scispace - formally typeset
Search or ask a question

What is proactive maintenance? 


Best insight from top research papers

Proactive maintenance is a strategic approach that aims to prevent failures by addressing the root causes of equipment breakdowns. It involves monitoring equipment conditions to detect deterioration early on, analyzing the root causes of failures through condition monitoring and data-driven methods, and implementing engineering solutions to eliminate potential issues gradually. By utilizing techniques like prescriptive analytics and reinforcement learning algorithms, proactive maintenance can enhance equipment availability, reduce downtime, and increase operational efficiency. This approach aligns with sustainable development goals by efficiently utilizing resources and promoting long-term equipment dependability. Proactive maintenance is crucial in various industries, such as rubber manufacturing and thermal power plants, where minimizing downtime and maximizing production capacity are paramount.

Answers from top 4 papers

More filters
Papers (4)Insight
Proactive maintenance is the use of network data to detect and locate faults before they escalate into service failures, enabling early intervention and prevention.
Proactive maintenance aims to identify and eliminate root causes of failures in systems, extending device life cycle, reducing downtime, and increasing production capacity through engineering solutions.
Proactive maintenance involves using Reinforcement Learning Algorithm to enhance curing machine availability in the rubber industry by identifying critical components, preventing rapid failures, and maximizing machine availability.
Proactive maintenance integrates descriptive and predictive analytics to automate the detection of device issues, enhancing dependability and reducing operational costs in home or industrial settings.

Related Questions

How does proactive personality contribute to job satisfaction among aviation industry professionals?5 answersProactive personality plays a significant role in enhancing job satisfaction among aviation industry professionals. Studies have shown that proactive personality is positively associated with job satisfaction due to its self-initiative, change-oriented nature, and focus on the future. Furthermore, proactive personality has been linked to greater job satisfaction through its impact on work engagement, as it leads to increased innovative work behavior, ultimately enhancing job satisfaction. Additionally, proactive personality predicts job satisfaction independently and sequentially through social support and hope, highlighting its crucial role in improving job satisfaction among workers in various contexts, including the aviation industry. Therefore, fostering proactive personality traits among aviation professionals can lead to higher job satisfaction levels, contributing to overall organizational success.
What are the core components of a proactive personality?5 answersA proactive personality comprises several core components. Firstly, it involves self-initiative, being change-oriented, and focusing on the future, which contributes to higher job satisfaction over time. Secondly, a tripartite model of proactive personality consists of three dimensions: perception (identifying opportunities for change), implementation (planning and executing change), and perseverance (persisting until change is achieved). Additionally, proactive individuals tend to engage in advice-seeking and task crafting behaviors, especially in ambiguous work contexts, with role ambiguity acting as an opportunity for those with proactive personalities who have the capacity and willingness to seek advice and craft tasks. These components collectively define the proactive nature of individuals in various settings, influencing their behavior and outcomes.
How does being proactive promote happiness?4 answersBeing proactive promotes happiness by contributing to well-being at work and subjective well-being. Proactive personality is positively correlated with job crafting, work engagement, and flow at work. Proactivity, in its dispositional and behavioral form, has a direct impact on optimal work experiences and well-being outcomes such as subjective vitality and positive affect. Additionally, proactive employees who initiate improvements at work are more likely to be happy. Proactive individuals take responsibility for their lives and do not blame external factors, which prioritizes values over feelings. Overall, being proactive enhances personal resources, job satisfaction, and positive experiences at work, leading to increased happiness and well-being.
What are the best practices for proactive maintenance of boilers?5 answersThe best practices for proactive maintenance of boilers include implementing an optimal preventive maintenance strategy. This strategy is especially beneficial for plants that rely on breakdown or run-to-failure maintenance. It helps achieve efficient operation of boilers and provides advantages such as reduced downtime, cost savings, and improved safety. Another practice is to maintain a strong engineering capability in the area of structural integrity of boiler components and high temperature rotating plant. This involves rigorous examination of major components, on-line plant damage analysis, and innovative repair and retro-fitting with improved materials. Additionally, IoT enabled predictive maintenance can be used to identify potential problems in boiler feed pumps before failure occurs. By integrating automation systems with advanced analytic tools, such as the Internet of Things and big data, it is possible to make maintenance processes more efficient and effective.
What is proactive maintenance of boiler?5 answersProactive maintenance of a boiler refers to the preventive measures taken to avoid unexpected breakdowns and minimize disruptions in its operation. It involves conducting regular inspections, implementing maintenance activities, and addressing potential issues before they escalate into major problems. This approach aims to increase the reliability and efficiency of the boiler in the long term. By implementing proactive maintenance, companies can minimize downtime, reduce repair costs, and optimize the performance of their boilers.
How can predective maintenance optimize supply chain?4 answersPredictive maintenance can optimize the supply chain by improving equipment maintenance and service management, reducing costs, and extending equipment life cycles. By utilizing Industry 4.0 technologies such as the Internet of Things, machine learning, and cloud computing, a system can be developed to provide predictive maintenance in the service supply chain. This system enables effective equipment maintenance, just-in-time replacements, and fewer unnecessary disposals, leading to cost reduction and improved service quality. Differential pricing and preventive maintenance can also enhance the power company's profit in the electric power supply chain network. In a two-stage maintenance service supply chain, decentralized and centralized decision-making models can be used to optimize maintenance service contracts and improve equipment performance. Additionally, coordination strategies such as cost-sharing and performance-based approaches can be employed to maximize the profit of the supply chain.

