The Benefits of Recycling for the Environment – Pollution, Air, and Water Annotated Bibliography

The Benefits of Recycling for the Environment – Pollution, Air, and Water Annotated Bibliography

Lamma, O. A. (2021). The impact of recycling in preserving the environment. International Journal of Applied Research, 7(11).

The article examines the relationship between recycling and environmental preservation. One of the main arguments is that recycling reduces landfill waste, thus saving the environment from air and water pollution. The author also argues that recycling can help protect the environment by reducing the pollution arising from the production of new products. According to Lamma (2021), producing new products requires raw materials that are then cultured, refined, and processed through a process that creates water and air pollution due to the emission of gases, resulting in environmental problems and global warming. Therefore, recycling can reduce the manufacturing process, hence generally decreasing pollution. It also reduces the waste disposed of at manufacturing plants, thus preventing water and air pollution. The article is relevant in supporting arguments on the role of recycling in preventing pollution. It also provides information on the recycling process and how it transforms waste materials into materials that can be used. It also supports arguments on the role of the waste management hierarchy in protecting the environment.

Milios, L., Esmailzadeh Davani, A., & Yu, Y. (2018). Sustainability impact assessment of increased plastic recycling and future pathways of plastic waste management in Sweden. Recycling, 3(3), 33. https://doi.org/10.3390/recycling3030033

The article reviews the strengths and weaknesses of plastic waste management practices. The main argument is that the most suitable and promising measures for plastic waste management are high targets for recycling in line with the targets set by the European Union and the gradual elimination of incineration of plastic as a waste management option. Milios et al. (2018) argue that banning incineration would require complementary measures of recycling and sorting technology and capacity expansion to effectively protect the environment from pollution caused by poor disposal of plastics. They also propose introducing industry-wide standards or certifications to guarantee the quality of plastics and increase the confidence to recycle plastics. The article is relevant in gathering information on the positive impact of plastic recycling on the environment and effective plastic waste management strategies that can be implemented to prevent environmental pollution.

Radhakrishnan, S. (2015). Environmental implications of reuse and recycling of packaging. Environmental Footprints of Packaging, 165-192. https://doi.org/10.1007/978-981-287-913-4_7

The article reviews the environmental implications of reusing and recycling. The authors also review the role manufacturers play in environmental pollution. They argue that recycling protects the environment by ensuring that no waste is generated in the manufacturing process because all the technical and biological components are designed to be reused in the production cycle. The authors also argue that reducing environmental pollution can be achieved by using the principles of renewing, reducing, recycling, and reusing. Recycling measures include using recycled products such as recycled resin or paper. The authors also argue that recycling results in proper management of landfills, limiting environmental harm because the long-term risks of waste are groundwater and soil contamination because of the breakdown of substances in the waste to generate pollutants. They identify four levels of recycling, mainly secondary, primary, quarternary, and tertiary. Chemical components in waste are recovered through tertiary recycling, while quaternary recycling focuses on recovering energy from waste or producing energy from waste decomposition by producing biogas or biological treatment through anaerobic digestion. The article is relevant in gathering information on recycling strategies and the relationship between environmental conservation and recycling.

Schneider, D., & Ragossnig, A. (2014). Impacts and limitations of recycling. Waste Management & Research: The Journal for a Sustainable Circular Economy, 32(7), 563-564. https://doi.org/10.1177/0734242×14541620

The article discusses the advantages and limitations of recycling. The authors argue that recycling prevents air pollution by reducing carbon dioxide emissions. They also argue that the main challenge for the waste management process is acquiring recyclables that observe the criteria guiding the quality of material in different consumer industries. Therefore, collecting recyclables is a vital primary phase in the recycling process. However, it is also essential to consider removing contaminants. The authors also argue that waste managers need to create recycling solutions for new types of waste with unintended and inherent attributes that are resilient to recycling to help industries manufacture products that help the waste management sector process wastes and create recyclables with existing expertise and equipment. Waste managers should also expect that new consumption trends and new products will need continuous developments in waste management practices and technologies. Also, manufacturers will be required to continue looking for ways to properly use secondary and primary raw materials derived from waste. The article is relevant in supporting arguments on the positive impact of recycling on the environment.

Skenderovic, I., Kalac, B., & Becirovic, S. (2015). Environmental pollution and waste management. Balkan Journal of Health Science, 3(1).

The article reviews the role of waste management practices in protecting the environment. The authors identify recycling as one of the most effective strategies to prevent environmental pollution. They argue that recycling protects the environment by preventing the accumulation of waste in landfills and water bodies. According to Skenderovic et al. (2015), recycling may include the following seven stages: collecting waste, identifying and selecting the waste to remove nonrecyclables, milling, rinsing, spinning, drying the material, and storage. They also argue that products such as car batteries can also be recycled to prevent water pollution that occurs when car batteries disposed of in landfills leak lead acids into the soil (and the acids are then carried to water bodies when it rains). The authors conclude that recycling is one of the most useful strategies aimed at maximizing the use of raw materials and energy hence preventing environmental pollution. Recycling also reduces the amount of waste in landfills hence preventing waste spillovers to areas surrounding them. The article is relevant in supporting arguments on the relationship between recycling and environmental protection. It is also relevant in providing information on the steps involved in the recycling process and the materials that can be recycled to conserve the environment.

References

Lamma, O. A. (2021). The impact of recycling in preserving the environment. International Journal of Applied Research, 7(11).

Milios, L., Esmailzadeh Davani, A., & Yu, Y. (2018). Sustainability impact assessment of increased plastic recycling and future pathways of plastic waste management in Sweden. Recycling, 3(3), 33. https://doi.org/10.3390/recycling3030033

Radhakrishnan, S. (2015). Environmental implications of reuse and recycling of packaging. Environmental Footprints of Packaging, 165-192. https://doi.org/10.1007/978-981-287-913-4_7

Schneider, D., & Ragossnig, A. (2014). Impacts and limitations of recycling. Waste Management & Research: The Journal for a Sustainable Circular Economy, 32(7), 563-564. https://doi.org/10.1177/0734242×14541620

Skenderovic, I., Kalac, B., & Becirovic, S. (2015). Environmental pollution and waste management. Balkan Journal of Health Science, 3(1).

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The Benefits of Recycling for the Environment Annotated Bibliography

When conducting research, it is important that the research topic is sufficiently explored, supported by credible sources, and evaluated for relevance. The researcher should also have a good understanding of the literature underpinning the research problem. An annotated bibliography, described as a list of sources that gives the publication information and a short description or annotation for each source, is a great way to identify sources that best support the topic. Each annotation is generally three to seven sentences long. In some bibliographies, the annotation merely describes the content and scope of the source. The annotation can also evaluate the source’s reliability, currency, and relevance to a researcher’s purpose (Eva B. Dykes Library, 2016).

For this assignment, create an annotated bibliography by completing the requirements below:

Use the Oakwood University Library to identify five sources that support the research topic approved by your instructor earlier in the course.

Create an annotated bibliography of five peer-reviewed articles, books, periodicals, or other credible online sources. All sources must be relevant to your selected topic.

Cite all sources using APA formatting and include a descriptive and evaluative paragraph for each source that informs readers about the content, relevance, accuracy, and quality of the source.