The document discusses key concepts in maintenance management. It emphasizes balancing equipment availability, costs, safety and compliance. Good maintenance management increases profits and competitiveness, while poor maintenance can threaten a company's survival. The document outlines ten areas for improvement in maintenance systems, including asset management, spare parts, planning, processes and data management. It stresses the importance of standardization, data quality and alignment with overall business strategy to optimize availability, costs, safety and compliance through continuous improvement.
The document discusses maintenance management and provides definitions of key terms. It describes the evolution of maintenance from simply fixing equipment when it breaks to more modern approaches like reliability centered maintenance (RCM). The objectives of maintenance are to preserve asset functions and avoid failures. The functions of maintenance management include physical asset management, maintenance strategy determination, and planning and scheduling maintenance work. Different maintenance strategies like preventative maintenance and condition-based maintenance are also covered.
The document discusses different types of maintenance activities. It defines maintenance and its objectives to keep equipment operational at minimum cost. It describes various types of maintenance including planned preventive maintenance to minimize breakdowns, and unplanned corrective maintenance after failures occur. Predictive maintenance uses condition monitoring to detect potential failures while preventive maintenance relies on routine inspections.
The document discusses maintenance and reliability in operations management. It covers topics like improving system reliability, preventative versus breakdown maintenance, total productive maintenance techniques, and establishing effective maintenance policies through tools like simulation and expert systems. Specific examples are provided around reliability calculations, maintenance costs, and how Orlando Utilities Commission performs plant maintenance. The overall goal of maintenance is to keep equipment functioning reliably while controlling costs.
Maintenance involves various types of activities aimed at retaining equipment in working condition. Preventive maintenance involves planned activities like inspections and adjustments to prevent failures. Corrective maintenance repairs equipment after a failure to restore it. Predictive maintenance uses condition monitoring to predict failures and schedule maintenance. The types and objectives of maintenance have evolved over time to focus more on availability, cost reduction and other factors.
The document discusses various aspects of maintenance management policies, including:
1. Policies around work allocation, such as determining the appropriate level of scheduling, selection of jobs to schedule, and balancing preventive and breakdown maintenance.
2. Policies regarding the workforce, including deciding whether to use an in-house workforce or outside contractors, and factors to consider in that decision.
3. General policies cover areas like interplant relations and control of the maintenance function.
The document discusses the importance and objectives of maintenance management. Modern maintenance aims to keep equipment running at high capacity and producing quality products at the lowest possible cost. It also aims to minimize unplanned downtime and maximize availability. Preventive maintenance is important as it can reduce breakdowns, repairs and costs while increasing availability and efficiency. Condition-based maintenance allows failures to be detected early and repairs to be planned in advance. The goals of maintenance are to maintain availability at the lowest cost while ensuring safety.
The document discusses key concepts in maintenance management. It emphasizes balancing equipment availability, costs, safety and compliance. Good maintenance management increases profits and competitiveness, while poor maintenance can threaten a company's survival. The document outlines ten areas for improvement in maintenance systems, including asset management, spare parts, planning, processes and data management. It stresses the importance of standardization, data quality and alignment with overall business strategy to optimize availability, costs, safety and compliance through continuous improvement.
The document discusses maintenance management and provides definitions of key terms. It describes the evolution of maintenance from simply fixing equipment when it breaks to more modern approaches like reliability centered maintenance (RCM). The objectives of maintenance are to preserve asset functions and avoid failures. The functions of maintenance management include physical asset management, maintenance strategy determination, and planning and scheduling maintenance work. Different maintenance strategies like preventative maintenance and condition-based maintenance are also covered.
The document discusses different types of maintenance activities. It defines maintenance and its objectives to keep equipment operational at minimum cost. It describes various types of maintenance including planned preventive maintenance to minimize breakdowns, and unplanned corrective maintenance after failures occur. Predictive maintenance uses condition monitoring to detect potential failures while preventive maintenance relies on routine inspections.
The document discusses maintenance and reliability in operations management. It covers topics like improving system reliability, preventative versus breakdown maintenance, total productive maintenance techniques, and establishing effective maintenance policies through tools like simulation and expert systems. Specific examples are provided around reliability calculations, maintenance costs, and how Orlando Utilities Commission performs plant maintenance. The overall goal of maintenance is to keep equipment functioning reliably while controlling costs.
Maintenance involves various types of activities aimed at retaining equipment in working condition. Preventive maintenance involves planned activities like inspections and adjustments to prevent failures. Corrective maintenance repairs equipment after a failure to restore it. Predictive maintenance uses condition monitoring to predict failures and schedule maintenance. The types and objectives of maintenance have evolved over time to focus more on availability, cost reduction and other factors.
The document discusses various aspects of maintenance management policies, including:
1. Policies around work allocation, such as determining the appropriate level of scheduling, selection of jobs to schedule, and balancing preventive and breakdown maintenance.
2. Policies regarding the workforce, including deciding whether to use an in-house workforce or outside contractors, and factors to consider in that decision.
3. General policies cover areas like interplant relations and control of the maintenance function.
The document discusses the importance and objectives of maintenance management. Modern maintenance aims to keep equipment running at high capacity and producing quality products at the lowest possible cost. It also aims to minimize unplanned downtime and maximize availability. Preventive maintenance is important as it can reduce breakdowns, repairs and costs while increasing availability and efficiency. Condition-based maintenance allows failures to be detected early and repairs to be planned in advance. The goals of maintenance are to maintain availability at the lowest cost while ensuring safety.
Maintenance is important in any organization. Without proper maintenance, assets deteriorate over time reducing the quality of your output produced. It can also impact the safety of your asset or your people who operate it. Asset management focuses on assuring your people that parts and processes are optimized to improve asset performance. Reducing inventory, maintenance costs and the number of downtime events raises your productivity, while simultaneously driving financial performance and predictability. It also helps your employees with the right tools to make good decisions about driving your plant performance.
