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work execution management

Avoid Information Overload

As more machines come online facility managers are inundated with vast amounts of data pouring in from various sources. Avoid information overload by ensuring your solutions have the capability

 October - November 2017

October - November 2017

Click to read all articles from this issue. You can also download the full PDF.

Using MRO Data to Support Plant Reliability

Using MRO Data to Support Plant Reliability

The RELIABILITY Conference - 38:38 
by Steve Clayton and Brandon Coombs, Synovos

Make Your ERP Implementation a Success

Make Your ERP Implementation a Success

You probably have your own list of top items to address when implementing a major enterprise resource planning (ERP) project. But, depending on a person’s role in an organization, the perspective of what is necessary for a successful ERP implementation is likely to change. For example, an implementer may have a very different view than a maintenance planner responsible for planning upcoming work on key success factors for a project.

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EAM and CMMS: Know the Difference

EAM and CMMS: Know the Difference

Today’s market is crowded with hundreds of software systems, each trying to position itself as the perfect maintenance and asset management solution. But, they’re not all created equal. Understanding the difference between an enterprise asset management (EAM) system and a computerized maintenance management system (CMMS) and knowing how to tell them apart under all the marketing hype are key to sorting through the herd and finding the asset information system that’s right for your business.

Keys to Plan and Implement a Successful Multi-Site CMMS Rollout

Keys to Plan and Implement a Successful Multi-Site CMMS Rollout

The RELIABILITY Conference Learning Session - 45:29 
by Greg Perry, eMaint Enterprises and Glen Shanahan, MSG

Just as you need to map out directions for a cross country trip, companies need a plan in order for a multi-site CMMS roll out to be successful. In both cases, if you do not keep the end in mind and plan accordingly, you will end up somewhere you do not recognize.

Glenn Shanahan, North American Manufacturing Excellence Manager(Maintenance) for NSG Group’s North American Automotive sector and Greg Perry CRL, Senior Consultant at eMaint, will explain how to plan, implement and execute a multi-site CMMS rollout.

Glenn and Greg will also describe the importance of developing the right plan and the right team to effectively utilize a CMMS and standardize across multiple locations. Glenn leverages his experience to offer the keys to successfully rolling out a CMMS across multiple ISO/TS 16949 compliant facilities while supporting the core mission of elimination of waste and continuous improvement.

They will explore critical topics such as defining an asset hierarchy and tracking leading and lagging Key Performance Indicators.

Whether your organization is searching for a CMMS or has used the same solution for years, this session will offer valuable best practice insight into how to leverage your CMMS to address key challenges and maximize performance in a multi-site environment.

2017 State of CMMS Recap

2017 State of CMMS Recap

Maintenance Connection recently released its 2017 State of CMMS report, an analysis based on survey data from roughly 1,000 organizations. The report analyzes how maintenance teams use computerized maintenance management systems (CMMS), along with the resulting impact on operations and performance. A variety of organizations participated, from industries such as manufacturing, healthcare, and government, as well as maintenance departments with as few as 1 to 5 employees up to 50 or more. Their survey responses revealed the following findings.

How Nova Scotia Power Implemented Its AM Program: Equipment Integrity Through PdM and RBI

How Nova Scotia Power Implemented Its AM Program: Equipment Integrity Through PdM and RBI

Aging assets, changing utilization, demographics and regulatory changes precipitated the need for an innovative and comprehensive asset management (AM) program at Nova Scotia Power Inc. (NSPI). Building on the elements of PAS55 and ISO55000, NSPI constructed a program for its power production business. The universal challenges of an aging infrastructure and workforce, along with industry specific and regulatory changes, demanded a shift in the company’s organizational philosophy toward asset management. Many of the company’s generating equipment assets are 30 to 40 years of age and had reached a point where new strategies were required. Among those strategies is the implementation of condition-based monitoring (CBM) techniques.

Dartmouth College Selects Planon’s IWMS for Optimization of Facilities Operations

Planon announced today that Dartmouth College has selected Planon’s Integrated Workplace Management System (IWMS) for optimization of facilities operations. The Planon solution will help the maintenance operations, real estate, and space teams to effectively and efficiently manage the Ivy League facilities throughout the entire facilities lifecycle.

Maintenance Technician Feedback for Continuous Improvement at the Y-12 National Security Complex

Maintenance Technician Feedback for Continuous Improvement at the Y-12 National Security Complex

IMC-2016 Learning Session - 43:18 
by Paul Durko, CNS Y-12

In 2012, Production Facilities Department (PFD) and Maintenance Programs and Engineering generated recommendations to improve the manner in which maintenance history is collected in the field and documented in the plant’s Computerized Maintenance Management System (CMMS).

While EFCOG Contractor Guide 2012-001, Rev 0, May 18, 2012 discusses and provides direction for Feedback and Improvement in Chapter 15, Y-12 saw the need to expand beyond the intent of the process: Organizational WP&C processes/procedures provide for soliciting feedback from workers and support personnel regarding the quality of all stages of the WP&C process, not just the Post-job Brief.

Workers and support personnel are encouraged to communicate information for improving thework or WP&C process governing procedures, or reducing hazards or environmental impacts.

