People Debate if Nuclear Energy Is the Best Option for the Good of the Environment

Whenever the word “nuclear” is mentioned, some people seem to get nervous because of the negative connotation it has.

But maybe nuclear energy is the ideal component we need moving forward when it comes to concerns about the environment?

I really don’t know much of anything about this subject, so I’m gonna leave it to the folks on AskReddit to debate this one for me.

Let’s take a look at what they had to say about it.

1. Here’s a hot take.

“The amount of long term waste with solar and wind is undeniably higher than with nuclear energy. Nuclear power plants in America that are not on fault lines are safe and are designed to be impossible to melt down (really).

A decentralized power system will always be more expensive than a centralized one, and we have the ability to make our grid carbon neutral in a matter of years. What are the downsides?

Why are politicians ignoring this obvious option. I’m not even talking fusion, just fission.”

2. Fear mongering.

“Of course people don’t talk about it, they hear the word nuclear and they think of Hiroshima, Chernobyl, Nagasaki.

The idea of nuclear energy has been pushed to be something feared.”

3. Fired up.

“This gets me f*cking mad.

Chernobyl was an incredibly outdated reactor already at the time it exploded, there was a human and structural mistake and were talking about a time when you were allowed to smoke inside f*cking hospitals, let’s be honest it would never happen again.

And Fukushima just makes me laugh cause it was literally caused by a freaking tsunami.”

4. Perceived as dangerous.

“You can compare it with air traffic: Aeroplanes are statistically the safest method of traveling, but when something goes wrong there are hundreds of dead people, so we perceive it as dangerous, altough it is actually the safest way of travelling.

The same goes for nuclear energy: It is the safest and most efficient way to produce energy, even when you include (very rare) terrible cases such as Chernobyl and Fukushima.”

5. The best option.

“It’s all about energy capacity per acre of land. I heard a Ted Talk and the scientist was saying that to have the UK use only solar, it would require about 1/3 of the land to be covered in solar cells.

Plus, the solar system installed in the Mojave Desert which impact the Desert Tortoise habitat. Wind farms actually ensnare bats, birds, etc. Both however, only work on small portions of land (where the sun shines or the wind blows), but even these power sources are subject to mother nature.

Nuclear on the other hand is incredibly energy dense per acre. If we had invested in nuclear years ago, we would be on generation 250. Also, nuclear energy only produces steam. And finally, we have the land use available to store nuclear energy should we finally get a national plan on how to deal with it.

Again, it’s what options do you have today to solve climate change – warts and all?

Nuclear is the best.”

6. Fission and fusion.

“People are too afraid that a nuclear bomb will go off or something, which can’t possibly happen at a power plant.

Fission and fusion are the only renewables energy types we should even bother pursuing.”

7. Those politicians…

“The 1980s scared people away, once the majority of people who remember those times are dead, nuclear will be easier to push.

Nuclear being bad was the truth for them, people don’t like when you questions something they’ve fundamentally believed for decades, they will just push the discussion away.

Politicians ain’t discussing nuclear because they know this.”

8. Some good info.

“Nuclear plants in their traditional forms have numerous technical issues that can end up prematurely shuttering the plant. Graphic cracking for example.

There’s no denying that nuclear energy is great for base load generation normally provided by thermal fossil fuel generators but the cost of building nukes in their most updated and safe hi-tech forms is enormous compared to adding renewable capacity and using hydro storage or battery with renewables!

Obviously not every energy system is the same but in modern economies by the time FF thermal generation shifts off we could engineer completely renewable systems!”

9. Stigmatized.

“Chernobyl kinda put a stick in it. However it was because of faulty construction.

Nuclear energy provides constant, clean and efficient energy. If you want green energy, go Nuclear.

Today’s process is much safer with more knowledge and understanding in past mistakes. It is the best way to go forward. It’s because of either misinformation, fear and the general media/public view on it.”

10. We need new options.

“Yes nuclear has it’s benefits and fission is simple enough that I understood it when I was 10. And safety management is done very well, using the same principles as with aviation.

