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string(5680) "Plastic has had a bad reputation in the ecological society for years. This is mainly because it takes
hundreds of years to decompose and it is considered to be a huge pollutant in our dying world. The only other supposed pollutants that have a worse reputation than plastic are
greenhouse emissions. So, how can a villain become a hero? The answer can only be by taking out a larger villain and preventing a huge disaster.
Carbon Negative Plastic Cleans the Air
Carbon negative plastic is produced from greenhouse gases. Essentially, the process involves capturing and degrading methane with a biocatalyst. If this was truly as simple as it sounds, then everybody would be doing it; it is actually a complicated procedure that requires very sophisticated equipment.
After the biocatalyst does its job, what you get are basic components such as carbon, oxygen and hydrogen. Once you have these three, you are on the easy street to producing plastic and so much more.
[caption id="attachment_1381" align="aligncenter" width="600"]
Methane atom before being split into carbon, oxygen and hydrogen.[/caption]
Taking Pollution and Putting it to Good Use
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The History of Carbon Negative Plastic
Carbon negative plastic is not a new idea. It has existed for a decade and it has evolved substantially over the years. The greatest challenge was to produce plastic in a cost effective way. It took researchers at
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Who Loses in this Situation?
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fossil fuels for the creation of plastic. Considering that all of them are part of the environmental problem, experiencing a loss from the solution provided seems fair. However, when there is a lot of money at stake, nobody expects huge companies to go down without a fight.
[caption id="attachment_1384" align="aligncenter" width="537"]
Companies that stand to lose are the big oil and fracking companies and those that deal with fossil fuels.[/caption]
Competing with Quality and Efficiency
Carbon negative plastic does not have to rely solely on its low price to compete on the market. This new innovative plastic can also compete with its quality. Newlight's
AirCarbon (which is a high-performance thermoplastic) is already being used to create many different hard-plastic products. Nothing is put to waste as even the resin is used to create plastic pellets, which are just as good as those that are oil-based, yet more cost effective.
Conclusion and Vision for the Future
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The production of this type of plastic can even make the air in large industrial cities breathable again. However, the road ahead is long and filled with many challenges. Currently, carbon negative plastic is produced in a small factory run by a total of fourteen people. Even though there have already been large investments in this technology, its application needs to grow far more before we can see a positive impact on the environment.
Want more?
Want to find out in what way sustaining our environment impacts our quality of life? We got you covered! Find out more about sustainability and letting go."
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string(5814) "Why do we capture methane? Of all the fuel gasses, methane is the smallest. For the chemists among you, each molecule contains one carbon and four hydrogen atoms. It is a very clean burning gas, producing only water and carbon dioxide on combustion. At first glance this seems like a very useful and harmless gas. However, there is a big downside: methane has a much greater global warming potential than carbon dioxide,
thirty times more to be exact. Furthermore, a lot of methane leaks into the atmosphere without getting burned. That's why it is important to control its emission.
Where?
There are
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Livestock is a big contributor to this: not only does the fermentation of cow's manure produce large amounts of methane; their digestive tract also produces large amounts of methane. Landfills are another source as they contain large amounts of organic material.
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The biggest producer of
methane emissions is China (13% of the world total), followed by India, US, Europe and Brazil (9, 8, 7 and 6% respectively).
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shy molecule’. Studies are ongoing to enable 'used solid' structures, called
zeolites, to absorb the methane.
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What’s stopping us?
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Legislation could help here, and tax incentives for captured methane could certainly improve the situation.
This does not exist in most countries. In the US, this is organised through voluntary public-private partnerships. An example of this is the
Global Methane Initiative, an organisation that promotes cost-effective methane recovery through partnerships between developed and developing countries, unifying the private sector, development banks, and nongovernmental organisations.
Want more?
Want to find out in what way sustaining our environment impacts our quality of life? We got you covered! Find out more about sustainability and letting go."
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Carbon Negative Plastic Cleans the Air
Carbon negative plastic is produced from greenhouse gases. Essentially, the process involves capturing and degrading methane with a biocatalyst. If this was truly as simple as it sounds, then everybody would be doing it; it is actually a complicated procedure that requires very sophisticated equipment.
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Methane atom before being split into carbon, oxygen and hydrogen.[/caption]
Taking Pollution and Putting it to Good Use
Basically, carbon negative plastic is
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Carbon negative plastic is not a new idea. It has existed for a decade and it has evolved substantially over the years. The greatest challenge was to produce plastic in a cost effective way. It took researchers at
Newlight Technologies as much as ten years to be able to produce plastic at competitive prices.
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Who Loses in this Situation?
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[caption id="attachment_1384" align="aligncenter" width="537"]
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Competing with Quality and Efficiency
Carbon negative plastic does not have to rely solely on its low price to compete on the market. This new innovative plastic can also compete with its quality. Newlight's
AirCarbon (which is a high-performance thermoplastic) is already being used to create many different hard-plastic products. Nothing is put to waste as even the resin is used to create plastic pellets, which are just as good as those that are oil-based, yet more cost effective.
Conclusion and Vision for the Future
So far, what has been achieved is simply amazing. We have finally created something that is not only cost-effective but also good for the environment.
The production of this type of plastic can even make the air in large industrial cities breathable again. However, the road ahead is long and filled with many challenges. Currently, carbon negative plastic is produced in a small factory run by a total of fourteen people. Even though there have already been large investments in this technology, its application needs to grow far more before we can see a positive impact on the environment.
Want more?
Want to find out in what way sustaining our environment impacts our quality of life? We got you covered! Find out more about sustainability and letting go."
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