How much contaminates taking Katy Perry 10 minutes to space?

The singer Katy Perry It was close to 10 minutes in space As part of a mission operated by the company Blue Origin. The brief event brought us a good amount of memes, jokes, reactions and above all, a question: How much does your adventure contaminate?

On the one hand, the progress or scope of private trips outside the earth is understandable. On the other, is it worth it?

How much contaminates taking Katy Perry 10 minutes to space?

While the singer Katy Perry It spent 10 minutes in space, in the company of A completely feminine crew full of celebritiesmany reactions were unleashed.

Some of us laughed Short time of adventure and others were surprised by some of the published versions, such as They sang a song either They kissed the floor when landing back on our planet.

However, others wondered about The cost of contamination of private trips to space.

Although of course, the question not only matters for this mission with Katy Perry. Actually, we should ask ourselves the same question about the more than 30 Millionaire Missions to Space that have been carried out in the last 4 years.

Yes contaminates, but not the way you believe

Traditionally, rockets that leave the earth pollute by The burned fuels in their takeoff. They use kerosene or other polluting fuels that end in Large amounts of carbon dioxide (CO2) emitted in the atmosphere.

Traditionally, the Space industry It was not a great climatic concern because there were less than 70 take -offs per year. Issuing less than 1% of the annual CO2 in our atmosphere; That is, we had other more serious problems.

However, with the popularity of private trips to space —That duplicate the number of rocket take -off last year and they are expected to multiply them in the near future –the pollution they emit is no longer a minor thing.

That is why some companies began using another type of fuel.

They use another fuel, but you still have to take an eye

The missions of Blue Originthe magnate company Jeff Bezosin charge of taking Katy Perry to space for 10 minutes, they use Another type of fuel.

The rockets of this company use A combination of liquid hydrogen and liquid oxygen. When these elements come together, they emit a large amount of energy that allows rockets to take off from the earth.

According to an atmospheric specialist in the Colorado Universitythis fuel Does not emit any CO2. However, this does not mean that Taking Katy Perry to space for 10 minutes does not contaminate anything. Actually, they throw other substances to our planet.

Water vapors and the impact on the atmosphere

A launch like the one of Blue Origin impacts the atmosphere to anshop Water vapors and other pollutants such as Nitrogen oxides.

Although they seem “ecological”, the reality is that These gases contaminate quite a lot because they damage the ozone layer – allowing the entrance of UV rays – as well as the creation of Unexpected clouds that affect the weather.

According to A study by the University College of Londonthe vapors emitted by the rockets, even if they are minor, have an impact 500 times larger than what was expelled by the planes. The reason is simple: they are emitted in higher places in our atmosphere.

Other ways in which Katy Perry’s trip to space contaminates

This is important.

While the take -off of the Katy Perry rocket or the 10 -minute mission of Blue Origin may seem to contaminate “little” compared to other industries, there is a part that we have not contemplated.

An interesting study of World Inequality Lab reveals that These private travel rockets They emit 50 tons of CO2 Before taking off.

As? Well, with all emissions for build themto take them to the take -off places, to take the workers, to transportprivate flights or all indirect emissions of one of these events.

Only for comparison, an average person in Mexico issues 6 tons of CO2 a year.

So how much does it pollute take Katy Perry to space for 10 minutes? If we contemplate unexpected steam emissions, gases in the ozone layer or 50 tons of CO2 to make it possible: much more than you expected.

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