This document is a guide to achieving operational efficiency through best practices in operations and maintenance (O&M). It was prepared by Pacific Northwest National Laboratory for the Federal Energy Management Program. The guide consists of 11 chapters that cover topics such as why O&M is important, O&M management, computerized maintenance management systems, types of maintenance programs, predictive maintenance technologies, commissioning existing buildings, metering for O&M, and O&M ideas for major equipment types. The target audience includes federal O&M and energy managers.
Maintenance management involves planning, scheduling, and executing repair and preventive maintenance activities to keep industrial plants operating at a specified level. The objectives of maintenance management include minimizing downtime and costs from failures, and maximizing the life of capital assets. There are three main types of maintenance: breakdown maintenance which occurs after equipment fails; preventive maintenance which uses routine actions to prevent failures; and predictive maintenance which continuously monitors equipment using sensors to predict and prevent future issues. Proper maintenance management is important for a company's costs, quality production, safety, and competitiveness.
The document discusses maintenance and reliability in operations management. It defines maintenance as activities to keep equipment working and reliability as the probability equipment will function properly for a specified time. The document outlines different types of maintenance like preventive and breakdown maintenance. It discusses how to improve reliability through improving individual components and providing redundancy. It also discusses techniques to improve maintenance like implementing preventive maintenance, increasing repair capabilities, and total productive maintenance. Cost comparisons are provided between preventive and breakdown maintenance.
This document outlines modules and chapters on maintenance management systems from Excellence and Competency Training Center Inc. It covers maintenance objectives, policies, and functions. The modules discuss maintenance management, planning and scheduling work, cost control, and performance indicators. The chapters go into policies around work allocation, priorities, and preventative versus breakdown maintenance. The document provides an introduction to key concepts in maintenance management systems.
Binseng Wang, ScD, CCE – Vice President, Performance Management & Regulatory Compliance, ARAMARK Healthcare’s Clinical Technology Services
Clinical engineering (CE) professionals have realized for some time that the “preventive maintenance” (PM) that they have been performing for many years is no longer able to prevent any failures, although some safety and performance inspections (SPIs) can help detect hidden and potential failures that affect patient safety. To help CE professionals decide whether they should continue to perform scheduled maintenance (SM) or not, a systematic method for determining maintenance effectiveness has been developed. This method uses a small set of codes to classify failures found during repairs and SM (PMs and SPIs). Analysis of the failure patterns and their effects on patients and users allows CE professionals to compare the effectiveness of different maintenance strategies, and justify changes in strategies, such as decreasing SM, deploying statistical sampling, or even eliminating SM.
The document discusses maintenance strategies, defining four main strategies: reactive, preventive, predictive, and proactive centered maintenance. It emphasizes that business objectives should drive the maintenance strategy, which then determines the technologies used. The document provides definitions and examples of each strategy and related terms like condition monitoring, reliability centered maintenance, and computerized maintenance management systems. It also outlines a process for selecting the right strategy that involves identifying asset criticality and potential failure modes.
In this lecture, first functions of a maintenance department is presented. Then discussed how to manage a maintenance program effectively. Then objectives, principles, effectiveness and elements of effective maintenance management. Finally presented maintenance management control indices used in different industries.
Reliability and Maintenance in production ManagementNazneen sheikh
This ppt may help you to get a clear picture about reliability and maintenance in Production Management.
Feedback is a must!!!1
Regards.
Nazneen Sheikh
Maintenance involves keeping facilities and equipment in good working condition through activities like inspection, repair, and replacement of parts. The goal of maintenance management is to control availability and performance at a specified level through planning, organizing, and directing resources. There are different types of maintenance including preventive, breakdown, predictive, planned, and routine maintenance, each with their own goals and procedures. Effective maintenance management helps maximize profits through cost control, customer satisfaction, quality assurance, and safety.
This document discusses plant maintenance basics. It defines a plant as a place where resources are brought together for manufacturing and defines maintenance as keeping a plant in good operating condition. The objectives of plant maintenance are to minimize breakdowns and keep the plant operating at lowest cost. Types of maintenance covered include corrective, scheduled, preventive, and predictive maintenance. Key performance indicators discussed for evaluating equipment include MTBF, MTTR, and availability.
This document provides guidance on establishing a maintenance management system for apparel firms. It describes the key elements of a maintenance management system, from initial inventory gathering to preparing a maintenance budget. The system framework helps with maintenance planning, work scheduling, completing work orders, and managing maintenance costs. Effective maintenance management can prevent health and safety issues, extend asset lifespan with fewer breakdowns, and reduce operating costs. It involves taking a systematic approach to planning, organizing, monitoring, and evaluating all maintenance activities and their associated costs.
1) Maintenance is defined as actions intended to retain or restore an item to a state in which it can perform its required function.
2) There are different types of maintenance including preventive maintenance, which aims to reduce failures before they occur; corrective maintenance, which repairs items after failure; and run-to-failure maintenance, which only repairs items after breakdown.
3) Attitudes toward maintenance have changed over time from seeing it as only a cost to recognizing its role in production, quality, safety, and the environment. Modern companies rely on well-organized maintenance programs for success.
The document discusses four main types of maintenance programs: reactive, preventive, predictive, and reliability centered maintenance. Reactive maintenance involves fixing equipment after it breaks, while preventive maintenance uses scheduled maintenance tasks. Predictive maintenance bases maintenance on equipment condition monitoring. Reliability centered maintenance takes a systematic approach to prioritize equipment and match maintenance to critical needs using predictive techniques. The document provides advantages and disadvantages of each approach. Predictive and reliability centered maintenance can provide the greatest cost savings through reduced downtime and failures.
