Scientists turn plastic waste into clean hydrogen fuel using sunlight

[Logic]

"Scientists are using sunlight to turn plastic waste into clean fuels like hydrogen, offering a breakthrough solution to both pollution and energy challenges. While still in development, the approach could transform trash into a valuable resource for a low-carbon future..."
https://www.sciencedaily.com/release...0504023841.htm


Here's the direct link to the research mentioned in that @SciTechera
Opportunities and challenges in sustainable solar fuel production from plastics

This is primarily a perspective/review from Adelaide University researchers highlighting recent advances in solar-driven photoreforming of plastics (like PET and polypropylene) into hydrogen + valuable chemicals (formic acid, acetic acid, etc.) using catalysts such as Titanium Dioxide and high-entropy oxides.

Related/Supporting Research
High-entropy oxide/oxynitride catalysts for plastic photoreforming

This is a real, active research area with promising lab results on turning plastic waste into clean hydrogen and chemicals using sunlight.
It’s still early-stage (challenges with real-world mixed plastics, catalyst durability, product separation, and scaling remain).
But the concept is solid and gaining traction.


(Naturally you will be 6 billion dollars and 6 years into this and still wondering where all the:
"You need this, that and the next 1000 licences, permits, safety studies etc" and just plain bribes came from...
So no; your DIY solar home plastics recycler is NOT available at Walmart)

[freebeard]

...So no; your DIY solar home plastics recycler is NOT available at Walmart)

We'll always have DIY flash graphene,

[freebeard]

Maybe the highest use for Boron is to use it in a fusion reaction to produce Helium.

Originally Posted by DDG Search Assist

Proton-boron fusion is a type of aneutronic fusion that produces energy primarily in the form of charged particles, reducing neutron-related challenges like radiation and reactor maintenance. This reaction requires extremely high temperatures, around 1.5 billion kelvin, making it more difficult to achieve than other fusion reactions like deuterium-tritium fusion.
Wikipedia Physics World

Difficulty: 10x the temperatures required by Tokamak.