Exploring the impact of the fourth industrial revolution on a ferrochrome production plant in South Africa

Abstract

The central research question of this study is, "How can the Fourth Industrial Revolution (4IR) impact a ferrochrome production plant in South Africa?" This question is particularly relevant given the increasing global focus on 4IR technologies and their potential to revolutionise industries. This is especially important for the South African ferrochrome industry, a sector crucial for the country's economy. The study employs a mono-method, qualitative research approach, considered the most suitable due to its focus on non-numeric data collection and analysis. Semi-structured interviews were conducted with industry professionals to gain in-depth insights into their perspectives on 4IR. Eight participants from various management levels in one organisation were interviewed. The data was transcribed and analysed using coding techniques and Atlas.ti to identify key themes and patterns. The research is structured into various sections, beginning with an introduction that outlines the problem statement, objectives, and the study's relevance in filling existing knowledge gaps. This is followed by a literature review that provides an industry overview and investigates the potential impact of 4IR on safety, profitability, and sustainability within the ferrochrome sector. Key findings include a general familiarity with 4IR but a notable gap in practical understanding, the industry's emerging progress in 4IR adoption, and the potential for positive impacts on safety, profitability, and sustainability. The study underscores the necessity of 4IR implementation for the industry's competitiveness and sustainability, highlighting the importance of early technology adoption. In conclusion, the study effectively addressed its primary objective by exploring the potential impact of the Fourth Industrial Revolution (4IR) on a ferrochrome production plant in South Africa. The industry's progress in 4IR is still in emerging stages. However, the potential for a positive impact on safety, profitability, and sustainability is evident. The importance of implementing 4IR technologies is emphasised by the ferrochrome sector's critical role in South Africa's economy. Given the industry's iv significance, adopting 4IR is beneficial and essential for its continued viability in South Africa. As for the secondary objectives, the study successfully determined the industry's readiness for 4IR, explored its relevance for the future of ferrochrome production in South Africa, and drew actionable conclusions on its impact. The study also highlighted the importance of considering environmental, social, and political factors in strategic planning for 4IR. Recommendations for both practical industry applications and future research are provided, making this study a foundational piece for further investigations into the impact of 4IR on the ferrochrome industry in South Africa.