Will bioengineering plastic digesting microbes become profitable?
➕
Plus
16
Ṁ431
2050
1.7%
by the end of 2024
56%
by the end of 2034
35%
by the end of 2050
7%
never

Pro:

Environmental Impact and Market Demand: With the increasing global focus on sustainability and the reduction of plastic waste, bioengineered microbes that can digest plastic have significant environmental value. This demand for eco-friendly solutions in both the public and private sectors could drive substantial market growth. Industries ranging from waste management to manufacturing could adopt such technology, making it a profitable venture, especially as regulations against plastic pollution tighten.

Con:

Technical and Regulatory Hurdles: The development and deployment of bioengineered microbes face significant scientific challenges, including ensuring they are effective and safe for the environment. There's also the need to navigate complex regulatory landscapes, which could delay commercialization. Moreover, the economic feasibility of scaling up such technologies to a level where they are profitable might not be achievable in the near future.

https://en.wikipedia.org/wiki/Ideonella_sakaiensis

* Pros and Cons are AI Generated. The prompt engineering, tuning and result filtering was done by me (my meat neurons).

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