Maintenance management involves coordinating maintenance activities and resources to effectively manage assets and ensure reliability. There are different types of maintenance - reactive, corrective, and various forms of proactive maintenance like preventive, planned, predictive and condition-based maintenance. An effective maintenance management process is driven by components like maintenance policies, objectives, plans, schedules and budgets. Key aspects of effective maintenance management include establishing proper foundations, engaging employees, leading change effectively, using metrics to measure performance, having robust processes and procedures, and leveraging tools to enable more proactive maintenance approaches.
This document presents a case study on implementing an effective preventive maintenance (PM) scheduling system. It analyzes PM practices in a semiconductor company with 109 machines and identifies issues like inefficient scheduling and lack of prioritization of critical machines. Data on machine downtimes from January to September 2011 is collected and the highest downtime months/machines are identified. Root cause analysis finds the main causes are wear and tear from chemicals and technical issues. The document proposes clustering machines, distinguishing critical machines, integrating PM with production planning, and training technicians to help reduce downtimes and improve PM effectiveness.
Plant maintenance involves keeping industrial plants in good operating condition through day-to-day problem solving and resource management. It aims to control and improve plant availability and performance. Maintenance includes both corrective actions to restore facilities as well as preventive maintenance like lubrication, inspection, and condition monitoring to predict and prevent failures. The goal is to minimize downtime and repair costs while ensuring safety, quality production, and prolonging equipment life. Preventive maintenance is particularly important, requiring careful planning, record keeping, and parameter monitoring using specialized equipment. Both too much and too little preventive maintenance can be problematic, requiring judgment to determine the optimal approach.
The document discusses various maintenance strategies including reactive, preventive, predictive, proactive, and reliability centered maintenance. Reactive maintenance involves repair after failure, while preventive maintenance uses scheduled inspections and repairs. Predictive maintenance utilizes condition monitoring to detect failures before they occur. Proactive maintenance focuses on identifying and correcting abnormal causes of failure. The goal is to preserve asset functions throughout their lives in the most cost effective way.
What is your equipment maintenance strategy?Joy Acha
Run it until it breaks or reduce risks of unforeseen failures with preventive maintenance? Study shows 202% ROI with Preventive Maintenance by ABB Turbocharging.
Maintenance is important in any organization. Without proper maintenance, assets deteriorate over time reducing the quality of your output produced. It can also impact the safety of your asset or your people who operate it. Asset management focuses on assuring your people that parts and processes are optimized to improve asset performance. Reducing inventory, maintenance costs and the number of downtime events raises your productivity, while simultaneously driving financial performance and predictability. It also helps your employees with the right tools to make good decisions about driving your plant performance.
This document is a guide to achieving operational efficiency through best practices in operations and maintenance (O&M). It was prepared by Pacific Northwest National Laboratory for the Federal Energy Management Program. The guide consists of 11 chapters that cover topics such as why O&M is important, O&M management, computerized maintenance management systems, types of maintenance programs, predictive maintenance technologies, commissioning existing buildings, metering for O&M, and O&M ideas for major equipment types. The target audience includes federal O&M and energy managers.
Maintenance management involves planning, scheduling, and executing repair and preventive maintenance activities to keep industrial plants operating at a specified level. The objectives of maintenance management include minimizing downtime and costs from failures, and maximizing the life of capital assets. There are three main types of maintenance: breakdown maintenance which occurs after equipment fails; preventive maintenance which uses routine actions to prevent failures; and predictive maintenance which continuously monitors equipment using sensors to predict and prevent future issues. Proper maintenance management is important for a company's costs, quality production, safety, and competitiveness.
The document discusses maintenance and reliability in operations management. It defines maintenance as activities to keep equipment working and reliability as the probability equipment will function properly for a specified time. The document outlines different types of maintenance like preventive and breakdown maintenance. It discusses how to improve reliability through improving individual components and providing redundancy. It also discusses techniques to improve maintenance like implementing preventive maintenance, increasing repair capabilities, and total productive maintenance. Cost comparisons are provided between preventive and breakdown maintenance.
This document outlines modules and chapters on maintenance management systems from Excellence and Competency Training Center Inc. It covers maintenance objectives, policies, and functions. The modules discuss maintenance management, planning and scheduling work, cost control, and performance indicators. The chapters go into policies around work allocation, priorities, and preventative versus breakdown maintenance. The document provides an introduction to key concepts in maintenance management systems.
Binseng Wang, ScD, CCE – Vice President, Performance Management & Regulatory Compliance, ARAMARK Healthcare’s Clinical Technology Services
Clinical engineering (CE) professionals have realized for some time that the “preventive maintenance” (PM) that they have been performing for many years is no longer able to prevent any failures, although some safety and performance inspections (SPIs) can help detect hidden and potential failures that affect patient safety. To help CE professionals decide whether they should continue to perform scheduled maintenance (SM) or not, a systematic method for determining maintenance effectiveness has been developed. This method uses a small set of codes to classify failures found during repairs and SM (PMs and SPIs). Analysis of the failure patterns and their effects on patients and users allows CE professionals to compare the effectiveness of different maintenance strategies, and justify changes in strategies, such as decreasing SM, deploying statistical sampling, or even eliminating SM.
The document discusses maintenance strategies, defining four main strategies: reactive, preventive, predictive, and proactive centered maintenance. It emphasizes that business objectives should drive the maintenance strategy, which then determines the technologies used. The document provides definitions and examples of each strategy and related terms like condition monitoring, reliability centered maintenance, and computerized maintenance management systems. It also outlines a process for selecting the right strategy that involves identifying asset criticality and potential failure modes.
