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Plastic waste is one of the long-standing global issues in the recent era. Unfortunately, India is one of the countries which has been affected by the mismanagement of the use of plastics. India has recorded a substantial growth in the production of plastic and is considered a country of increased consumption of plastic. Due to the absence of an appropriate waste collection and segregation process, it has created the major issue of waste management and discarded used plastic items used for packaging application. There are various plastic waste management laws and programmes that have a cascading effect on almost every sector of business. In 2016, two years after the new union government took power in New Delhi, The Ministry of Environment, Forest and Climate Change (MoEFCC) has made some improvements in rules for the collection, segregation, processing, treatment and disposal of the waste. In the pandemic era, effective plastic waste management became more important than ever. The COVID-19 pandemic has created an increased demand for single-use plastic because of pressure on the already out-of-control global plastic waste problem. It is recorded to be large, and the magnitude of this pandemic related to mismanaged plastic waste is unknown. However, understanding the changing landscape and alarming need for effective plastic waste management, the government of India has proposed certain changes to prohibit imports, handling, manufacturing and use of single-use plastics in the country. This is in line with the government's intent to phase out single-use plastic by 2022. Considering this, this chapter highlights the changes in the rules and regulations in India related to plastic waste management and its effects on various sectors of business.

Mauritius is a Small Island Development State (SIDS) with limited resources, and it has been witnessed that many containers used for storing household and industrial products are made from plastic. When discarded as waste, those plastic containers pose a serious environmental and economic challenge for Mauritius. Moreover, landfill space is getting increasingly scarce, and plastic waste is contaminating both land and water. Therefore, it is of the utmost necessity to develop solutions for Mauritius' plastic wastes. Due to its abundance and accessibility, plastic waste is a promising material for recycling and energy production. One potential solution is the use of machine learning and artificial intelligence (AI) to predict household plastic consumption, allowing policymakers to design effective strategies and initiatives to reduce plastic waste. Such information is a critical component to be able to efficiently plan for the collection and routing of trucks when collecting recyclable plastics. The development of new strategies for the recycling of plastic waste and development of new industry can address the import and export potential of the country to achieve self-sustainability as well as contribute to reduction in plastic pollution and amount of waste landfilled. These plastics can thereafter be used effectively for recycling and for the making of 3D printing filaments which fall under the SDGs 9 (Industry, Innovation and Infrastructure) and 12 (Responsible consumption and production).

India generates a massive 9.4 million tonnes of plastic waste annually; out of which approximately 5.6 million tonnes go for recycling and 3.8 million tonnes are left uncollected or leaked from after-use collection systems. Reckless production and consumption of non-biodegradable plastic has serious implications, especially for developing nations where plastic use is predominant for fulfilling needs of increasing population and rapid urbanisation. Despite the harmful impacts of plastic, its desirability is inevitable due to its versatility. For the stringently growing economies, affordable and durable solutions will always be priorities over mindfulness. Imprudent plastic waste has precipitated the ban-change-collect challenge. Options like banning single use plastic (SUP), using alternative bio-benign products and improving waste collection systems are not proactively embraced by businesses and governments. Also, user-awareness and behaviour change for make-use-dispose is not instantaneous and easy. Optimistically, the government, NGOs and industry units have started exhibiting sensitivity to the cause and the emergence of start-ups is decentralising waste management in India. Inclusion of informal waste pickers in the formal waste management system has increased the reach and social impact of start-ups in India, imparting a distinctive and promising twist to the waste management sector. This chapter investigates the plastic waste management scenario in India through extensive literature review. It scrutinises the social aspects associated with the plastic waste management sector and attempts to comprehend connotations of ‘socially responsible plastic’ through semi-structured interviews with service providers in the sector. Thematic analysis was used to analyse interview data. The research indicated the initiation of systemic efforts towards formalisation of the sector. It emphasised the importance of role of waste pickers and their recognition as enablers of the system. Need of an ecosystem approach to nurture start-ups and facilitate better transparency and integration in the waste management system is also illustrated in this research.

Plastic has been a very useful material which is very cheap, easy to carry and is resilient to biodegradation. That is why plastic has been used, sometimes reused, and overused due to the reasons mentioned above. As a result, landfills and oceans are full of plastic. But if we consider all the negative health effects, environmental / ecological effects it has in present times, we can understand that it is environmentally very expensive to use plastic. Bangladesh is a relatively young country with dense population and limited resource. Proper management of plastic remains an issue with the country. Considering these, this chapter focuses on how plastic is used, how it is treated as waste and what can be possible solutions in reducing the amount of plastic in Bangladesh.

In 2017, global plastic production reached 348 million tonnes. Despite growing concerns about the environmental challenges associated with both plastic production and plastic waste, recent estimates suggest that plastic production and subsequent waste is expected to double by the year 2035 (European Commission, 2018). To help reduce the amount of plastic waste that litters the oceans and damages the environment, the European Union has recently commissioned a study about the feasibility of levying a tax on plastic products (New Economic Foundation for the Rethink Plastic Alliance, 2018). However, very few academic articles currently exist that critically examine the arguments for or against a plastic tax and thereby enlighten government and regulators on the subject. This chapter investigates whether plastic taxes can be used as an economic disincentive for plastic products and explores its advantages and disadvantages within a circular economy. It explores whether a plastic tax is the right economic instrument to limit the use of plastics, generate design and technical innovations for bio-based materials and degradable/recyclable plastics, create other economic incentives to optimize the value of plastic and its waste collection, and increase public awareness and responsibility. We find that a plastic tax may be a suitable solution as it is likely to influence the design, production, consumption, and waste sectors if designed properly. Yet, the tax should be carefully implemented and combined with other instruments to obtain the desired outcomes and reduce the occurrence of unfavorable side effects.

