UnitMBIS5013 Sustainability and Enterprise 4.0Assessment TypePortfolioAssessment #1Assessment Weighting Portfolio of annotated bibliography on sustainability and Enterprise...

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Answered 5 days AfterNov 17, 2022

Answer To: UnitMBIS5013 Sustainability and Enterprise 4.0Assessment TypePortfolioAssessment...

Amar Kumar answered on Nov 19 2022
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Introduction
The German industry's Industry 4.0 concept is based on the idea that technology can be used to produce goods more efficiently.Industry 4.0 for production and its related technologies, such as the Internet of Things (IoT) and cuber-physical systems, among others, have a negative impact on environmental sustainability due to air pollution, improper waste disposal, and the intensive use of raw materials, information, and energy by businesses today.There is a gap between the actual and intended state as a result of the manufacturing process's current poor sustainability model, which was the s
ubject of this study's analysis of articles published between the years 2000 and 2020 on topics related to environmental sustainability and Industry 4.0.As a result, the issues raised by Industry 4.0 and their implications for environmental sustainability are the subject of this paper.The four scenarios that follow are discussed, implementation, operation, and long-term adherence to sustainable development goals The findings demonstrate a negative correlation between the environmental effects of the manufacturing process's flow, which includes the consumption of raw materials, energy, information, and waste disposal, from inputs to the finished product.
Industrialization is necessary for the completion of production. Information technology (IT) hasn't been incorporated into many businesses, so they can't grow. Businesses today have a common outlook on the future and strive to avoid being caught off guard, regardless of their activities or industries. As a result, every industry is adopting Industry 4.0 because of the capabilities of product customization to improve quality. Even though Industry 4.0 has many advantages, there is still a high demand for energy, information, resources, and raw materials, which is not sustainable for the environment. Subsequently, society and the public area are presently more mindful of the risks and ecological difficulties and are worried about them. As a result, the purpose of this research is to assist this industry in becoming more environmentally, socially, and economically sustainable. This sector of industrialization has placed a strong emphasis on production and profit maximization with the assistance of Industry 4.0, which has caused several problems for other aspects. For instance, a consumption pattern that is unsustainable for society, the economy, and even the environment may eventually arise as a result of the depletion of natural resources, harm to the environment, income inequality, and poor working conditions.The production system has restrictions in place to ensure that natural resources are utilized at a steady rate that does not exceed their rate of renewal, and it is essential to take into account the environment's capacity to absorb these wastes.Need ought to be given to inexhaustible normal assets over nonrenewable ones.Production is controlled by a "weak sustainability" paradigm, which refers to the wise use of natural resources or even reducing waste to meet ecologically disposable requirements.
The primary objective of this study was to determine how Industry 4.0 can affect the flow of resources used in production, waste, and residues and whether all of these factors will ultimately have a positive or negative impact on environmental sustainability.This study will make it possible for stakeholders and governments to create policies that are most compatible with the ideal expressed in the adoption of these technologies by enabling a better understanding of the associated implications. The method looked at manuscripts about environmental sustainability and Industry 4.0 using the scenario approach.It also made use of secondary data.What Industry 4.0 might mean for ecological manageability was tested in this trial.Reasons were given for looking at the information, and each class's characteristics were shown.Further research was conducted to determine how Industry 4.0 will affect business operations.
Technologies associated with Industry 4.0
There are three perspectives required to examine Industrial 4.0:qualitative, structural, and functional Complexity, which can be observed in both technological and natural environments, always has an impact on the level of comprehension and the quality of decisions made within it.
The (IoT) and (IOS) electronically connect industries via internal and external supply chain networks.Cyber-physical systems (CPSs), which make the industry "smart," make this possible.Industry 4.0 encompasses energy efficiency's associated issues and difficulties.A combination of innovation and the application of new technologies that have a significant and beneficial effect on business operations to reduce costs and increase productivity is referred to as "Industrial 4.0."Using sensors and other devices, CPSs connect the industry's physical components, like machines and other parts, to an electronic layer of information systems.
Environmental sustainability and Industry 4.0
It is up for debate whether Industry 4.0 will have a long-term impact on environmental sustainability.The significance accorded to particular aspects that are connected to this will be the primary focus of this essay.It will investigate how new businesses and startups relate to production and sustainability.Müller and Hopf suggest a triple bottom line (TBL) model that considers both the advantages and disadvantages of implementing Industry 4.0.Businesses of all sizes and in all industries are more likely to adopt this technology due to its environmental benefits.
Industry 4.0 and environmental protection research is more common than Industry 4.0 and process safety research.Value generation contributes to sustainable development through the development of innovative methods and a life cycle perspective.According to a study by Kumar and Luthra, developing the supply chain's sustainability may present 18 challenges for Industry 5.0.
The implementation of Industry 4.0 will present both opportunities and challenges.The technologies that...
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