying PLA plastics and finding practical ways to break them down. Through hands-on experiments, we aim to raise awareness about biodegradable plastics and their environmental impact. By sharing our research, we hope to inspire more people to make sustainable choices and contribute to a cleaner future.
Our Story
In class, our teacher showed us videos about microplastic pollution in the ocean. While we were already aware of this problem, we realized that many people weren't taking action to solve it. So, we decided to take matters into our own hands. We created the PLAstic Cycle to explore how PLA plastics decompose and whether they can be a sustainable solution to plastic waste. Through experiments and research, we find a practical way to break down PLA and raise awareness about biodegradable alternatives. By sharing our findings, we hope to inspire others to make more sustainable choices and take action for a cleaner, healthier planet.
PLA Plastics
What is PLA?
PLA (Polylactic Acid) is a biodegradable plastic derived from renewable resources such as plant starch, sugarcane, and corn. As a polyester composed of lactic acid and lactide, it offers a more sustainable alternative to conventional plastics. PLA is widely used in food packaging, disposable cutlery, 3D printing, and various industrial applications. It is identified by the recycling symbol 7, indicating that it requires specific conditions for proper disposal and decomposition. Unlike traditional plastics, PLA does not break down easily in standard environments. It requires heat, moisture, and microbial activity to decompose efficiently. Our experiment examines the breakdown process of PLA under controlled conditions, providing insight into its effectiveness as a sustainable material.
Why Did We Choose PLA?
Despite being biodegradable, PLA is often mistaken for traditional plastic and disposed of improperly. Without the right conditions, it can persist in landfills just like traditional plastics, undermining its environmental benefits. Many consumers are unaware of how PLA works or how to handle it correctly. Through our experiment, we aim to demonstrate PLA’s decomposition process and its potential as an eco-friendly solution. By raising awareness and promoting responsible disposal methods, we hope to encourage more sustainable practices within our community.