Decarbonization is when we reduce carbon, which is part of carbon dioxide, a gas that makes our planet warmer.
Imagine you have a toy car that runs on batteries. Every time you use it, the battery gets a little weaker. Now imagine your toy car instead runs on something like a tiny fire, every time you use it, it sends smoke into the air. That smoke is like carbon dioxide. If we keep using this fire-powered toy car a lot, the smoke adds up and makes the room hotter.
Decarbonization is like switching from that smoky toy car to one that runs on cleaner energy, maybe a solar-powered one! This way, there’s less smoke, so the room stays cooler for longer.
How it works in real life
In the real world, carbon dioxide comes from burning things like coal, oil, and gas, the same kind of tiny fire we imagined. When we decarbonize, we use more energy from the sun, wind, or electricity that doesn’t need to burn those things.
It’s like having a cleaner toy car that makes less smoke, helping keep our planet from getting too warm!
Examples
- A factory starts using solar panels to power its machines instead of burning oil.
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See also
- Why is renewable energy investment increasing rapidly worldwide?
- What are the biggest challenges facing renewable energy adoption?
- Why is renewable energy transition so challenging?
- Why is there a global push to transition to renewable energy?
- What is Climate Adaptation?