Reduction In Diesel Consumption In The Large-scale Fleet Of The Mariana Complex

Associacao Brasileira de Metalurgia,  Materiais e Mineracao
Antônio Vitor Magalhães Cota Luana Lessa Pacheco
Organization:
Associacao Brasileira de Metalurgia, Materiais e Mineracao
Pages:
14
File Size:
1606 KB
Publication Date:
Oct 3, 2019

Abstract

With the sharp fall in commodity prices, the terms cost reduction and higher productivity have become subjects that are constantly addressed in the daily life of companies, since these factors represent a question of survival of the organizations. To achieve this, the search for continuous improvement of our processes in order to guarantee space in the market is a reality and necessity, so it is important that companies know their processes in detail and have the maturity to make decisions based on data and facts. Thus, this work aims to apply the Six Sigma methodology to investigate which are the variables that most influence the transportation process, carried out by large trucks, increasing their specific consumption of diesel, which is the second largest expense of a company. mining in the city of Mariana MG. The goal of the project was to reduce diesel consumption in the large transport fleet by 7.4%, from 0.32 l / t (average carried out from Feb / 16 to Jan / 17) to 0.30 by February 2018 , with an estimated gain of R $ 4.2 million. The results achieved exceeded the established target, reaching a 10% reduction in specific diesel consumption, totaling a projected real gain of R $ 6.4 Million, in addition to the reduction of 1,710.52 t of CO2 in the atmosphere.
Citation

APA: Antônio Vitor Magalhães Cota Luana Lessa Pacheco  (2019)  Reduction In Diesel Consumption In The Large-scale Fleet Of The Mariana Complex

MLA: Antônio Vitor Magalhães Cota Luana Lessa Pacheco Reduction In Diesel Consumption In The Large-scale Fleet Of The Mariana Complex. Associacao Brasileira de Metalurgia, Materiais e Mineracao, 2019.

Export
Purchase this Article for $25.00

Create a Guest account to purchase this file
- or -
Log in to your existing Guest account