Derek lynch
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I would like to know if plastics can be reverse engineered or are the costs too significant .
The discussion centers on the feasibility and cost-effectiveness of reverse engineering plastics, particularly in the context of environmental concerns. Participants clarify that reverse engineering refers to understanding the production process of plastics, while the primary focus is on degrading plastics using biological methods. Enzymes from certain bacteria have been identified as effective in degrading plastics, offering a potential solution to plastic pollution. Resources such as a comprehensive review on bacterial degradation and articles on newly discovered bacteria that recycle plastic are shared for further exploration.
PREREQUISITESEnvironmental scientists, biotechnologists, and anyone interested in sustainable solutions for plastic waste management will benefit from this discussion.
I still don't understand. When you say "reverse engineer", In English, that means to learn exactly how the plastic was MADE so that you could make it yourself. I think that is not what you mean, yes? You mean how can you DESTROY plastic (turn it into something not harmful), yes?Derek lynch said:Hi thank you for the reply , yes with the state of ocean's and with plastic of all nature is there or is it plausible with the help of physics that plastics of certain types can or could be reverse engineered , I am aware that they have found enzymes that can eat plastic to degrade it ,my goal is to educate myself more about the subject and help if I can.