Integrating Sustainability and Technological Innovation in Industrial Chemical Processes

Resumen

This research explores the integration of sustainability and technological innovation in industrial chemical processes through digitalization and the Internet of Things (IoT). It examines how these advancements enhance productivity and reduce environmental impact. The primary objectives are to assess the challenges faced by the chemical industry in resource utilization and waste generation, and to identify how innovation and technology can provide effective solutions. Adopting a qualitative approach, the study links research questions with relevant theories and outcomes. The methodological design combines systems theory and process analysis, focusing on the impact of IoT on sustainability and efficiency. Data collection is carried out through interviews and case studies, complemented by real-time process reviews, which facilitate the interpretation of the interaction between technology and sustainable practices. The findings indicate that the implementation of sustainable practices and IoT technology significantly improves efficiency and reduces costs, as evidenced by the employed methodology and analyzed case studies. This approach demonstrates the critical importance of qualitative research in understanding sustainability in the chemical industry. The study highlights the necessity of aligning research questions with coherent methodologies to achieve meaningful results. Ultimately, this research underscores the need for a robust methodological framework to comprehend and promote the integration of sustainability and technological innovation, emphasizing its value for a more sustainable and technologically advanced future in the chemical industry.