Low density polyethylene, commonly known as polythene, was first synthesised by Imperial Chemical Industries (ICI) in England in 1933. Due to its extensive usage as a packaging material, along with other uses, it has now begun to pose a serious threat to the entire ecosystem. This material, which was used to make a variety of consumer goods, is commonly used for packaging a wide range of products including foodstuffs. It has been estimated that approximately 20 billion polythene bags are used in Sri Lanka. Because polythene and plastics take a long time to decompose (20–100 years), these materials have been contributing heavily to the pollution of the environment. Unfortunately, much of the discarded polyethene ends up in garbage dumps, thereby posing a great threat not only to humans but also to animals. This study aimed to investigate the use of polythene in supermarkets in the Attanagalla division, the management of household polythene waste, and the search for alternatives to replace polythene and plastics. Data were collected by interviewing 40 consumers and getting their feedback on the use of polythene bags in which the goods were supplied to them. Observations were also made in the field. It was noted that some consumers liked to use polythene bags while many others disliked them. More than 95% of the supermarket products were packed in polythene and plastic containers and packs. It was observed that there were shortcomings in the production of reusable bags, and because of that disposable polythene bags had to be used, causing the supermarkets to incur huge costs. On average, more than five polythene bags were used per customer to pack his purchases per shop visit. This costs between Rs. 25 and Rs. 30. There seemed to be no alternative to polythene and plastic, due to the lack of suppliers for more environmentally friendly packaging materials. Therefore, it is suggested to establish a system that will supply more eco-friendly bags and educate the public on the use of environmentally friendly alternatives.

This chapter offers novel insights into how global corporations can innovate to tackle the global waste crisis and gain sustainable competitive positions. Using two of the most prominent types of global waste crises – food and plastic wastes – we discuss the dilemma of food and plastic waste, why innovations in global firms are needed to address them, and argue that a different perspective among those firms is needed, one which conceptualizes the development, dissemination and use of innovations in waste management, and one which recognizes that innovations, thus, created contribute to advancing the creation of economic, environmental and social value. We conclude using an overarching conceptual framework that depicts the complexity of the new perspective.

This chapter focuses on discussing the Malaysian government's ‘No Plastic Bag Day’ campaign. This is due to the fact that consumers are accustomed to use plastic bag in their daily life activities. However, considering the hazardous impact on the environment, the government has banned the use of plastic bag in most of the states. While many consumers accepted this new rule whole-heartedly, many are still struggling to adopt it. This chapter highlights its journey of implementation and challenges pertaining to this sustainability marketing campaign in Malaysia.

Undeniably, plastic usage is predominant in our daily lives, featuring in an endless list of items such as bottles, disposables, packaging and fabric. At prima facie, plastic disposal causes irreversible damage to the natural environment, especially oceans. However, it also impacts human health and wellbeing, especially since its toxins or microplastics find themselves in the food chain. Since plastic causes a myriad of negative effects on the natural environment and human health, the urgency to ban it has been addressed by international organizations and the European Union (EU). Being the smallest member state within the EU, Malta presents an insightful case study of how different levels of governance and a plethora of state and non-state actors engage in a game-like interaction. To this effect, this chapter sheds light on the implications of plastic pollution vis-á-vis sustainability and wellbeing, addressed through multi-level governance. The research core revolves around an investigation on the institutional intricacies in addressing the wicked problem of single-use plastic by mapping out the different layers of policy-making mechanisms that are involved, ranging from local to European and international governance, and from governmental to civil society centric strategies. A positivist ontology is activated to underpin the exploratory nature of this study. Through the application of content analysis of selected documentation, the extent of coordination and synergies among the different policy actors across a multi-layered governance platform is put under scrutiny. Quantitative findings are utilized to validate or contradict the original set of hypotheses and to propose a number of policy and governance recommendations that are useful to researchers and practitioners in the fields of public policy, politics, environmental science, public health and wellbeing, as well as insurance and risk management.

This research addresses the grave issue of plastic waste in the Pacific. By using Samoa as a case study, it was considered that distributed recycling combined with 3D printing offers an opportunity to (1) repurpose and add new value to this difficult waste stream and (2) engage diverse local communities in Samoa by combining notions of participatory design with traditional Samoan social concepts. Fieldwork in Samoa established the scope of the issue through interviews with stakeholders in government, waste management businesses, the arts and crafts community and education. Based on the information obtained from the fieldwork, potential product areas and designs were explored through material and 3D printing experiments using low-cost, open-source equipment. The experiments informed the design of speculative scenarios for workable, economically viable, socially empowering and sustainable systems for repurposing and upcycling plastic waste, which then enabled production of practically useful and culturally meaningful 3D printed objects, artefacts and products. Building upon the outcome and with a view towards implementation, Creative Pathways, an educational initiative aimed at propagating 3D printing and contextual design, was established and is being delivered in local schools.