Compressor Reliability Improvement

Voinov, Kirill; Grigor'ev, A. Yu.; Grigor’ev, K.A.

doi:10.1016/j.proeng.2016.07.013

Cited by 7 publications

(3 citation statements)

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“…Thus, it can be done through continuous enhancement over all the products made and creation process (Ming et al, 2015;O'Connor, and Moleh, 2016;Un. and Huibin, 2012;Voinov et al, 2016;Zio et al, 2019).…”

Section: B Reliabilitymentioning

confidence: 99%

FMEA Study Proposal with Application in a White-Good Appliances Product

Andrade

Coelho

Oliveira

et al. 2021

EJBMR

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One of the growing concerns in companies in developed countries and in Brazil is to look for new ways to stay in the market, increasing their productivity and improving the quality of their products. The FMEA methodology allows us to avoid, through the analysis of potential failures and proposals for improvement actions, failures in the design of the product or process occur, in order to increase reliability. The reliability of a product is the reflection of the number of failures it presents when subjected to stress tests, thus helping in the detection of problems, determining the time to be offered as a guarantee and helping in the prevention of new failures. The objective of this article is to present a proposal for the application of an FMEA in a white line company, where there is a product with a high failure rate, in which this issue will be analyzed and direct proposals for improvements, seeking to reduce its occurrence in the product.

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Section: B Reliabilitymentioning

confidence: 99%

FMEA Study Proposal with Application in a White-Good Appliances Product

Andrade

Coelho

Oliveira

et al. 2021

EJBMR

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“…Reliability is a function which allows predicting the operating time of a system by calculating the failure probability of its subsystems or components [14], [15]. [16] mentions that reliability is an important property for all systems, as it allows to define how long an object can function during different operating conditions such as temperature, speed, loading and among others. Based on this, if a good analysis of the product's reliability is performed, it is guaranteed that the components or systems will operate at the desired level during their life cycle [14], [17].…”

Section: B Reliabilitymentioning

confidence: 99%

Evaluation of Qualitative Accelerated Tests Practices in Product Development Process: A Computer Simulation

Rocha

Oliveira

Veroneze

2021

EJENG

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— Reliability is an essential item for the product development phase, as it is from estimated values are obtained about how the product will behave and, consequently, about modes of design flaws and weaknesses. In short, these responses are important to offer to the market high quality products, in addition to providing safety to the customer. In this work, a product was proposed where its design was based on research on how its shape should be and three different raw materials were chosen to be applied to the product and, with the simulation, it was possible to discover the weaknesses and points of improvement and which material best suited the proposed product.

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“…Rebello et al 12 introduced a novel methodology to study the degradation state of components through system functional indicators, and system functional reliability was estimated and predicted by using both the hidden Markov model and dynamic Bayesian network. Voinov et al 13 proposed a practical alternative to increase compressor reliability by analyzing system performance mathematically and identifying its reliability-related weakness. Goel et al 14 used data analytics to predict equipment failure.…”

Section: Introductionmentioning

confidence: 99%

Integrated Approach of Safety, Sustainability, Reliability, and Resilience Analysis via a Return on Investment Metric

Moreno-Sader

Jain

Tenorio

et al. 2019

ACS Sustainable Chem. Eng.

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The process design and technology selection are driven by multiple objectives including technical, economic, environmental, safety, and resilience drivers. Traditionally, technoeconomic analyses have been used to select and optimize the process design. Subsequently, environmental, safety, and resilience issues have been included in post-design analysis. With the recognition of the importance of including various objectives during the early stages of the process design, there has been a growing interest in the development of systematic methods for the multi-objective conceptual design. Recently, novel concepts have been proposed for the incorporation of sustainability and safety in designs through financial frameworks. In the current work, an extended approach is proposed for the incorporation of reliability, resilience, safety, and sustainability aspects during the conceptual design of the process system. In this proposed methodology, safety and sustainability weighted return on investment metric (SASWROIM) is extended to include impacts of resilience and reliability aspects with different design changes and configurations. For this purpose, a safety, sustainability, reliability, and resilience weighted return on investment metric (S2R2WROIM) is introduced. Multi-objective decision-making can thus be carried out for the optimal design based on this augmented method over the convention economic return on investment metric. The general methodology to screen process alternatives through S2R2WROIM begins with the synthesis and simulation of base case and alternative case flowsheet in Aspen HYSYS. This is followed by performance analysis, evaluation of various metrics, and applications of integrated metric to select the recommended design. A compressor process system case study in a hydrocracking process plant is demonstrated to illustrate the applications and benefits of the proposed methodology. The new approach provides decision makers with meaningful information and insights about safety, reliability, resilience, and sustainability along with the economic aspect.

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Compressor Reliability Improvement

Cited by 7 publications

References 0 publications

FMEA Study Proposal with Application in a White-Good Appliances Product

FMEA Study Proposal with Application in a White-Good Appliances Product

Evaluation of Qualitative Accelerated Tests Practices in Product Development Process: A Computer Simulation

Integrated Approach of Safety, Sustainability, Reliability, and Resilience Analysis via a Return on Investment Metric

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