Is AirCarbon biodegradable? (3 ways in which AirCarbon is better than plastic) 

This article will explore the biodegradability and eco-friendly aspects of AirCarbon. Other topics covered would include: 

  • What is AirCarbon made of?
  • Is AirCarbon eco-friendly?
  • Is AirCarbon plastic?
  • Is AirCarbon better than plastic?
  • Can you compost AirCarbon?
  • What does the LCA of AirCarbon say about it?
  • How is AirCarbon utilised?
  • FAQs

Is AirCarbon biodegradable?

AirCarbon is indeed biodegradable. It is made from natural materials present in living organisms that make it a biodegradable material. The eco-friendliness of AirCarbon is not only restricted to biodegradability, it is also expanded in other ways too. 

AirCarbon was made with a green thought to utilise GHG emissions in creative and innovative ways. The producers of AirCarbon were inspired by the oceanic organisms that capture carbon dioxide and produce materials out of it. Materials that can be reshaped as well. 

This is also the reason why many people analogise AirCarbon’s purpose with that of the trees. However, some people still confuse AirCarbon with plastic. AirCarbon is not plastic, rather it is better than plastic in terms of the environment and utility. 

Other than that, AirCarbon can also be composted. The compost produced from AirCarbon can be used as a natural fertiliser that can replace synthetic fertilisers. This can save us from a lot of damage that is caused by synthetic fertilisers that include soil and water pollution. 

What is AirCarbon made of?

It is made from natural materials present in living organisms that make it a biodegradable material. Biodegradability may be defined as the breakdown of waste by the action of microbes. 

Biodegradation is an important parameter to assess if a product is eco-friendly or not. AirCarbon can be termed an eco-friendly product or material since it was made with a green approach. 

The main application of AirCarbon is to capture the greenhouse gases in materials akin to plastics. However, these materials will not be as degradative as plastics. 

The reason why AirCarbon will degrade in land and marine ecosystems is that it has a good amount of nutritional content that can be used by microbes. 

A preceding question related to the biodegradability of AirCarbon is how long does it last. As per research, AirCarbon may last for about 180 days after which it may degrade. 

However, it is imperative that AirCarbon is disposed of in the right ways because if AirCarbon is degraded in an uncontrolled system, it can lead to the release of greenhouse gases. 

Is AirCarbon eco-friendly?

Those who inquire about the biodegradation status of AirCarbon also ask if AirCarbon is eco-friendly as well. 

This is majorly because just because a product is biodegradable, it does not necessarily mean that it is eco-friendly too. 

Let us take the example of drywall mud. Drywall mud is biodegradable but its degradation by microbes results in the release of harmful gases that account for pollution and health implications. As per the question, yes AirCarbon is eco-friendly as well. AirCarbon was made with a green thought to utilise GHG emissions in creative and innovative ways. 

The producers of AirCarbon were inspired by the oceanic organisms that capture carbon dioxide and produce materials out of it. Materials that can be reshaped as well. 

That is why AirCarbon can be regarded as an eco-friendly product because it helps in the restoration of the atmosphere just like trees do. 

Is AirCarbon plastic?

It is a common question because AirCarbon has many similar properties to plastics. However, AirCarbon is not plastic. The main reason is that AirCarbon is made from biodegradable and natural materials whereas plastics are made from non-biodegradable materials. 

By weight, AirCarbon is 40% air and 60% greenhouse gas like carbon dioxide. Plastics are synthetic polymers that may require more than 1000 years to degrade. Plastics are made from the derivatives of fossil fuels. 

More than that, plastics are not compostable and also cause a number of environmental and health implications. The case of AirCarbon is made from natural materials found in living organisms. Further, it is biodegradable and compostable. 

Based on that, it can be concluded that AirCarbon is not plastic. However, it may look like plastics owing to the similarity of properties. 

Is AirCarbon better than plastic? (3 ways in which AirCarbon is better than plastic

It may be inquired that if AirCarbon is not plastic but may have similar properties, is it better than plastic?

The answer is a big yes. The main reason behind it is that AirCarbon is a biodegradable material that also can be composted. 

There are no significant health and environmental hazards that are caused by AirCarbon. Plastics, on the other hand, is a non-biodegradable material that also can not be composted. 

Plastics also cause a number of environmental and health-related complications due to the use of fossil fuels and synthetic chemicals. 

The benefits of AirCarbon are not only associated with the environment but also are anchored to the utilitarian aspects too. 

That is said because AirCarbon is not only greener than conventional plastics, but it also is cheaper. Also, AirCarbon is regarded as a stronger alternative to conventional plastics. 

Hence, AirCarbon is definitely better than plastics because it is:

  • Cheaper
  • Greener
  • Stronger

Can you compost AirCarbon?

Yes, it is possible to compost AirCarbon. AirCarbon is made from natural and non-toxic materials that make it a good candidate for composting. 

