They go almost a thousand years (maybe more…) without decaying and they can be not broken down by decomposers.
Polymers can be difficult to dispose of because they do not break down easily.
Hope that helps.
First, distinguish between two different kinds of polymers. Polymers are long chains of monomers. They exist in natural materials such as plants and can compost or decompose.
Plastics are synthesized polymers. Some plastics are also made from plants. However, the kind that threaten the environment and our health are synthesized from the waste products of kerosene, gasoline, and motor oil, all of which come from crude oil. Though plastics made from plants are still not great for the environment since their degradation releases relatively high amounts of methane gas.
Some of these petroleum-based plastics can not be recycled. There are so many different kinds of plastics, and unfortunately only a few are easily recycled.
If we reduce the number of chemicals that are used to produce plastics, thus limiting the kinds of plastics that exist, we could safely incinerate them with minimal dioxins released in the air, and produce electricity. Doing so would reduce the mass of waste by 99%. The 1% would be ash, which could be buried.
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they can not be disposed of because they do not decompose or rot away, but we can;
personaly i think it is best to recycle them, because it helps the environment.
The polymers are not biodegradable which means that bacteria cannot break them down. This means that when the polymers end up in landfill sites, they are preserved. When burnt, they produce very harmful gases and so at the moment people try to recycle them.
Certainly it depends on the definition of "waste polymers". Many thermoplastic materials can be recycled, assuming that contamination is not an issue. As a last resort, most polymers can legally be sent to a landfill.
Recycling, burning and burying them (landfill)
because the bonds between monomer of polymers are weak
Because plastics are not biodegradable.
The best way, if possible, is not to create it or at least minimize its creation. This is followed by recycling all waste that you do create. Next would be the biodegrading of the waste (by composting or anaerobic digestion). Ultimately there is some waste that cannot be handled in any of these fashions. That can be incinerated to recover its heating value. Ash from incineration or inert waste can be used as construction material in concrete. Wastes which are toxic or radioactive can be buried in secure landfill sites.
Dry waste. Wet garbage. Infectious waste.
Synthetic polymers have recycling numbers to indicate the type of plastic they are made of and help with sorting and recycling processes. The numbering system, known as resin identification codes, was introduced to standardize recycling efforts and determine the appropriate recycling method for each polymer. This allows for efficient sorting and recycling of different types of plastics, reducing waste and promoting circular economy practices.
Save it Spend it Waste it
i) Obtaining energy - Ingestion; ii) using energy is Respiration; and iii) dealing with the waste products is called Elimination.
Three methods to solid waste disposal are, the three R's. Reuse, reduce, and recycle.
Three methods to solid waste disposal are, the three R's. Reuse, reduce, and recycle.
Dumping and burning apex
Three methods to solid waste disposal are, the three R's. Reuse, reduce, and recycle.
reduce, reuse, and recycle
The most common disposal methods are dumping (which includes landfills and river/ocean disposal) and incineration (burning) which for solids is also followed by dumping the ashes. Recycling is only a small but important part in waste management, and is valuable because it also reduces the need for new refining of materials.
The most common disposal methods are dumping (which includes landfills and river/ocean disposal) and incineration (burning) which for solids is also followed by dumping the ashes. Recycling is only a small but important part in waste management, and is valuable because it also reduces the need for new refining of materials.
Recycling
Recycling
The best way, if possible, is not to create it or at least minimize its creation. This is followed by recycling all waste that you do create. Next would be the biodegrading of the waste (by composting or anaerobic digestion). Ultimately there is some waste that cannot be handled in any of these fashions. That can be incinerated to recover its heating value. Ash from incineration or inert waste can be used as construction material in concrete. Wastes which are toxic or radioactive can be buried in secure landfill sites.
the methods of radioactive waste disposal varies by the waste form (solid, liquid. gaseous) and the radioactivity level (low, intermediate, high). Primarily; three methods are applied:delay and decay: to maintain waste in tanks for some periods of time to allow decay of radioactivity and then to be disposed of to environment.dilute and disperse: to dispose to environment (through dilution and dispersion, incineration) as ocean, sea, atmosphere, etc.contain and concentrate: This is used mainly for high level radioactive waste as spent fuel or the spent fuel reprocessing products; either in wet storage, dry storage, or vitrifies waste
there are none