Published August 2026, Pg. 44-49
Section: Oil field equipment
UOT: 658.58-2
DOI: 10.37474/0365-8554/2026-08-44-49
The modern manufacturing and total waste management
P.H. Mammadov PhD in Economics - Baku Engineering UniversityIn Japan, Toyota developed a revolutionary modern manufacturing as a lean manufacturing. This highly successful method for reducing production waste, improving production flow, reducing production time, improvement of quality and increasing production began as a method to compete with Western automakers and soon became a revolutionary production mentality world over. The Lean manufacturing mainly refers to elimination of waste which currently one part of waste such us hazardous gases and wastes are disposed Environment. The most production companies dispose these type of waste to Environment and these type of wastes damage the flora and fauna. As a systematic way to increase efficiency lean principles run counter to traditional mass-production practices. Yet, they allow small and medium businesses to consistently increase quality while decreasing costs. They emphasize key objectives like simplicity, flow, and balance. Companies large and small can leap over their competition by understanding and implementing this highly efficient system. The purpose of this article is the definition of all production wastes, and their impact to production and environment and then implementation of methods to eliminate the waste negative impact to production cost and also to the environment.
The purpose of the study – In modern times, the definition and calculation of all wastes in modern manufacturing, enterprises are to achieve maximum efficiency with minimum waste and continuous improvement of the quality of products and services produced without harming the environment, human health and safety. By application of the waste management the total quality cost and total production cost are reduced. The practical application of waste managemnt are indicated on this article.Also classification of traditional tools for waste elimination and also definition of Artificial Intellegence(AI) application for quality improvement and waste reduction.
Research methodology – Application of total waste managemnt principlesy in production for elimination of wastes, minimising of total cost and enhancement of perfromance and quality.
The applied significance of the study – Reducing of wastes in production, improving quality and reducing quality and tptal production costs.
Scientific innovation of the research – By definition and calculation of all waste types the quality control can be further improved, raw material resources can be saved, quality and production costs can be reduced. Finally the proper production planning are going to be provided.
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