In this lecture, first functions of a maintenance department is presented. Then discussed how to manage a maintenance program effectively. Then objectives, principles, effectiveness and elements of effective maintenance management. Finally presented maintenance management control indices used in different industries.
Reliability and Maintenance in production ManagementNazneen sheikh
This ppt may help you to get a clear picture about reliability and maintenance in Production Management.
Feedback is a must!!!1
Regards.
Nazneen Sheikh
Maintenance involves keeping facilities and equipment in good working condition through activities like inspection, repair, and replacement of parts. The goal of maintenance management is to control availability and performance at a specified level through planning, organizing, and directing resources. There are different types of maintenance including preventive, breakdown, predictive, planned, and routine maintenance, each with their own goals and procedures. Effective maintenance management helps maximize profits through cost control, customer satisfaction, quality assurance, and safety.
This document discusses plant maintenance basics. It defines a plant as a place where resources are brought together for manufacturing and defines maintenance as keeping a plant in good operating condition. The objectives of plant maintenance are to minimize breakdowns and keep the plant operating at lowest cost. Types of maintenance covered include corrective, scheduled, preventive, and predictive maintenance. Key performance indicators discussed for evaluating equipment include MTBF, MTTR, and availability.
This document provides guidance on establishing a maintenance management system for apparel firms. It describes the key elements of a maintenance management system, from initial inventory gathering to preparing a maintenance budget. The system framework helps with maintenance planning, work scheduling, completing work orders, and managing maintenance costs. Effective maintenance management can prevent health and safety issues, extend asset lifespan with fewer breakdowns, and reduce operating costs. It involves taking a systematic approach to planning, organizing, monitoring, and evaluating all maintenance activities and their associated costs.
1) Maintenance is defined as actions intended to retain or restore an item to a state in which it can perform its required function.
2) There are different types of maintenance including preventive maintenance, which aims to reduce failures before they occur; corrective maintenance, which repairs items after failure; and run-to-failure maintenance, which only repairs items after breakdown.
3) Attitudes toward maintenance have changed over time from seeing it as only a cost to recognizing its role in production, quality, safety, and the environment. Modern companies rely on well-organized maintenance programs for success.
The document discusses four main types of maintenance programs: reactive, preventive, predictive, and reliability centered maintenance. Reactive maintenance involves fixing equipment after it breaks, while preventive maintenance uses scheduled maintenance tasks. Predictive maintenance bases maintenance on equipment condition monitoring. Reliability centered maintenance takes a systematic approach to prioritize equipment and match maintenance to critical needs using predictive techniques. The document provides advantages and disadvantages of each approach. Predictive and reliability centered maintenance can provide the greatest cost savings through reduced downtime and failures.
Maintenance management involves coordinating maintenance activities and resources to effectively manage assets and ensure reliability. There are different types of maintenance - reactive, corrective, and various forms of proactive maintenance like preventive, planned, predictive and condition-based maintenance. An effective maintenance management process is driven by components like maintenance policies, objectives, plans, schedules and budgets. Key aspects of effective maintenance management include establishing proper foundations, engaging employees, leading change effectively, using metrics to measure performance, having robust processes and procedures, and leveraging tools to enable more proactive maintenance approaches.
This document presents a case study on implementing an effective preventive maintenance (PM) scheduling system. It analyzes PM practices in a semiconductor company with 109 machines and identifies issues like inefficient scheduling and lack of prioritization of critical machines. Data on machine downtimes from January to September 2011 is collected and the highest downtime months/machines are identified. Root cause analysis finds the main causes are wear and tear from chemicals and technical issues. The document proposes clustering machines, distinguishing critical machines, integrating PM with production planning, and training technicians to help reduce downtimes and improve PM effectiveness.
Plant maintenance involves keeping industrial plants in good operating condition through day-to-day problem solving and resource management. It aims to control and improve plant availability and performance. Maintenance includes both corrective actions to restore facilities as well as preventive maintenance like lubrication, inspection, and condition monitoring to predict and prevent failures. The goal is to minimize downtime and repair costs while ensuring safety, quality production, and prolonging equipment life. Preventive maintenance is particularly important, requiring careful planning, record keeping, and parameter monitoring using specialized equipment. Both too much and too little preventive maintenance can be problematic, requiring judgment to determine the optimal approach.
The document discusses various maintenance strategies including reactive, preventive, predictive, proactive, and reliability centered maintenance. Reactive maintenance involves repair after failure, while preventive maintenance uses scheduled inspections and repairs. Predictive maintenance utilizes condition monitoring to detect failures before they occur. Proactive maintenance focuses on identifying and correcting abnormal causes of failure. The goal is to preserve asset functions throughout their lives in the most cost effective way.
What is your equipment maintenance strategy?Joy Acha
Run it until it breaks or reduce risks of unforeseen failures with preventive maintenance? Study shows 202% ROI with Preventive Maintenance by ABB Turbocharging.
FacilitEspace is a web-based facility management software that allows users to initiate and track work requests, schedule preventative maintenance, catalog equipment and lighting, and manage work orders and vendors. It provides a cost-effective solution for facilities to better manage maintenance and take a proactive approach. Pricing is $299 one-time set-up fee and monthly fees ranging from $99-149 depending on the number of users. The goal is to help facilities focus on their ministry by managing maintenance needs.
This document provides an overview of cloning procedures and linking assets in the MC University asset management system. It describes how to clone an existing procedure to create a new one with similar attributes. It also discusses using HTML formatting, specification tasks, limiting tasks by class, tracking tasks, and different methods for linking assets, such as directly, by class, or to all assets. Interactive examples are provided to demonstrate these skills.