But the downsides to the rare but certain f*ck ups are so serious that they change nations and the planet. And we still don’t know the long term effects of all the strontium and other fall out chemicals we all carry around in us, along with every other mammal.

Are you are aware that our governments lied their rectums off about this, ruining lives and careers? And still are? That doesn’t necessarily negate the possibility but reasonable people hesitate in the face of interest-groups-fueled government f*ckery.

Your statement about centralized vs decentralized power systems is bold.

And the long term waste – what are you talking about? And the energy involved in the entirety of each cycle (and hence, the total cost) … are you are aware of how they compare?

Ultimately we need new and better nuclear power options in general and the ultimate aim is to get to a position of having endless energy available that is cheaper than water. Development depends on it. And the trick will be creating power cycles that remove the additional carbon and other compounds from the system over time.”

11. Not the way forward.

“The future of the energy industry is not nuclear.

I’ve spent my career so far building and running electricity companies, and there are a few simple facts that have become apparent:

In modern, deregulated electricity industries, off-grid low voltage generation (think household solar panels) is rapidly reaching cost/performance parity with on-grid power. Investment in storage-based supply in batteries (as opposed to peak generation such as fossil fuel) is f*cking massive – renewables and batteries are projected to take 80% of the $15.1 trillion forecast investment in new power generation.

We will reach a tipping point in about 2035 where transporting electricity (colossal steel pylons and cables across countries) is more expensive than generating it and storing it close to the consumer What this means: Tomorrow’s electricity grids are distributed, made of many small nodes of generation and consumption, and not made of giant power plants with long inefficient transmission lines.

Today’s solar and wind plants can be spun up to utility scale in under a year. A nuclear plant has historically taken over 8 years to build and cost massive up-front capital. Nuclear plants are also designed to have operating lifetimes of 60+ years. Investing in nuclear is not only making a bet that nuclear will stay at the top of the price/kWh curve, but also that it will be there in a decade’s time and then stay there for half a century.

What this means: Nuclear is not only a losing bet based on current economic forecasts, but it’s an absolutely colossal bet that ties you down for 70 years whether you win or lose.

Pro-nuclear research is tainted by pro-nuclear lobbies and governments. Schrader-Frechette found that the majority of research that has pro-nuclear conclusions is funded by parties with conflicts of interest.

Fossil fuels are dying anyway (never fast enough, sadly), so the true question is not if we go renewable but which renewable to take, and it seems we can’t take for granted that pro-nuclear attitudes are based in unbiased critical thought. What this means: It may not even be true that nuclear energy is a good option – nevermind the best option – if we cannot trust the research.

Now, this sucks for me. I’m a huge physics fanboy, and thorium reactors and fission are absolutely my favourite ideas for future energy production. I’m attracted to space-age nuclear ideals at a very emotional level – I know how it feels – but the facts just aren’t panning out that way.

In the end, it’s not true that politicians are ignoring the “obvious” nuclear option. This is a very serious issue that very, very many of the worlds smartest are working on, and the sensible option is already the one we’re taking.

Turns out scientists are largely pretty good at what they do. Who’d have thought?”

12. Fearful of nuclear.

“The fossil feul industry obviously has a vested interest to keep people fearful of nuclear. They’ll spend lots of money on add campaigns covered with nuclear bomb explosions and zero facts.

I read recently that nuclear deaths per year is even less than some other green energies, wind iirc and that has to be a wake up call for those that are fearful. As for fossil fuel, its a no contest in comparison.

Fossil fuel has powerful lobbies, powerful corps and the republican party receives about 90% of their donations or something.”

What do you think about this?

Is nuclear energy the way to go for the good of our environment?

Talk to us in the comments and share your thoughts. Thanks!

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A Billion Dollar Solar Power Plant Flamed out, Costing Taxpayers Millions of Dollars

This billion-dollar solar plant has flamed out worse than a Kardashian relationship.

