Increased solid waste generation has become a major concern for society. Among the many types of waste, the tire stands out because of its worldwide consumption and because it is a threat to the environment. With the need to reduce improper tire disposal, several solutions have been developed to reduce or reuse this material. Many countries are creating new technologies and processes that can be used to recycle tires. Governmental actions have also been manifesting in the face of the situation, with the creation of legislation for both the corporate level and society in general, together with environmental inspection agencies to control this waste. The present work consists in making an analysis about the application of the reverse logistics of the waste tires, with the objective mainly in the issues that correspond to the proper disposal or the reuse of waste tires. Also present possible tire reuse alternatives, processes that can be applied to these wastes and show how harmful they are to the environment.
Modo de acesso: World Wide Web Inclui bibliografia 1. Gestão da Produção 2. Engenharia de Produção. I. Título CDD-658 O conteúdo dos artigos e seus dados em sua forma, correção e confiabilidade são de responsabilidade exclusiva dos seus respectivos autores.
In recent years there has been a high growth in Brazil, in the construction industry this event reflects a great economic development in the regions of the country, in the Amazon, the ceramic brick industry has been gradually increasing to meet this demand, especially in the interior of the state. In them there are failures and waste during its manufacturing process that greatly affects the final product. This article aims to employ the quality tools in the production process of a ceramic pottery that is located in the city of Urucurituba - AM, through them to discover the flaws and propose improvements in the production process of sealing bricks so that there is no problems in the final product. Through site visits data were collected through interviews with employees and the plant manager, the visit also allowed the mapping of the process of manufacturing eight-hole bricks, from this verification it was possible to apply the flowchart that allowed describing Throughout the process flow, the Ishikawa Diagram was also applied, which made it possible to detect faults (cracks and cracks) and their root causes. These occur during the brick production process and used the 5W2H, which helped to organize the ideas. and make a proposal to solve the problems, and bring quality to the final product
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