WSs evaluate in-progress work and feedback provided from workers and take appropriate action. A follow-up discussion takes place with any individuals who provided the information for closure. Additionally, Work Planners and Work Control Management continuously evaluate the work control process, including the performance of work, and recommend improvements to individual work packages or the WP&C process. (EFCOG Contractor Guide 2012-001, Rev 0, May 18, 2012)

Expansion beyond the intent of the process in this case means utilization of the in-field data to provide a functional building block of a Reliability-Based Maintenance Culture. This data will provide the ability to build legacy asset Bills of Material (BOM), provide a tracking mechanism for additional Structures, Systems, and Components (SSC) deficiencies identified during maintenance activities, and allow maintenance to determine effectiveness of Proactive Maintenance activities already deployed.While this process is seen as 70-80% efficient, the best outcome with possibility of high yield efficiency gains is the craft buy-in/co-ownership of the process.

 August - September 2017

August - September 2017

Click to read all articles from this issue. You can also download the full PDF.

The Top 10 Improvements to Pursue in Your MRO Spare Parts Program

Proactive organizations recognize that one of the critical success factors in achieving a best practices reliability program is developing a sound maintenance, repair and operations (MRO) spare parts program. That notion is quickly followed by the realization that there are potentially hundreds of improvement opportunities that typically could be associated with a materials management effort. As such, it becomes overwhelming to determine where to start.

Improving Maintenance Management for the U.S. Army Corps of Engineers

Improving Maintenance Management for the U.S. Army Corps of Engineers

IMC-2016 Learning Zone - 36:34
by Bob Leitch, U.S. Army Corps of Engineers

The U.S. Army Corps of Engineers (USACE) Civil Works oversees and administers an asset portfolio with more than $250 billion in capital investments and 3,000 operating projects located in all 50 states, as well as several international river basins. The portfolio continues to deliver daily benefits to almost every U.S. household that range from clean hydro-electric power and low-emission transport to recreational opportunities and flood mitigation. Reliable performance of the nation’s investment in infrastructure is essential to the asset portfolio’s ability to deliver safe and dependable service. The cornerstone of reliability is a maintenance management strategy developed to meet the organizational performance objectives.

This effort began in 2012, after USACE finished deployment of the U.S. Department of Defense’s Facilities and Equipment Management (FEM) system (based on IBM’s Maximo software) and completed a series of internal assessments of maintenance practices. This led to a surprising conclusion: while there was a proven track record of maintaining facilities well beyond their design life at the local project levels, USACE lacked a maintenance management strategy with which to enhance that reliable performance corporately. Although certain USACE maintenance management practices were identified as “best practices” for innovative and successful methods to maintain assets, the majority of existing maintenance management activities were very inconsistent nationally.

In response to this, USACE developed a corporate life-cycle maintenance management strategy as a fundamental part of its overall Asset Management strategy. The Maintenance Management Strategy addressed all maintenance practices and responsible elements (Planning, Engineering & Construction, Operations, and Logistics), and developed a framework for consistent maintenance planning, execution, and analysis.

How to Make the Most of Predictive Maintenance

How to Make the Most of Predictive Maintenance

Traditionally, reliability engineers have been the leaders in introducing new maintenance processes and technologies. As the primary owners of asset reliability, whether or not it came from the introduction of condition-based maintenance or instrumentation, they have been at the core of the transformation.

 AREVA La Hague Wins Award for Excellence from the Japan Institute of Plant Maintenance

AREVA La Hague Wins Award for Excellence from the Japan Institute of Plant Maintenance

The Japan Institute of Plant Maintenance has awarded AREVA La Hague the JIPM "Award for TPM Excellence – Category A". The official award ceremony will be held in March in Kyoto, Japan.

 Optimizing Asset Intensive Industries With Eam and IoT to Be Showcased by Aquitas Solutions

Optimizing Asset Intensive Industries With Eam and IoT to Be Showcased by Aquitas Solutions

Gold Sponsor at MaximoWorld 2017 to highlight operational efficiency through smart, connected operations.

Four Essential Features for Mobile Maintenance Technology

What features should asset management decision-makers consider in their search for the right mobile solution to integrate with their CMMS?

No matter where in the asset management evolution ...

Key Performance Indicators for the MRO Storeroom: Stock Levels

The stockroom makes a service agreement with maintenance to stock certain parts in quantities adequate to supply maintenance needs. A stock out occurs when the stockroom runs out of a stocked

Backlog Management and Forward Planning at Central Arizona Project

Backlog Management and Forward Planning at Central Arizona Project

IMC-2016 Work Execution Management Case Study - 44:54 
by Robert Hitchcock, Matt Johnson, and Jeff Guy, Central Arizona Project

Managing your backlog without Forward Planning can lead to aging work orders and impede the ability to perform the right work at the right time. Central Arizona Project has implemented a Forward Planning process that keeps all known work and associated resources out in front of the Planner and Supervisor. By always looking forward, Planners now can efficiently group work for Outages, coordinate with Operations farther out, coordinate across work execution groups, balance resources, prioritize work, and reduce aging work orders. Implementation of this process required restructuring of the Maintenance Planning Department, creation of new positions, development of new skills; as well as the development and implementation of new processes, software, forms, reports, and metrics to demonstrate effectiveness.

 Innovative ROI Calculator Released to Reveal the Impact of Optimized Enterprise Maintenance Planning

Innovative ROI Calculator Released to Reveal the Impact of Optimized Enterprise Maintenance Planning

This exclusive, new ROI Calculator from SOLUFY Information Technologies Inc., contains features designed to assist enterprise maintenance professionals including planners and schedulers.

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