According to a Bloomberg report, the Crescent Dunes plant located outside of Las Vegas has generated far more controversy than power since it opened in 2015. Built with technology that was outdated even during its construction, the solar power plant has become a giant sore spot in the solar power industry.

Instead of providing a more efficient and environmentally safe fuel source, the plant has become a financial albatross. And SolarReserves Inc. and ACS Cobra, the two companies involved in the highly expensive Crescent Dunes project, received more than $700 million in government loan guarantees.

Unfortunately, the results simply didn’t measure up in comparison to modern solar power plants. The Bloomberg report pointed out that the plant cost about $135 per megawatt-hour compared to less than $30 per MWh at a new Nevada photovoltaic solar farm.

The $1 billion, 1,500-acre Crescent Dunes farm was supposed to provide 110 megawatts of power. However, that pales in comparison to other renewable power projects, including a plant recently approved by the Trump administration that will span 7,000 acres and provide 690 megawatts of solar energy.

There is certainly no shortage of interest or funding involved in solar technology. The Department of Energy’s portfolio includes $38 billion in projects similar to the Crescent Dunes project. Other entities such as the Department of Defense, NASA and the U.S. Air Force continue to fund university research in similar areas.

Of course, there is always risk involved in backing any new technology or large-scale infrastructure projects. Though Solyndra got a lot of heat for crashing and burning, a number of other non-renewable energy plants have had similar stories, or worse, like a $9 billion failed nuclear power plant in South Carolina. Plus, the United States spends hundreds of billions of dollars of unrecoverable money on baked-in subsidies for oil and gas companies, so this question of where the public invests is really is a matter of social priority.

Yet, taxpayers do shoulder the burden when failed projects are partially backed by public funding. For example, Crescent Dunes relied on $737 million in taxpayer money – funds that will likely not be repaid.

The plant, which as we’ve mentioned was technologically out-of-date before it even opened, only ever operated at 20 percent efficiency – a far cry from its target of 50 percent. Moreover, the plant killed local wildlife due to its heat-focused mirrors before it was shut down in April 2019.

Ultimately, Crescent Dunes proved to be a billion-dollar mistake that, unfortunately, leaves a black cloud hanging over the solar power industry right at a critical time in the world’s fight against climate change.

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10 Simple Ways You Can Help out the Environment

There are always little things you can do to help out the environment. Even if they seem inconsequential to you, taking small steps adds up – especially when countless other people are out there doing the same thing.

So try to implement these habits into your daily lives, and we’ll all be better for it in the long run.

Cause we’ve got a crisis on our hands, and every little bit helps.

1. Turn down the brightness on your monitor.

Desk Upgrade

You can save up to 20% of your monitor’s energy just by adjusting your brightness from 100% to 70%. Go on and do it now…I’ll wait.

2. Think about your music streaming.

Headphones

A study says that today’s music streaming might produce up to double the greenhouse gas emissions as compared to music streaming in the early part of this century. Consider downloading music instead of streaming and do a little research about which streaming companies use cleaner energy.

3. Streaming devices are important, too.

RCS_7989 - IPad - Game Changer

A gaming console might use 30 to 45 times as much power to stream a movie than a regular media player.

4. Order more.

Package

If you buy things online, order more than one item at a time. This cuts down on delivery and packaging in the long run.

5. Search engines matter.

Search engine optimization

Different search engines give back to the environment in different ways. For instance, Ecosia donates ad revenue to plant trees and, according to their website, they run net carbon negative. Do some research and see which ones are doing green work.

6. Unplug it.

Apple...Unplugged

When you’re not using your charger, unplug it. Simple as that. Phone and laptop chargers draw electricity even if you’re not actively charging a device, so give those breakers…a break.

7. Or use a surge protector.

Surge protector

Surge protectors with an On/Off switch are a good option too for those hard-to-reach plugs.

8. Get on that bike.

Kamilah on a Bike

Biking may actually be faster than driving a car in some American cities, so hop on that bicycle of yours to get to where you’re headed.