See what other people are reading

What is the function of surfer in the field of aquaculture?
5 answers
SURFER plays a crucial role in various aspects of aquaculture. In the context of underwater topography visualization and analysis, Surfer, along with GIS, is utilized for sophisticated interpolation, cartographic drawing, data analysis, and variation function modeling in aquaculture applications. Additionally, SURFER, a program designed for reliability and availability evaluation of fault-tolerant computing systems, aids in constructing behavior models, accounting for non-constant transition rates, and analytically processing the model, which can be beneficial for aquaculture system analysis. Moreover, SURFER is also employed in estimating the impact of CO2 emissions and solar radiation modifications on sea level rise and ocean acidification over long timescales, supporting the analysis of optimal policies and studying commitment and responsibility under uncertainty, which can be relevant for aquaculture sustainability planning.
What is the impact of digitalization on the trucks' companies economy?
5 answers
Digitalization significantly impacts the economy of trucking companies by enhancing operational efficiency, reducing costs, and improving service quality. The integration of innovative technologies, such as digital platforms and information exchange systems, enables companies to streamline operations, optimize routes, and provide timely deliveries. Moreover, digital transformation leads to structural changes in value chains, promotes the use of electric vehicles, and facilitates the adoption of Mobility as a Service (MaaS) concepts, reshaping the industry's landscape. By leveraging digital tools, trucking companies can overcome operational challenges, achieve economies of scale, and enhance their competitiveness in the evolving market, ultimately driving economic growth and sustainability within the sector.
What are the eleven performance indicators for strategic maintenance of healthcare facilities introduced by Shohet (2006)?
4 answers
Shohet (2006) introduced eleven key performance indicators (KPIs) for strategic maintenance of healthcare facilities. These KPIs include the gradual replacement of old electrical appliances and equipment based on their age, condition-based preventive maintenance, utilization of maintenance instructions and standards, and considering the impact of experienced and qualified managers. Additionally, the use of digital technologies like the Internet of Things (IoT) and smart meters in facility management can provide opportunities to identify new KPIs for healthcare facilities, enhancing performance evaluation. Furthermore, a study on hospital facilities management (FM) in Hong Kong identified 18 KPIs in categories such as physical, safety, environmental, and financial, emphasizing the importance of physical and financial indicators in performance evaluation.
What is the impact of digitalization on truck traffic?
5 answers
Digitalization is revolutionizing the transport and logistics industry, including truck traffic. The integration of innovative technologies and digital platforms enhances service delivery, reduces costs, and increases efficiency. Digitalization in truck traffic involves optimizing loading processes through mobile devices, impacting efficiency levels initially but leading to long-term improvements. The networking of logistics systems through digitalization offers potential cost reductions and efficiency gains. Moreover, the digitalization of truck traffic requires the development of modern infrastructure, preferential leasing conditions, and high-quality digital platforms for information exchange. Overall, digitalization in truck traffic is essential for adapting to changing consumer behaviors, improving safety, convenience, and availability, and ensuring the industry's sustainability in the face of evolving technological landscapes and global challenges.
How blockchain can enhance AI security?
5 answers
Blockchain can enhance AI security by providing a decentralized and tamper-proof framework. This technology can help avoid single-point failures and optimize battery life on low-level devices by load balancing, addressing vulnerabilities in IoT networks. Additionally, blockchain enables the verification of data authenticity and tracing it back to the original creator, ensuring data integrity. By combining blockchain with AI, the system can create a more secure and trustworthy digital ecosystem with more nuanced security rules, enhancing overall cybersecurity. Furthermore, AI's ability to learn and adapt is crucial for automating systems and analyzing collected data, contributing to the security of IoT devices. This integration of blockchain and AI can provide a robust solution for securing IoT networks and safeguarding the privacy of users.
What is edge computing in context of 5G?
5 answers