This document provides an overview of tracking time and costs on work orders in a computerized maintenance management system (CMMS). It describes how labor, parts, and other costs can be estimated initially and then converted to actual costs by filling in timesheets and updating inventory levels upon work order completion. Estimates come from standard procedures while actuals reflect real costs incurred. The complete/close process in the CMMS allows technicians to easily convert estimates to actual recorded values for labor, parts, and other expenses.
TPM focuses on improving overall equipment effectiveness through proactive and preventative maintenance to eliminate waste. It emphasizes workforce participation across production and maintenance roles. The key aspects of TPM include:
- Initiating proactive maintenance practices to prevent breakdowns and reduce small stops or slow running using 5S principles.
- Measuring overall equipment effectiveness (OEE) and addressing the six major sources of productivity loss: unplanned stops, setup adjustments, small stops, slow running, defects, and reduced yield.
- Requiring total workforce involvement through training and empowering operators to maintain equipment for maximum operational efficiency.
Engineering plant facilities 12 mechanics building preventive maintenance and...Luis Cabrera
The document discusses facilities management and maintenance. It defines facilities management as maintaining commercial, institutional and manufacturing buildings. It outlines the benefits of outsourcing facilities management such as a healthy, safe and clean environment. It also describes various roles in facilities management including engineers, technicians and management. Standard procedures for work orders, preventative maintenance and inspections are also outlined.
Regulations related to health, environment and safetyDhruv Patel
This document discusses regulations related to health, safety, and the environment in India. It begins by introducing the topic and listing some key Indian laws that govern these areas, such as the Factories Act, Mines Act, and Dock Workers Act. It then discusses provisions of the Factories Act and Mines Act in more detail, outlining requirements for workplace health, safety measures, medical supervision of workers, and more. The document also covers topics like wastewater disposal and treatment, pollution prevention, waste management regulations, and the differences between large and small quantity generators of hazardous waste.
The document discusses safety, health and environment (SHE) responsibilities and policies in organizations. It notes that thousands of accidents occur globally each year in workplaces. The objectives of SHE laws are to reduce hazards, establish minimum standards, create an enforcement framework and procedures for reporting accidents. The SHE policy should commit to prioritizing SHE and training personnel. Efforts to reduce risks include implementing rules, encouraging worker participation, and providing safety instructions and training. Safety measures involve management supervision, safety committees, rules and training to create a safe working environment.
Spec'ing Your Truck for Fuel EfficiencyHeather Dunn
Fuel costs can cut too far into your operations. You can lower your total cost of ownership by reducing fuel costs, your number one variable expense. Reducing this expense starts with driving a truck that is spec'd for fuel efficiency.
"How to Spec Your Truck for Fuel Efficiency" will teach you how to drive further, smarter, and more economically. Bill McClusky, business consultant at ATBS, presented this informational webinar.
Webinar Agenda:
Why fuel efficiency is important
Body style
Engine
Transmission
Gear ratios
Accessories
Resources
Automation of Mobile Fuel Bowsers - Brief IntroductionFuelTrack
Mobile dispensing units, or fuel bowsers, are used to fuel vehicles that cannot return to fueling sites. Most bowsers have rudimentary fuel monitoring and lack controls over dispensing. To gain control over fueling, a bowser needs a digital meter and control valve connected to an automation system. This allows only authorized fueling and monitors quantities dispensed, preventing irregularities and fraud. Most legacy bowsers require replacement or addition of equipment to enable such automation on a case by case basis.
Notts Sport Multi-use Games Area reference sitesNotts Sport
This document provides information on multiple synthetic multi-use games areas (MUGAs) that were installed at various locations in the UK. It describes the site addresses, clients, dimensions, playing surface systems, contractors, costs and sporting applications for each MUGA project. The playing surface systems generally included a stone base, sand envelope system, VHAF and NottsSward sand-filled synthetic grass. The MUGAs supported a variety of sports including football, netball, tennis and hockey.
The document discusses Industry 4.0 and smart factories. It introduces Industry 4.0 as the fourth industrial revolution bringing mechanical, electrical, and computing revolutions together through cyber-physical systems. This allows for smart, self-monitoring machines and products that interact and communicate across factories and supply chains. The document outlines objectives to research current standardization efforts, requirements for implementation for medium-sized businesses, and methods used including online research and industry surveys. Key results presented are the focus on open standards and platforms, that Industry 4.0 technologies benefit all business sizes but require investment, and that successful implementation requires both technology and employees. In conclusion, Industry 4.0 allows for networked and flexible customized production benefiting business innovation.
Kennedy is applying for the position of Maintenance Manager at a rolling mill. He has over 20 years of experience in maintenance and project management roles in steel mills across several countries. His experience includes managing maintenance for induction furnaces, rolling mills, cranes, and other steel mill equipment. He is looking for an opportunity to continue developing his technical skills while working for a professional organization.
Presentation by Derek Trunkey, an analyst in CBO’s National Security Division, at the 91st Annual Conference of the Western Economic Association International.
The Department of Defense’s (DoD’s) operation and maintenance (O&M) account funds the department’s day-to-day operations ranging from equipment maintenance to health care. Over the past few decades, funding for O&M has been increased significantly, accounting for a growing share of DoD’s budget.
Preventative maintenance strategy with CMMSAndriy Popov
Here is how you can implement preventative maintenance strategy using CMMS
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This document discusses ergonomic hazards in fabrication shops. It notes that awkward body positioning from tasks like welding and grinding can lead to musculoskeletal disorders (MSDs) when performed for prolonged periods. Statistics show MSDs account for a large portion of workplace injuries and costs. The document outlines some common awkward postures in fabrication shops and provides figures to illustrate neutral body positions and postures that put workers at risk. It also discusses static postures that do not allow muscles to relax. The rest of the document will examine injury rates, mitigation measures, and a cost-benefit analysis of implementing engineering controls to improve ergonomics.
