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Advisor(s)
Abstract(s)
A principal e mais importante arma do século XXI é a informação, e a velocidade à qual a temos ao
nosso dispor.
Tal como num cenário de guerra, nos dias de hoje a obtenção de informação fidedigna e em tempo
real é talvez um dos maiores pilares de sustentação para decisões fundamentadas e com valor para
o meio industrial, entre outros.
Como a frase repetida vezes sem conta nos diz: “Tempo é dinheiro”, todos os mecanismos,
automatismos, programas e metodologias que nos permitam quantificar, tratar e converter dados
aleatórios em informação analisável é de uma importância tremenda para quem neste caso lida
com operações industriais.
Neste caso em concreto, estamos a abordar a implementação de um software de Manutenção,
contratado a uma empresa terceira que numa fase inicial importará todas as nossas tarefas de
manutenção preventiva e posteriormente organizá-las-á num espaço temporal, criando avisos
cíclicos definidos pela gestão.
Este software também será responsável pela ponte de comunicação entre Produção e Manutenção,
ponte essa que encontrará diversos obstáculos que irão sem qualquer dúvida ser ultrapassados
pelo bem maior que é a agilidade nas operações em termos gerais, mas mais em concreto nas
operações de Manutenção.
Por último, mas não menos importante, este software tem como objetivo num futuro a
curto/médio prazo, após estabilização da implementação, receber a informação dada pela
sensorização inerente a cada equipamento, de modo a poderem ser consultados em tempo real
dados que nos farão não só achatar a vulgarmente denominada “curva da banheira” bem como irá
inevitavelmente contribuir para o aumento da vida útil do equipamento e também reduzir
drasticamente o MTBF-Mean Time Between Failures.
The main and most important weapon of the 21st century is information, and the speed at which we have it at our disposal. As in a war scenario, nowadays obtaining reliable information in real time is perhaps one of the biggest pillars of support for well-founded decision with value for the industrial environment, among others. As the phrase repeated over and over again tells us: “Time is money”, all the switches, automatisms, programs and methodologies that we need to quantify, process and convert random data into analyzable information are of tremendous importance for those who, in this case, deal with industrial operations. In this specific case, we are facing an implementation of a maintenance software, contracted from a third-party company which, in an initial phase will import all our preventive maintenance tasks and later organize them in a time frame, creating cyclical occurrences defined by the management. This software will also be responsible for the communication connection between Production and Maintenance, a connection that will encounter several obstacles that will undoubtedly be overcome for the greater good that is agility in operations in general terms, but more specifically in Maintenance operations. Last but not least, this software aims in the short/medium term future, after stabilizing the implementation, to receive the information given by the sensing inherent to each equipment, so that data can be checked in real time and flatten the so-called “bathtub curve” and also inevitably contribute to increase the useful life of the equipment that consequently will significantly reduce the MTBF-Mean Time Between Failures.
The main and most important weapon of the 21st century is information, and the speed at which we have it at our disposal. As in a war scenario, nowadays obtaining reliable information in real time is perhaps one of the biggest pillars of support for well-founded decision with value for the industrial environment, among others. As the phrase repeated over and over again tells us: “Time is money”, all the switches, automatisms, programs and methodologies that we need to quantify, process and convert random data into analyzable information are of tremendous importance for those who, in this case, deal with industrial operations. In this specific case, we are facing an implementation of a maintenance software, contracted from a third-party company which, in an initial phase will import all our preventive maintenance tasks and later organize them in a time frame, creating cyclical occurrences defined by the management. This software will also be responsible for the communication connection between Production and Maintenance, a connection that will encounter several obstacles that will undoubtedly be overcome for the greater good that is agility in operations in general terms, but more specifically in Maintenance operations. Last but not least, this software aims in the short/medium term future, after stabilizing the implementation, to receive the information given by the sensing inherent to each equipment, so that data can be checked in real time and flatten the so-called “bathtub curve” and also inevitably contribute to increase the useful life of the equipment that consequently will significantly reduce the MTBF-Mean Time Between Failures.
Description
Keywords
Maintenance 4.0 Industry Digitalization Agility Real Time Access Data