Edge computing in the context of 5G refers to the placement of data processing closer to the data source, reducing latency and bandwidth usage. This technology involves deploying computing and storage capabilities at the edge of the network, near end-users, to enable real-time awareness, cloud offloading, and traffic congestion reduction. The European Telecommunications Standards Institute (ETSI) has introduced Multi-Access Edge Computing (MEC) standards to support low-latency services at the far-edge, facilitating the execution of cloud-like services at the edge of the infrastructure. By integrating 5G and edge computing, the goal is to enhance speed and reduce latency for end-users, leveraging the strengths of both technologies simultaneously to overcome their individual limitations.
What are the uses of other project management tools?
5 answers
Various project management tools and techniques play crucial roles in different industries. These tools are utilized in diverse sectors such as engineering, construction, healthcare, and information technology. In the realm of construction projects, tools like value management, reliable feasibility studies, integrated software, life cycle costing, and emerging technologies are essential for enhancing project performance and ensuring client satisfaction. Additionally, project management tools are vital for maintaining organization and efficiency in research studies, aiding in tasks like enrollment, data collection, and result access, ultimately contributing to rigorous study implementation and minimizing errors. Moreover, in the IT field, project management systems designed for small companies utilize approximate information models and scheduling algorithms to facilitate "soft" project planning and eliminate work downtime, especially in unique project scenarios.
Is electric vehicle technology advancing rapidly?
5 answers
Electric vehicle (EV) technology is indeed advancing rapidly. The recent surge in EV adoption is fueled by advancements in battery technology, high charging rates, and policy shifts. EVs are transitioning towards Industry 4.0, with a focus on system integration, control units, and application software modules. The EV industry is projected to have a significant demand increase, with EVs offering cost savings and reduced emissions. Innovations in power conversion technologies, like wide-bandgap devices, are enhancing battery charging, power management, and traction systems, leading to improved efficiency and performance in EVs. Overall, the comprehensive analysis of EV technologies and the emphasis on future advancements highlight the rapid pace of development in the electric vehicle sector.
How to determine the minimum protection gauge of crossing on the Tram Track?
5 answers
To determine the minimum protection gauge of crossings on tram tracks, various factors need to be considered. The analysis of urban traffic in Zagreb suggests that techniques from railway traffic, such as level crossing protection systems, can be adapted for tram track safety. Additionally, tramway-track detection systems play a crucial role in estimating safety margins for crossing traffic participants, utilizing advanced algorithms based on graph theory and a max-cost arborescence graph for optimal track detection. Furthermore, preventive maintenance activities are essential to mitigate potential issues like excessive gauge deviation, with predictive modelling using Support Vector Machine (SVM) and Genetic Algorithm (GA-SVM) models to enhance maintenance strategies and ensure tram system sustainability. By integrating these insights, a comprehensive approach can be developed to determine the minimum protection gauge for crossings on tram tracks.
What factors contribute to uncertainty in production planning and lead times?
5 answers
Factors contributing to uncertainty in production planning and lead times include fluctuations in human resources, defective products, lack of standardization, and probabilistic lead times. Human resource variability affects production time at each stage, while defective products lead to inaccurate planning. Lack of standardization in production processes can result in heterogeneous product characteristics, adding to uncertainty in planning. Moreover, probabilistic lead times for components in multilevel assembly systems can lead to delays, backorders, and increased costs, especially when shortages occur, impacting the overall production planning and lead times. Additionally, congestion effects and random demand without known distributions can further contribute to uncertainty in production planning and lead times.
Why TPM (Total Productive Maintenance) is important nowadays?
5 answers
Total Productive Maintenance (TPM) is crucial in today's competitive landscape due to its ability to enhance productivity, reduce production time, and boost employee satisfaction. TPM serves as a strategic tool in lean manufacturing, improving performance and sustainability in organizations. It emerged as a more advanced approach compared to traditional preventive maintenance, aiming for zero stoppages, defects, and breakdowns. By integrating sustainability criteria, TPM can evolve into Sustainable TPM (Sus-TPM), ensuring equipment functions sustainably to meet customer demand and reduce waste. In the hospitality industry, TPM adoption has shown significant positive impacts on productivity, quality, cost efficiency, profitability, and employee morale. Therefore, TPM's multifaceted benefits make it indispensable for organizations striving for operational excellence and competitive advantage in today's dynamic business environment.