This document discusses spare parts management and outlines an approach for establishing an effective spare parts inventory system. It identifies typical characteristics of spare parts like high numbers and varieties, erratic consumption patterns, and sourcing constraints. The proposed approach includes creating a comprehensive spare parts list, classifying parts by criticality, and setting optimal reorder levels, safety stocks, and preservation plans based on factors like cost and usage frequency. The conclusion emphasizes treating spare parts management as a separate discipline, ensuring cross-functional cooperation, and involving engineers to properly assess requirements and optimize the inventory.
Lean management aims to maximize customer value through reducing waste. It addresses issues like prolonged cycle times, high costs, waste, and dissatisfied customers/employees. The balanced scorecard is a tool used in lean management with four perspectives - financial, customer, business processes, and learning and growth. Alternatives to lean management include Six Sigma, scientific management, Fordism, and the theory of constraints. Lean management focuses on overall process improvement compared to alternatives that target individual systems.
Boost Equipment Performance, Save Money With Proactive MaintenanceJames Fitzgerald
Proactive, timely maintenance of plant equipment is critical to enabling manufacturers to meet a dizzying number of demands, from pressure to achieve target output levels, minimize labor costs, control parts spending and ensure maximum uptime. Manufacturers rely on their maintenance departments to help achieve these goals on a daily basis. However, a great number of manufacturers still use maintenance on a reactive basis rather than viewing it as strategic to operations. Myrtle Consulting helps manufacturers convert maintenance into a proactive, scheduled operation that is used strategically to control costs, maximize uptime, and maintain critical equipment. By following a few fundamental principles, plants can begin to establish a maintenance improvement program that supports operations and improves plant performance.
The document discusses strategies for achieving world class maintenance in an organization. It describes total productive maintenance (TPM) which focuses on improving equipment efficiency through five pillars: increasing equipment effectiveness, training, autonomous maintenance, early equipment management, and planned and preventive maintenance. It also discusses reliability centered maintenance (RCM) which aims to optimize maintenance programs and offers different risk management strategies. Effective asset management is also described as a process to deploy, operate and maintain assets cost-effectively. Challenges in implementing these strategies include resistance to change, lack of knowledge, and misaligned production and maintenance goals.
A presentation on TPM and its objectives, goals, benefits, pillars and other aspects have been explored as well as its relation to 5s & visual. In the end, step by step implementation of TPM, losses & OEE, these tools also have been shown & discussed.
Lecture-3-Introduction to Maintenance Management.pptThushan9
This document discusses operations and maintenance (O&M) of facilities and equipment. It covers:
1) The importance of effective O&M for reliability, safety, and efficiency through technical systems, competent personnel, and continuous improvement.
2) Definitions of key terms including maintenance, operations and maintenance, and operational efficiency.
3) The five distinct functions that should make up an O&M organization: operations, maintenance, engineering, training, and administration.
4) Potential benefits of O&M including energy savings, hazard mitigation, improved indoor air quality, and achieving design life of equipment.
This presentation provides an introduction to Total Productive Maintenance (TPM). It discusses the history and origins of TPM in Japan and defines TPM as keeping equipment at its highest level of performance through cooperation across all areas of an organization. The presentation outlines the eight pillars of TPM that are implemented in organizations, including 5S, autonomous maintenance, planned maintenance, quality maintenance, and safety/environment. It also discusses the goals of TPM as achieving zero breakdowns, accidents, and defects through improved performance, safety, and quality.
This presentation provides an introduction to Total Productive Maintenance (TPM). It discusses the history and origins of TPM in Japan and defines TPM as keeping equipment at its highest level of performance through cooperation across all areas of an organization. The presentation outlines the eight pillars of TPM that are implemented in organizations, including 5S, autonomous maintenance, planned maintenance, quality maintenance, and safety/environment. It also discusses the goals of TPM as achieving zero breakdowns, accidents, and defects through improved performance, safety, and quality.
This presentation provides an introduction to Total Productive Maintenance (TPM). It discusses the history and origins of TPM, as well as its similarities and differences to total quality management. The eight pillars of TPM are described, including 5S, autonomous maintenance, planned maintenance, and safety/environment. Goals of TPM include increasing productivity and efficiency while reducing costs, defects, and downtime. Barriers to implementing TPM include resistance to change and insufficient resources or understanding. TPM aims to maximize equipment effectiveness through cooperation between maintenance and operations teams.
This document discusses trends in maintenance management. It outlines several strategies for maintenance including reliability centered maintenance (RCM), total productive maintenance (TPM), total quality management (TQM), condition-based maintenance (CBM), and planned preventive maintenance. New concepts in maintenance include adopting new technologies, using mobile devices, data-driven decision making, and integrating maintenance data with other systems. The future of maintenance involves leveraging the internet of things to more proactively perform maintenance and predict asset failures.
This document discusses maintenance management best practices and the journey towards maintenance excellence. It provides an overview of the history and evolution of maintenance from run-to-failure approaches to modern condition-based monitoring and asset management strategies. The document outlines steps in the process for evaluating an organization's current maintenance practices, setting goals for improvement, identifying metrics to track progress, and modifying plans to achieve a desired level of maintenance excellence. Specific examples are provided for calculating common best practice metrics using a computerized maintenance management system.
Implementing lean maintenance system to improve factory performanceglobalsevensteps
Need for 100% uptime of machines from the production department has never gone out of demand. Day to day production needs are always to be met to meet delivery performance and revenue of the organisation. One may ask if zero maintenance time is really possible. Imagining a condition when a flight is already in the air and it needs maintenance in mid air.