9. Spam is bad.

email-spam

Roughly 62 TRILLION spam emails are sent each year. Something you may not think about often: sending email actually has a carbon footprint from servers working. Which means those spam emails equal about 20 tons of CO2 each year. So go ahead and hit the “Unsubscribe” button, please.

10. Buy used and vintage clothes.

Thrift Store

According to The Economist, “From the pesticides poured on cotton fields to the washes in which denim is dunked, making 1kg of fabric generates 23kg of greenhouse gases on average.” Seems like kind of a waste, doesn’t it? So consider heading to the thrift store instead of grabbing a new flannel.

 

Give us some of your tips as well in the comments!

We’re in this together, so let’s all do our part, okay?

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LEGO Is Running Completely on Renewable Energy…Three Years Ahead of Schedule

We hear a lot of hot air from big corporations and companies about how they plan on doing wonderful things for the environment, but a lot of it just seems to go nowhere. That’s why what LEGO has accomplished is pretty incredible.

The folks at LEGO originally set a goal of 2022 for their production facilities to run completely on renewable energy, but here we are 2019 and the company has already reached its goal, three years early.

The company was able to reach their goal because of the completion of an offshore wind farm that sits in the Irish Sea. The company actually built a giant wind turbine out of 146,00 LEGO pieces to celebrate the great achievement.

Bali Padda, CEO of LEGO Group, said, “We work to leave a positive impact on the planet and I am truly excited about the inauguration of the Burbo Bank Extension wind farm. We will also continue to work to inspire children around the world by engaging them in environmental and social issues.”

LEGO also has a fully-functional wind turbine set with plant-based bricks for kids (and adults) to play with and learn from.

The bottom line is that renewable energy is not only good for the environment but it’s also good for business. We can only hope that other huge companies will take note and follow LEGO’s lead. LEGO has 42 offices around the world and brings in over $2 billion in sales annually in the U.S. alone.

I’d say that’s a pretty good model to follow, wouldn’t you?

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Portland, Oregon is About to Generate Electricity from the City’s Water Pipes

The need for modern societies to move beyond fossil fuels and develop renewable energy alternatives is undeniable. Towards those efforts, city planners of the world should keep an eye on what’s happening in Portland, Oregon.

The city has partnered with a company called Lucid Energy to generate clean electricity for the city by utilizing the water already flowing beneath the city.

Photo Credit: Facebook, Lucid Energy

A section of Portland’s water system was replaced by pipes designed by Lucid Energy that contain four 42″ turbines. As the water flows through the pipes under the city’s streets, the turbines spin and provide energy that is put into the city’s electrical grid.

Lucid Energy says this will be “first project in the U.S. to secure a 20-year Power Purchase Agreement (PPA) for renewable energy produced by in-pipe hydropower in a municipal water pipeline.” One big advantage that this type of energy-generating system has is that it isn’t affected by the weather, like solar and wind power are.

The water must be moved by gravity because the energy required to pump water through pipes would make the energy generated by this technology pointless. In other words, cities with an abundance of hills will be the winners with this technology.

Photo Credt: Good Free Photos

When the project is complete it is supposed to generate power to up to 150 homes. While that might not sound like a lot, it is a great start for what is basically a brand new technology.

Take a look at this video to learn more about the project.

Hopefully, city planners and civic leaders around the country are paying attention to what’s going on in Portland.

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California Was the First State to Make Solar Panels Mandatory on Homes

Starting in 2020, all new single-family homes and multi-family buildings that are three stories or less in California must be constructed with solar panels. California was the first state to pass such a law, which is part of a bigger plan to be free of fossil fuels within 20 years.

Photo Credit: Pixabay

Even with the solar panel requirement for homes, that doesn’t mean the end of some natural gas-burning. When the sun goes down, especially during hot months, solar energy won’t be enough to power many homes, so additional sources are needed.

Photo Credit: Pixabay

California is also pushing other energy initiatives. The state is planning on getting half of its power from renewable sources like wind power by 2030. The plan is working so well that officials say that goal may be reached 10 years early, by 2020.

Photo Credit: Pixabay

h/t: Mashable

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