The potential of industry 4.0 for renewable energy and materials development – The case of multinational energy companies

Onu, Peter; Pradhan, Anup; Mbohwa, Charles

doi:10.1016/j.heliyon.2023.e20547

Cited by 43 publications

(4 citation statements)

References 69 publications

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“…Onu et al [60] delve into the implications of Industry 4.0 for optimizing renewable energy and material development, highlighting the potential for increased efficiency and sustainability. Their study emphasizes how Industry 4.0 technologies, such as IoT and AI, can enhance resource management, contributing to a more sustainable, low-carbon future.…”

Section: Smart Solutions For Ecological Challengesmentioning

confidence: 99%

Natural Resource Optimization and Sustainability in Society 5.0: A Comprehensive Review

Ramírez-Márquez,

Posadas-Paredes,

Raya-Tapia

et al. 2024

Resources

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In this study, we examine Society 5.0, defined as a future framework where advanced technologies like artificial intelligence (AI), the Internet of Things (IoT), and other digital innovations are integrated into society for sustainable resource management. Society 5.0 represents an evolution from the industrial focus of Industry 4.0, aiming for a harmonious balance between technological progress and human-centric values, consistent with the United Nations Sustainable Development Goals. Our methodology involves a detailed literature review, focusing on identifying and evaluating the roles of AI, IoT, and other emerging technologies in enhancing resource efficiency, particularly in the water and energy sectors, to minimize environmental impact. This approach allows us to present a comprehensive overview of current technological advancements and their potential applications in Society 5.0. Our study’s added value lies in its synthesis of diverse technological strategies, emphasizing the synergy between circular economy practices and sustainable economic development. We highlight the necessity for resilience and adaptability to ecological challenges and advocate for a collaborative, data-informed decision-making framework. Our findings portray Society 5.0 as a holistic model for addressing contemporary global challenges in resource management and conservation, projecting a future where technology aligns with sustainable, equitable, and human-centered development.

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Section: Smart Solutions For Ecological Challengesmentioning

confidence: 99%

Natural Resource Optimization and Sustainability in Society 5.0: A Comprehensive Review

Ramírez-Márquez,

Posadas-Paredes,

Raya-Tapia

et al. 2024

Resources

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“…The material selection process primarily focuses on the materials' methane potential and degradation dynamic characteristics. The material selection process in biogas production is a critical step that hinges on understanding the methane potential and degradation dynamics of various feedstock materials [16]. This involves evaluating parameters such as BMP ∞ (maximum methane potential), which signifies the highest achievable methane yield under optimal conditions and provides a benchmark for the biogas production potential of each material [12,17].…”

Section: Analytic Proceduresmentioning

confidence: 99%

Investigating the Energy Potential and Degradation Kinetics of Nine Organic Substrates: Promulgating Sustainability in Developing Economies

Onu,

Pradhan

2024

Sustainability

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To standardize, systematize, and improve the efficiency of the evaluation of biodegradable materials for large-scale biogas projects to support clean and sustainable energy development in emerging economies from a sub-Saharan African perspective, this paper analyzes and fits the potential for methane production (biochemical methane potential, BMP) and degradation kinetics of materials based on the gas production and degradation dynamics obtained from methane potential experiments. The first-order, modified first-order, and Gompertz models are used for analysis and fitting. The Gompertz model shows higher accuracy in fitting the methane production potential curve of screened materials, and the fitted methane potential values are close to the experimental values. When using BMP1% (cumulative gas production reaching 1% of cumulative gas production per day) as a quantitative indicator for the methane production potential of materials, the cumulative methane production reaches over 85% of the cumulative methane production at the end of the experiment. The BMP test time is shortened by 26.98% to 72.06%. Among the screened materials, the methane production potential (calculated using BMP1%) of dry rice straw, maize leaves, fresh rice, soybean straw, maize stalks, chicken manure hydrolysate, chicken feathers, kitchen/food waste, and chicken offal are 234.14, 241.01, 253.34, 331.40, 305.80, 508.41, 510.10, 630.7, and 621.32 mL/g, respectively. The kinetic parameters show that among the nine materials, cellulose materials (except for maize stalks and soybean straw), chicken manure, and kitchen waste are easily degradable materials. In contrast, chicken feathers and offal are slowly degradable materials. The study posits that comparing standardized methane production potential and methane production kinetic parameters among materials improves the efficiency of screening materials and is critical for biogas projects.

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“…As depicted in Figure 2, the contours of these revolutions, the seminal facets of Industry 4.0, and their primary applications are further expounded upon in Figure 3. The journey is believed to have been inaugurated in the late 18th century with the First Industrial Revolution, signifying a pronounced transition from agrarian to industrialized economies (Onu et al, 2023;Özköse & Güney, 2023). This epoch is distinguished by the advent of automation, the innovation of the steam engine, and the ascension of the textile and industrial sectors, collectively laying the foundation for a novel production paradigm.…”

Section: Understanding Industry 40mentioning

confidence: 99%

“…Given Industry 4.0's profound dependence on data communication and interconnection, the imperativeness of robust cybersecurity and data privacy measures cannot be understated. Safeguarding critical data and essential infrastructure from potential cyber threats remains paramount (Lee et al, 2023;Meyendorf et al, 2023;Onu et al, 2023).…”

Section: Core Technologies and Pillarsmentioning

confidence: 99%

Industry 4.0 and Its Impact on Entrepreneurial Ecosystems: An Examination of Trends and Key Implications

Kumar,

Kaur,

Erceg

et al. 2023

JOTE

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In the burgeoning nexus between Industry 4.0 and entrepreneurial ecosystems, a transformative and disruptive dynamic has been observed. Defined by the integration of digital technologies into traditional sectors, Industry 4.0 has been found to alter the way in which entrepreneurs conceptualize, function, and collaborate. This review elucidates salient outcomes and implications of such intersections. Paramount among the findings are the proliferation of companies operating within the Industry 4.0 paradigm, the emergence of hubs centred on collaborative innovation, and the rising prominence of industry-specific ecosystems. Startups have been identified as pivotal in effecting supply chain transformations, embedding sustainability, and fostering digital talent. For practitioners navigating this terrain, it is imperative to champion digital metamorphosis, forge strategic partnerships, underscore the primacy of sustainable practices, and nurture digital expertise. Corporate alliances, ecosystem synergies, and opportunities in the global marketplace have been underscored as potent avenues for expansion and ingenuity. Furthermore, a marked influence of Industry 4.0 on the resilience and adaptability of entrepreneurial ecosystems has been discerned. The confluence of such technologies and ecosystems has been posited as offering an unprecedented juncture for both nascent and established businesses to spur economic progress, tackle pressing global challenges, and cultivate a robust culture of innovation and entrepreneurship.

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The potential of industry 4.0 for renewable energy and materials development – The case of multinational energy companies

Cited by 43 publications

References 69 publications

Natural Resource Optimization and Sustainability in Society 5.0: A Comprehensive Review

Natural Resource Optimization and Sustainability in Society 5.0: A Comprehensive Review

Investigating the Energy Potential and Degradation Kinetics of Nine Organic Substrates: Promulgating Sustainability in Developing Economies

Industry 4.0 and Its Impact on Entrepreneurial Ecosystems: An Examination of Trends and Key Implications

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