Saturday, September 13, 2025

Turning Farm Waste Into Carbon-Neutral Hydrogen

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A new way to make hydrogen from farm waste is better for the environment. It uses less energy and doesn’t create greenhouse gases. This process changes bioethanol into clean hydrogen and acetic acid. Most hydrogen is made from natural gas, which is not great for the planet. But this new method is different.

A team at the University of Cardiff has found a way to make hydrogen from bioethanol and water. They use a platinum and iridium catalyst. This process is good because it doesn’t make carbon dioxide. The team thinks this method can be used on a large scale and be profitable. They now need investors to start a demonstration plant.

Hydrogen is important for industries like steel and transportation to become greener. Even though the process also creates acetic acid, the amount of hydrogen made is not enough to meet the world’s needs for clean energy. Still, this new method can help make the chemicals industry more eco-friendly.


Vocabulary List:

  1. Hydrogen /ˈhaɪ.drə.dʒən/ (noun): A chemical element (symbol H) that is a colorless odorless gas and is the lightest of all gases.
  2. Bioethanol /baɪ.oʊˈɛθ.ə.nɔl/ (noun): A type of biofuel that is produced from plant materials.
  3. Catalyst /ˈkæt.əl.ɪst/ (noun): A substance that increases the rate of a chemical reaction without undergoing any permanent chemical change.
  4. Greenhouse gases /ˈɡriːn.haʊs ˈɡæs.ɪz/ (noun): Gases that trap heat in the atmosphere contributing to the greenhouse effect and global warming.
  5. Acetic acid /əˈsiː.tɪk ˈæs.ɪd/ (noun): A colorless organic compound with a pungent smell commonly used in cooking and as a chemical reagent.
  6. Eco-friendly /ˌiː.koʊˈfrɛnd.li/ (adjective): Not harmful to the environment; promoting a sustainable or environmentally friendly practice.

How much do you know?

What is the main advantage of the new method to make hydrogen from farm waste?
Uses less energy and doesn't create greenhouse gases
Produces more hydrogen than natural gas
Requires expensive catalysts
Causes harm to the environment
Which university developed the method to make hydrogen from bioethanol and water?
University of Oxford
University of Cambridge
University of Cardiff
University of London
What are the products of the process that changes bioethanol into hydrogen and acetic acid?
Carbon dioxide and methane
Hydrogen and nitrogen
Clean hydrogen and acetic acid
Sulfur dioxide and oxygen
Why is hydrogen important for industries like steel and transportation?
To increase greenhouse gas emissions
To reduce costs
To become greener
To worsen environmental impact
What does the new method to make hydrogen from farm waste use as catalysts?
Gold and silver
Platinum and iridium
Copper and zinc
Nickel and chromium
What is the limitation of the new method in terms of meeting the world's clean energy needs?
It cannot produce hydrogen
It requires too much water
It creates too much acetic acid
It doesn't produce enough hydrogen
The new method to make hydrogen from farm waste doesn't create greenhouse gases.
The new method to make hydrogen from bioethanol and water uses a platinum and iridium catalyst.
The team at the University of Cardiff believes their method cannot be profitable on a large scale.
Hydrogen is only important for the pharmaceutical industry.
The amount of hydrogen produced by the new method is sufficient to meet the world's clean energy needs.
The new method helps make the chemicals industry more eco-friendly by reducing waste products.
The team at the University of Cardiff needs investors to start a plant.
Most hydrogen is currently made from gas.
The new method changes bioethanol into clean hydrogen and acid.
Hydrogen is important for industries like steel and to become greener.
The new method to make hydrogen from farm waste uses a platinum and catalyst.
The amount of hydrogen made by the new method is not enough to meet the world's needs for clean .
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