Biopolymers and Biodegradable Plastics †Free Samples to Students

Question: Discuss about the Biopolymers and Biodegradable Plastics. Answer: Introduction Biodegradable plastics are made from the traditional petrochemicals which are appropriately engineered for the purpose of breaking down in a more quick process. This indicates the environmentally friendly characteristics of this plastic. It contains such materials which are depicted to be the biodegradable additives and also it enables them to decay in a more rapid way. Therefore the characteristics can be easily identified as biodegradable in nature which is depicted to be decayed more quickly in the presence of the oxygen and light and also the moisture, and the heat enables the plastics to be degraded in a more easy way (Ebnesajjad, 2013). The main purpose statement which can be easily explained in this case is represented to be the additive characteristics that create an eco-friendly environment for the purpose of reducing the pollution. Function/Operation/Process/Procedure The main functions that are involved in this process show the involvement of the normal petrochemical plastics with consisting of the biodegradable additives. These are broken down into the toxic residue which shows the appropriate production of these plastics. Therefore the involvement of these substances enables in the establishment of this innovative product that creates a harmless environment and also the usage of these products can be easily made in the milk packing, clothing items, and the other food items. After they are proved to be non-toxic to nature, it can be used in any forms (Greene, 2014). It is also seemed to be easily degraded when they are dumped in the soil. There are seven positive aspects of the biodegradable plastics which can be explained by the help of the following points which are as follows:- Biodegradable plastics are renewable in nature which is depicted to be created from the biomass and also it is illustrated as an organic component which can be easily broken down into the following particles. Therefore the biomass includes the grass, plants and the trees which enable the establishment of the fruitful environment. These takes less time for breaking down which indicates that these can be easily get absorbed by the earth. This will reduce the submission of the tons of the plastic that are biodegradable in nature and also the pollution can be easily reduced. These require less energy for being produced which shows that the production itself counterparts the possible amount in showing that the half of the work can be easily done by showing the enhancement of the efficient usages in the environment (Kutz, 2017). Biodegradable plastics enables in reducing the dependence on the foreign oil which shows that the foreign dependencies can be easily reduced by showing the enhancement of the regular plastics that are degradable in nature and also the enhancement of the biodegradable plastics can be easily made by showing the enhancement of the work. These are depicted to be good for the environment which does not create any harm to the environment and also enables in reducing the process by showing the appropriate enhancement of the work. Therefore the structure can be easily depicted with showing the reduction of the carbon emissions and the greenhouses gasses (Sudesh, 2013). These are depicted to be less toxic in nature which is showing the removal of the harmful bi-products such as the chemicals and the toxins. This plastic can be harmlessly broken down by showing the absorption of the biodegradable plastics. Negative Aspects/Disadvantages/Problems The disadvantages that are notified in the aspect of the biodegradable plastics are also explained by the help of the following points which are as follows:- Need for the composters which will enable the degradation of the plastics in an appropriate way. This, in turn, increases the cost of the products and the equipment that are available to some of the countries that are facing the problem and also this is identified to need the special equipment for being decomposed properly. Risks of the contamination are the another factor which is responsible being mixed with the non-biodegradable plastics when these are thrown in the garbage bins. The problems enable the focus on the segregation process which is crucial for the establishment of the bioplastics, and also the other plastic types must be removed from the garbage bins for the purpose of removing the contamination process (Ltd, 2005). Engineering services are also implemented in the form of the organic sources that are made from the soybeans and corns. These organic materials are produced by the use of spraying the pesticides that consist of the chemicals. Due to this reason, the plastics get contaminated during the production of the engineering services and also the landfills with the removal of the trash are seen in this case. These are the disadvantages that can be shown in this case which enables in explaining the environmental issues and the other characteristics of the bioplastics. Conclusion The overall explanation seems to be surrounding the innovative product which is the biodegradable plastics. These shows the appropriate enhancement of the society by showing the proper implementation of this innovative product and also it is disadvantageous to the society as it consists of the toxic and the harmful substances. The toxicity arises in this with the usage of the pesticides used biodegradables corns and the Soybeans which are creating hazardous substances. In this way, the impact on the society can be easily measured by showing both the faces of the innovative product (Tolinski, 2012). The future suggestion that can be provided to this context represents the removal of the use of the pesticides use crops for the betterment of the environment and also the end product that will be achieved will be measured to be fruitful to be society. References Ebnesajjad, S. (2013).Handbook of biopolymers and biodegradable plastics. Amsterdam: Elsevier/William Andrew. Greene, J. (2014).Sustainable plastics. Hoboken, New Jersey: Wiley. Kutz, M. (2017).Applied plastics engineering handbook. Oxford, United Kingdom: Willam Andrew. Ltd, P. (2005).Biodegradability in Plastics Packaging. Shrewsbury: ISmithers Rapra Pub. Sudesh, K. (2013).Polyhydroxyalkanoates from palm oil: biodegradable plastics. Berlin, Heidelberg: Springer Berlin Heidelberg. Tolinski, M. (2012).Plastics and sustainability. Hoboken, N.J.: John Wiley Sons.