Could Small Modular Nuclear Reactors solve the Cost Of Living Crisis in the UK

The video discusses the decommissioning of a nuclear plant in Manchester, highlighting the long-term management of radioactive waste. It explores the history and future of nuclear energy in the UK, noting the decline in operational plants and the government's goal for nuclear energy to supply 25% of the country's power. The video introduces small modular reactors as a potential solution, emphasizing their cost-effectiveness and factory-built design. However, it also addresses the challenges and competition these reactors face, as well as the broader implications of nuclear energy on energy independence and long-term costs.

What is the primary challenge associated with decommissioning old nuclear plants?

• Finding new locations for power plants

• Managing radioactive waste safely

• Increasing the plant's energy output

• Reducing the cost of electricity

By 2030, how many nuclear plants are expected to be operational in the UK?

• Three

• Five

• Two

• One

What is a key advantage of small modular reactors compared to traditional nuclear plants?

• They can be built in a factory

• They produce no waste

• They require no maintenance

• They are powered by solar energy

What is a significant risk associated with the construction of small modular reactors?

• Unproven technology in real-world scenarios

• Complex on-site assembly

• High investment costs

• Lack of skilled labor

Why is it incorrect to assume nuclear energy can solve the immediate energy crisis?

• Nuclear energy is not reliable

• Nuclear plants are too expensive to build

• Nuclear plants take many years to become operational

• Nuclear energy is not environmentally friendly