TPM (Total Productive Maintenance) is a strategy for improving equipment effectiveness and reducing costs through a culture change where operators and maintenance workers work together. It involves systematic improvements through tools like 5S, planned maintenance, training programs, and focusing on eliminating losses. A key misunderstanding is that TPM is not just implementing individual tools, but requires changing the organizational culture and ways of working through a long-term process.
Maintenance management involves keeping production equipment in good operating condition on a daily basis. This includes maintaining existing plant and equipment, inspecting and lubricating machinery, and installing new equipment. The main goals of maintenance are to maximize equipment uptime and efficiency while minimizing repair costs and production downtime through activities like preventative maintenance, equipment inspections, and reliability engineering. An effective maintenance program requires planning work activities, scheduling tasks, and controlling costs.
The document provides information about a maintenance and reliability best practices training course. It includes details about the course facilitators Mohsin Murtaza and Faisal Ali Khan, as well as an introduction to the participants. The document outlines classroom norms and the course objectives, contents, and structure over multiple days. Topics will include understanding maintenance, reliability, best practices, manufacturing process reliability, work management, and equipment reliability.
TPM is a methodology for optimizing equipment effectiveness and performance through the involvement of all employees. It has eight pillars including autonomous maintenance, focused improvement, and planned maintenance. TPM aims to eliminate losses and achieve zero defects, breakdowns, and accidents. It became popular in Japan in the 1950s and has since spread globally. TPM provides many benefits such as increased productivity, lower costs, reduced defects, and an improved workplace environment. While requiring investment, TPM can help companies remain competitive and avoid failure in today's business environment.
The document discusses key aspects of effective maintenance management, including defining goals, developing strategies and plans, creating schedules, and allocating resources. It emphasizes that maintenance should be viewed as a business that supports organizational goals and profitability. Effective maintenance management requires considering maintenance a strategic investment rather than just an expense.
Much has been written about lean manufacturing and the lean enterprise—enough that nearly all readers are familiar with the concepts as well as the phrases themselves. But what about lean maintenance?
Is it merely a subset of lean manufacturing? Is it a natural fall-in-behind spinoff result of adopting lean manufacturing practices?
Much to the chagrin of many manufacturing companies, whose attempts at implementing lean practices have failed ignominiously, lean maintenance is neither a subset nor a spinoff of lean manufacturing. It is instead a prerequisite for success as a lean manufacturer. This article will explain why.
Do you have an OEE calculator? TBM Operations consultants share their framework for demonstrating process improvements in financial terms so you can convince senior management that OEE improvement should be a top priority in 2022.
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2. Looking for help to bring about a change to maintenance?
Searched for ‘maintenance strategy’ and found the 4 main
types people talk about?
REACTIVE
PREVENTATIVE
CONDITION BASED
PERFORMANCE BASED
Did you know at least the first 3 already?
Not sure how that is going to help you create change
in your company?
This presentation offers some additional guidance
about what a ‘business ready strategy’ could look like.
3. THIS PRESENTATION:
• Understanding Terms and Functions of Maintenance
• Understanding maintenance types (aka “strategies”)
• Lifecycle Cost of Equipment
• Characteristics of an SME and maintenance management
• What should a strategy look like?
• How to create a business strategy for maintenance
4. REACTIVE
PREVENTATIVE
CONDITION BASED
PERFORMANCE BASED
The 4 Common “Maintenance Strategies” (search for them on google):
We do not want call these strategies; they are tools, methodologies or
tactics that can be applied to different equipment in different ways
when and where appropriate.
One company may well use all of these together - so how can it
explain that maintenance has up to 4 strategies?
A strategy needs to encompass a range of real world business issues
and desired outcomes.
5. Maintenance Defini+on:
BS 3811:1993
The combina+on of all technical and administra+ve ac+ons, including
supervision ac+ons, intended to retain an item in, or restore it to, a state in
which it can perform a required func+on.
Maintenance:
All the work done to keep equipment running properly.
Reliability:
The probability that the machine will run properly for a given period of +me.
6. ROLE OF MAINTENANCE
Maintenance is increasingly more important. It can play a large role in the
boJom line of a company but also in health and safety, environmental,
product quality, inspec+on and compliance.
Whether you are local, regional, mul+-na+onal or global you have
compe++on and you cannot afford to let performance slip. The pressures of
globalisa+on can mean you are compe+ng with the rest of the world. This
can create pressure on cost, delivery +me, product quality, service and
availability.
Par+cularly in manufacturing, this means maintenance is cri+cal to achieve
any world class facility that can compete with the best in the market.
8. REACTIVE / CORRECTIVE
Wait un+l it breaks and then repair the equipment
Suitable for low value processes and/or equipment
Example:
A belt on a cooling fan drive. The belt is cheap and the +me to replace is 15
minutes, therefore the impact to produc+on and maintenance is minimal.
9. PREVENTATIVE MAINTENANCE
At fixed intervals, carry out tasks to maintain equipment performance. The
most basic types of maintenance ideally are done by front line staff
opera+ng the equipment
• Cleaning
• Lubrica+on
• Checking for faults, leaks and safe opera+on
Regular weekly, monthly, quarterly or annual servicing would form part of
preventa+ve maintenance (PM)
10. CONDITION BASED MONITORING
Monitoring of a parameter of the equipment to determine when
maintenance should be carried out. Parameters can include:
• Temperature
• Pressure
• Noise
• Vibra+on
• Voltage
When a parameters starts to indicate a change in opera+ng condi+ons, such
a bearing running at high temperatures, this is used to trigger the
maintenance task of changing the bearing. The +me interval is variable.