Composting is defined as the conversion of waste into dead organic matter. This dead organic matter is called compost. The biggest benefit that is given by compost is that it can be used as a natural fertiliser. 

When AirCarbon is composted, not only does the need to use synthetic fertilisers decrease but there are also environmental benefits that are offered. 

These benefits include increased soil fertility, better water retention profile of soil, increased yield, and better soil conditions. However, when synthetic fertilisers are used, there are degradative effects on life and the environment. 

Usually, AirCarbon can be composted through two ways and approaches. These are the hot & cold methods. 

The Hot method requires a higher temperature while offering reduced chances of harmful pathogens. 

The cold method requires less vigilance and lower temperature. However, there is an increased chance of harmful pathogens that could stem from medical situations. 

What steps are to be followed to compost AirCarbon?

AirCarbon captures GHGs to make PHB and this PHB is used to make materials such as culinary stuff including knives, fork et cetera. The question is how can products made from AirCarbon be composted?

Below are some steps that you can follow to compost the products made from AirCarbon: 

  • Selection of place 
  • Building of compost pile 
  • Mixing, shade, and temperature 
  • Patience 
  • Extracting and utilising the compost 

Selection of place

The process of composting starts with selection of the right place. It should be spacious enough so that you may carry out the composting with ease and accessibility. You can prefer an open place or a compost bin. If you are the vintage kind of person, the open pile is your thing. 

Building of compost pile 

This is an important part of the process. The compost pile has to be built with two layers. One is to be of green materials such as leaves, grass. These materials are rich in nitrogen. The other is a brown layer made from materials such as paper cups et cetera. These materials are rich in carbon. 

You need to make a good pile or height of layers. The layering has to be alternate. Some suggest maintaining a ratio of 4:1 in terms of brown: green. 

Mixing, shade and temperature 

The equation of composting has to be completed with ingredients of temperature, shade, and aeration. Therefore, you need to ensure that the compost pile is in a shady location. You need to frequently mix it. And also, you need to maintain a good temperature so that the composting process may be optimised. 

Patience 

Another key ingredient for composting is patience. The compost may require several months to complete. Be patient and ensure regular mixing for proper aeration. 

Utilising the compost 

Once the compost is ready, be sure to make it completely advantageous. You may use compost for your own purposes but you can also share and care. 

What does the LCA of AirCarbon tell us about it?

LCA expands to Life Cycle Assessment. LCA is done to see what is the actual impact of any procedure or product. That is why it is also called cradle-to-grave analysis. It is very possible that a product or procedure may appear eco-friendly but in reality, it is not. 

For example, recycling may be regarded as an eco-friendly procedure. However, in some cases, there are more impacts of recycling than other options. In our case, there is good news. AirCarbon is regarded as a carbon-negative material. 

By carbon negative, it is meant that AirCarbon removes more carbon from the atmosphere than emits it. The main reason behind it is that it has the ability to soak or store carbon and actually utilise it to gain its utility and traits. 

As per the LCA analysis, one kilogram of AirCarbon resulted in the capturing of 88 kgs of carbon dioxide. 

Conclusion 

AirCarbon is indeed biodegradable. It is made from natural materials present in living organisms that make it a biodegradable material. The eco-friendliness of AirCarbon is not only restricted to biodegradability, it is also expanded in other ways too. 

AirCarbon was made with a green thought to utilise GHG emissions in creative and innovative ways. The producers of AirCarbon were inspired by the oceanic organisms that capture carbon dioxide and produce materials out of it. Materials that can be reshaped as well. 

This is also why many people analogise AirCarbon’s purpose with the trees. However, some people still confuse AirCarbon with plastic. AirCarbon is not plastic, rather it is better than plastic in terms of the environment and utility. 

Other than that, AirCarbon can also be composted. The compost produced from AirCarbon can be used as a natural fertiliser that can replace synthetic fertilisers. This can save us from a lot of damage that is caused by synthetic fertilisers that include soil and water pollution. 

As per the applications, the majority of the applications of AirCarbon adhere to the food packaging and culinary products such as forks, knives et cetera. 

Frequently Asked Questions: Is AirCarbon biodegradable?

What products are made from AirCarbon?

AirCarbon is a plastic-like material that, however, is cheaper and greener than conventional plastics. The majority of the applications of AirCarbon adhere to the food packaging and culinary products such as forks, knives et cetera. 

Is AirCarbon Plastic in nature?

No, AirCarbon looks like plastic but it is not plastic. It is better than plastic products because it is:

  • Cheaper
  • Greener
  • Stronger

How long does AirCarbon take to degrade?

A preceding question related to the biodegradability of AirCarbon is how long does it last. As per research, AirCarbon may last for about 180 days after which it may degrade. However, it is imperative that AirCarbon is disposed of in the right ways because if AirCarbon is degraded in an uncontrolled system, it can lead to the release of greenhouse gases. 

References

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