The Role of the Paper Packaging Industry in the Circular Economy: The Causal Relationship Analysis via Neutrosophic Cognitive Maps

The Role of the Paper Packaging Industry in the Circular Economy: The Causal Relationship Analysis via Neutrosophic Cognitive Maps

Saliha Karadayi-Usta
DOI: 10.4018/978-1-7998-7979-4.ch027
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Abstract

The circular economy movement has paved the way for the sustainable supply chains with its nature-friendly structure via recycling and repeated use of products. Hence, this study aims to determine the factors affecting the paper packaging industry in the circular economy in order to provide a conceptual model of the cause-and-effect relationships through neutrosophic cognitive mapping. Paper packaging machinery manufacturer Windmöller & Hölscher's representatives have been in-depth interviewed to gather their opinions. Since there are some relations that cannot be determined (i.e., existence of indeterminacy), neutrosophy became a necessity in this chapter. Delphi technique is implemented to obtain a single neutrosophic adjacency matrix. As a result, the sustainable supply chain structure based on environmental awareness and recycling has been modeled visually, and the causal relationships were determined.
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Introduction

Operations management studies have taken an important role in the sustainability field of study since the early 2000s. Especially as a new research topic, “circular economy” (CE) has made effective contributions, and it is clearly stated in the business reports that the CE movement has trillions of dollars’ economic potential (Ellen MacArthur Foundation, 2021; European Union, 2021; McKinsey Quarterly, 2017; Accenture, 2017). In addition to this economic attractiveness, the environmental potential of the movement is also accelerated the transition to the CE (Ellen MacArthur Foundation, 2017). This concept has gained worldwide popularity, has had a significant impact on business and politics. For example, many Fortune 500 multinational companies, including famous brands such as HP, H&M, Philips, Google, Unilever, Danone, and Nike, have adopted the circular economy (Agrawal et al., 2019).

The CE aims to create better business models for industry and environmental consequences for society. The basic idea is here to achieve a CE that reproduces and restores traditional business models, materials, products, and other resources by circulating them through a system (Ellen MacArthur Foundation, 2017). In this context, there are three operational strategies: (i) Reverse flow is the establishment of large-scale industrial systems capable of returning all materials, components and products to the system. Activities such as repair, remanufacturing, renovation and recycling are included. (ii) Circular design emphasizes the need to design products that are more durable, repairable and recyclable to enable circularity. It also draws attention to the need to standardize components and materials in order to facilitate modularity / adaptability of product design and reverse flow. (ii) Circular business model emphasizes the transition of companies to circular business models such as renting, receiving services or sharing economy (Agrawal et al., 2019).

The first step to make a CE possible is to recycle the products used and establish closed-loop systems. In the background of the CE movement, it contains awareness elements such as recycling, biodegradability, environmentally friendly production and environmental awareness.

Today, the environmental awareness has reached to the highest importance level, and hygiene sensitivity has increased due to the COVID-19 global pandemics. Therefore, the need for cleaning materials and disposable products has reached high levels too. In line with the efforts to raise environmental awareness about the damage caused by plastic materials to nature, the production of disposable products has started to be shifted to the paper industry. Due to COVID-19, the increase in the ordering home frequency with plastic bags, the widespread use of plastic gloves, increased the use of plastics in this period. For example, the consumption of paper packaging in Latin American countries has decreased, up to the data of 2015 (Barisauskas, 2020). This situation, which is introduced as “from the pandemics to the plastics epidemic” (Ak, 2020), started to meet the seasonal demand increase, environmental awareness and policies in a different way, and paved the way for the production of paper equivalents of plastic products. Examples include paper straws (Termokap, 2020), paper plates, paper bags (Milliyet, 2020), paper diaper packaging (Hijyen Ambalaj, 2020).

The environmental pollution of plastics which remains undissolved in nature for centuries, the harm to marine organisms that is detected in the sea as micro-plastic and nano-plastic (Greenpeace, 2019), and the transfer of these harmful substances to seawater, fish, land creatures and human beings, even to the placenta (BBC, 2020) has triggered the demand for paper packaging.

Key Terms in this Chapter

Cognitive Mapping Process: Determining causal relationships, concepts, conceptual maps, coding concepts and structures, updating concept diagrams in line with expert opinions, creating, verifying, and analyzing the cognitive map.

Fuzzy Cognitive Maps: Fuzzy signed directed graphs including feedbacks.

Neutrosophic Cognitive Maps: The generalization of fuzzy cognitive maps that are defining the notions of neutrosophic matrix and defining the neutrosophic relational maps. It is a neutrosophic directed graph with concepts as nodes and causalities (i.e., indeterminates) as edges.

Indeterminacy: The situation of no relation can be determined between two concepts.

Dynamical System: Neutrosophic cognitive maps with feedbacks.

Cognitive Map: A visual model illustrating the factors of a concept/problem and understanding the cause-and-effect relationships between these factors.

Hidden Pattern: The equilibrium state for a dynamical system.

Fixed Point: The case of the equilibrium state of a dynamical system is a unique state vector.

Adjacency Matrix: The matrix form of visually represented cognitive maps.

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