• Physical wear
• Current
• Run hours
• Number of cycles/opera+ons performed
11. PERFORMANCE BASED MONITORING
Similar to condi+on monitoring, but rather than measuring component
parameters such as bearing temperature, the overall equipment
performance is monitored to determine when work is required.
Generally this is more advanced and follows on from successful
implementa+on of good maintenance management and is therefore moving
towards advanced levels maintenance management. Most SME’s won’t use
this type of maintenance.
13. • Leaders have less +me to plan and consider strategy
• Resources and budgets are limited
• Business and maintenance strategies may not be aligned
• Maintenance is rela+vely unstructured
• Limited IT infrastructure and internal IT capabili+es
• No data collec+on or analysis of maintenance performance
• Small maintenance teams
CHARACTERISTICS OF AN SME
This is very generalised description and it will be different for each company,
but some points may ring true and help guide you in understanding your own
company and how it is works.
14. STRATEGY OBJECTIVES
Each business will have it’s own characteristics and requirements. Essentially
maintenance strategies should be quite similar in their objectives:
• Ensure the health and safety of all site personnel that may be effected by
maintenance work
• Ensure compliance requirements are met and records maintained
• Maximise equipment reliability/availability and report on performance
• Manage the maintenance department within budget
• Ensure continuation of experience and knowledge
• Ensure 3rd parties have appropriate insurance and work permits
• Minimise Inventory
• Monitor costs per equipment (life cycle evaluation of assets)
15. HOW TO CREATE A REAL WORLD STRATEGY
Typical views of maintenance strategy only deal with the methods or “types” of
strategy. Since all businesses and equipment are different, requirements are
going to be a mixture of all types (strategies).
A complete strategy needs to also consider all of the risks and constraints. It’s
not a perfect world! Some factors that could be considered are;
• Enterprise Risk Management Assessment
• Costs
• Reliability
• Key Performance Indicators (KPI)
• Labour / Resources
• Skills
• General Management
• Subcontracting / Specialist Requirements
• Compliance
• Spares Availability and Inventory
• Data and Record Keeping
• Analysis and Reviews
16. Enterprise Risk Assessment
Does all equipment have a risk assessment for breakdowns?
Costs
Parts, subcontractors, labour, production value, materials
Reliability
Measured for all critical equipment? Regular reviews of plant performance.
Key Performance Indicators (KPI)
What will be measured to track performance?
Labour / Resources
Are there enough resources of the right type available? Is there budget pressure to
reduce or the possibility to expand maintenance? What if experienced staff leave?
Skills
What training and development would benefit the company?
STRATEGY CONSIDERATIONS
17. General Management
What management control and supervision system is there? (verbal, t-cards,
whiteboards, excel, CMMS?)
Subcontracting / Specialist Requirements
Annual review of pricing and contracts? Could anything be brought in house with
training?
Compliance
Is there a prioritisation on compliance requirements? Is there a complete list of
requirements? Annual reviews of new legislation.
Spares and Inventory
What are the value of spares, are the right critical spares available in stores or at
suppliers? Reviewing prices and alternative brands?
Data and Record Keeping
Is data being stored, logged and recorded?
Analysis and Reviews
Understanding demands on maintenance, reviewing KPI’s and strategy.
STRATEGY CONSIDERATIONS
18. ENTERPRISE RISK ASSESSMENT
Equipment
Likelihood of
Breakdown
Impact of
Breakdown
Risk Score
Control Measure /
Actions Requires
Score 1 - 5 Score 1 - 5
Likelihood *
Impact
CNC Machine 4 5 20
Operator
Maintenance,
PM Schedule,
Critical Spares.
Compressor 2 5 10
Regular PM,
Monitor
Temperatures.
Overhead Crane 1 1 2
Second Crane
available in event of
breakdown.
Example of a risk assessment matrix to determine which plant puts the business most
at risk. Annual Reviews should see the likelihood of breakdown reduce as
maintenance improves - measured through reliability KPI
19. RELIABILITY AND AVAILABILITY
Reliability and availability are not the same measure. An available machine
may not be reliable, but a reliable machine is likely to be available. For
example;
A machine is down 6 minutes every hour.
This translates into an availability of 90% but a reliability of less than 1 hour.
90% availability sounds like a good result, but in reality the interrup+ons to
produc+on during every hour of work would have major impact on the
business.
20. RELIABILITY
Usually is measured as mean time between failures (MTBF) or failure rate.
This might be a monthly, quarterly or annual measurement to evaluate the
effectiveness of maintenance. The example for 6 failures per year is below.
Number of Failures
Time in Service
MTBF =
Number of Failures
Time in Service
FAILURE RATE =
365
6
= 60.8 days between failures
365
6
= 0.016 failures per day
21. MAINTENANCE MANAGEMENT
Several areas of this presenta+on touched on the maintenance management
and having records and data available for monitoring and evalua+on of the
following:
• Equipment Performance
• Costs
• Spares
• Subcontractors
• Compliance and Audit Trails
Various management tools (t-cards, excel, hard copy reports) can be used,
but a CMMS (Computerised Maintenance Management System) brings
benefits that just can’t be matched in any other way.
22. BENEFITS OF SMARTSPANNER CMMS
• Assign and track all maintenance work
• Automa+c alerts and reminders
• Report on equipment performance
• Monitor all costs (labour, spares, subcontractors, asset)
• Maintain asset history records
• Mangage spares inventory
• Manage subcontractors
• Document repository for assets, tasks and subcontractors
• Mul+-site deployment
• Instant deployment with no internal IT requirements (except a browser!)
• Deploy on desktops, tablets and smartphones
• Affordable for an SME
23. www.smartspanner.com
30 Day Free Trial
5 Users
3 Sites
1 Users
1 Site
10 Users
Unlimited
Sites
£15 £50 £75
per monthper monthper month