The Role of Green Process Reengineering in Improving the Performance of Total Productive Maintenance

Abstract

In light of the contemporary developments in all the different sciences and technological changes, and the increase in the environmental impacts of production processes, it is required of the Iraqi economic units to use modern technologies applied in the world, to keep abreast of these developments and adhere to the legislation related to environmental protection on the one hand, and to increase the efficiency and effectiveness of labor activities and techniques, and this leads to consequently reduce production costs, and providing environmentally friendly production processes at the same time, and this requires the application of modern and advanced methods and methods, and accordingly, this research came to clarify the application of one of the modern techniques in cost management, which is the technique of re-engineering green processes and its role in improving the overall performance of the economic unit in particular, and the performance of in particular Total productive maintenance, Thus, the aim of the research is to highlight that green process reengineering technology has a role in improving the performance of Total productive maintenance. To develop the Iraqi industrial sector, the sulfuric acid plant in Al-Furat Company for Chemical Industries and Pesticides was adopted as a sample for research, as it is one of the Iraqi industrial economic units seeking development and facing great and growing competition. Total production maintenance, this hypothesis has been proven by applying green process reengineering to the production processes of the research sample factory. The research reached several conclusions, the most important of which is that the application of green process reengineering technology steps contributes to reducing costs by improving the performance of Total productive maintenance, and helps the research sample to protect the environment, and presented a set of recommendations that contribute to the development of the research sample and environmental protection.

Keywords

• green process re-engineering
• performance improvement
• total productive maintenance