Yes, greenware, which refers to unfired pottery or ceramics, is recyclable. It can be broken down and reused to create new pottery or ceramics.
Carbon cannot be broken down. It is an element. When you burn carbon you get carbon dioxide, but that forms from combining carbon with oxygen.
Ceramic materials are not typically accepted in regular recycling programs because they are not easily broken down or melted down like other recyclable materials. However, some specialized facilities may be able to recycle ceramics. It's best to check with your local recycling center to see if they accept ceramic materials.
Carbon is an element. Elements are the simplest form of materials; that cannot be broken down further into atoms or molecules. They are composed only of protons, neutrons, and electrons.
No. Adenosine triphosphate (ATP) (energy) is broken down into carbon dioxide and water.
The difference is that biodegradable means that items such as food waste, garden waste and certain plastics can be broken down by the actions of bacterium, fungi and other living organisms. They can be composted. Recycled means that they can be reused as they are once cleaned, processed or treated eg clothes, paper, card and glass.
Oxygen helps to break down dead materials. Once the oxygen has been broken down, the material will release carbon dioxide and other gases.
Yes, carbon dioxide is produced when incense is burned. This occurs as a byproduct of combustion, where the organic materials in the incense are broken down and release carbon dioxide into the air.
The types of plastics that are compostable are typically ones that can be broken down in compost conditions that leave no carbon footprint on the environment. Many of these plastics are made out of corn starch. Also, plastics cannot be recyclable if they are compostable.
Yes it is, because pine is a soft wood that can be broken down and reuced to make another product.
Examples of non-recyclable fabrics include polyester, nylon, and spandex. These materials are difficult to recycle due to their composition and the processes required to break them down for reuse.
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