What problem does our technology try to solve?
Nuclear power plants were invented to create a large amount of energy using a small amount of fuel and to reduce the greenhouse gases released into the atmosphere. A 8.5g pellet of Uranium can provide as much energy as 1 ton of coal. Nuclear power plants do not release greenhouse gases and are better for the environment.
What are the main parts of a nuclear power plant and what are their functions?
There are many components of a nuclear power plant that allow it to function.
- Fuel Rods – Provide Uranium atoms for the fission process.
- Control Rods – Control the fission rate in the reactor.
- Moderator – (usually water) Located inside the reactor, slows down Uranium molecules.
- Generator / Turbine – Turns steam into electricity.
- Containment Chamber – Keeps steam in and covers reactor and steam generator. (barrier)
- Condenser – Condenses steam to pass through turbine.
- Pumps (water pumps) – Pumps cool the reactors. Water being pumped through the systems pushes water past nuclear core and removes heat.
- Cooling Tower – Dissipates heat into atmosphere.
- Pipes – Transfer water and steam throughout the power plant.
- Steam generator – Convert water into steam from heat produced in the nuclear reactor.
How does a nuclear power plant produce energy?
Nuclear energy is produced from the splitting of Uranium atoms. This process is called fission. This generates heat which creates steam that passes through a turbine and generates energy.
What are the social implications?
There are pros and cons to power plants based on their affect on society.
- Job Intensive – Power plants create a lot of job opportunities and offer a lot of different specialties for everyone.
- Resilience – Nuclear power plants are very resilient during harsh weather, which means the jobs created by the power plant will be available year.
- Low operating costs – Power plants cost very little to power, as not very much fuel (uranium) is required to create energy.
- Explosive – If an explosion was ever to occur in a nuclear power plant, the radioactivity released into the atmosphere would have severe consequences. The community would be evacuated and would never be able to come back.
- Size – Nuclear power plants are large in size and have many components that take up a lot of space. The cities in which nuclear power plants are located must limit the expansion of homes to ensure there is enough space to construct the power plant.
What are the environmental implications?
- No greenhouse gases – Nuclear power plants do not release greenhouse gases into the atmosphere. They do not use fossil fuel to produce energy, therefore carbon dioxide emissions are not released from the power plant.
- Resilience – Nuclear power plants are very resilient to extreme weather conditions. Therefore, they continue to produce energy all year.
- Fuel efficiency – To create power in a nuclear reactor, uranium rods are used as a fuel source. An 8.5g pellet of uranium can produce as much energy as one ton of coal. Using nuclear power plants to produce energy will save fuel resources.
- Explosions – Nuclear power plants are full of radioactive particles. If something goes wrong, the whole plant could explode. The radioactive particles would spread into the atmosphere and travel many miles around the city it exploded in. This would change how plants, animals and humans live in these areas.
- Size – Nuclear power plants are very large and take up a lot of space in cities they are located in. Tearing down trees and altering the environment surrounding the plant may be necessary to build a plant.
- Disposal – There is no safe way to dispose of nuclear waste. Often it is buried or kept in chambers with a moderator until their radioactivity rate has decreased. They can cause damage to the environment and surrounding habitats.
Evaluate – Does your technology do its intended task?
In my opinion, nuclear power plants do a great job of creating a large amount of energy with a small amount of fuel.
Le meilleur enseignant devrait avoir de la patience, la creativite et la passion. Il devrait aider leurs eleves avec les questions de francais et utiliser l’information des endroits francais pour inspirer ses etudiants.
How might your digital footprint affect your future opportunities?
Your digital footprint can have a big affect on your future opportunities. Whether your digital footprint is good or not, will determine if your digital footprint has a negative or positive affect on your future. Your future employer may find your social media platforms, your posts, things you have saved and things you have said. If they are disappointed with what they see, you may lose the opportunity to work at that job. The same thing can happen with Universities.
The opposite thing can happen as well. If your employers like what they see through your digital footprint, they may choose to hire you over someone else. Your digital Footprint can open many doors and give you many opportunities in the future.
Strategies that can help you keep your digital footprint appropriate and safe.
There are many strategies to use that can ensure that your digital footprint represents you the way you would like to be viewed. Some of the strategies are setting personal rules for your use of social networks and websites. Always ensure that the websites you are using are trusted and secure and to always think before you post. Another strategy is to always keep in mind that nothing is deleted, once it’s posted, it is always going to be there. Connecting with people who you do not know online can also affect your digital footprint.
What Information did you learn that you would pass on to other students? How would you tell them?
I would tell other students that anything and everything you do online can and will be saved. I would want them to know that there is a lot of positive things you can do with technology, but there are also many negative things. I would tell them by using technology, as it is such a big part of their lives and I feel that they would connect more with the information in a digital presentation than they would in an oral or written presentation.