Research & Innovation

Electricity Generation Makes Top Ten of Best Inventions’

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Electricity Generation Makes Top Ten of Best Inventions’

Electricity Generation Makes Top Ten of Best Inventions’
February 18
15:02 2014

In a new survey, published by the Institution of Chemical Engineers (IChemE), chemical engineers have voted for what they consider to be the most important chemically engineered inventions and solutions of the modern era – with drinking water, petrol and antibiotics topping the poll.

With a global population of over seven billion people, chemical engineers provide many of the foundations for the modern world by producing a vast array of products and solutions on an industrial scale including energy, healthcare, water and food production.

From a shortlist of over 40 inventions, chemical engineers1 have voted for their most important chemically engineered solutions over the past century. The ten inventions, considered to have made the biggest impact on society, were:

1. Drinking or potable water

2. Petrol or gasoline (and other fuels including diesel)

3. Antibiotics

4. Electricity generation (from fossil fuels)

5. Vaccines

6. Plastics

7. Fertilizer

8. Sanitation

9. Electricity generation (from non-fossil fuels)

10. Dosed medications (such as tablets, pills and capsules).

Some notable inventions which didn’t make the top ten included biofuels (11th), contraceptives (12th), batteries (13th), the catalytic converter (14th), adhesives (28th), pneumatic tyres (39th) and photographic film (41st).

David Brown, IChemE’s chief executive, says: “Chemical engineering is a remarkable profession. It can take the smallest of discoveries in laboratories – from all fields of science and technology – and replicate them on a mass scale, consistently and economically. The facilities and plants built to deliver products like petrol and clean water are equally impressive. It is easy to forget how complex they are. Here too, chemical engineers make a major contribution to the design and operation of industrial facilities, and their safe management.

He continues: “As the global population grows to an estimated nine billion by 2050, issues like energy generation, the management of health, water supply and food production will become more challenging. They are issues that chemical engineers are already looking at to find the next generation of sustainable solutions.”

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