|
||
|
Product Alerts
Keep current on the latest products, new suppliers, and technical articles of interest to you. (See Topics) |
|
From Bottom-Line Automation, 2nd Edition
INTRODUCTIONChapter 5 presented the concept of a new management paradigm for bottom-line improvement that emerged through the convergence of three historically separate performance improvement approaches. This new paradigm is based on empowering all personnel by adopting strategically aligned performance measures that apply from the plant floor up through the business management levels. The first step in moving to this new management paradigm is to install and operate DPMs in the automation systems of the industrial operations that seek to become performance-based operations. The original intent of many of these installations was to determine both whether the DPMs could be developed and implemented in a wide range of industrial operations and whether they provided the same level of value in different types of manufacturing processes. One positive outcome of this activity, aside from validating the DPM approach, was that historical DPM information from many plants in a variety of industries became available that could be analyzed using the standard information analysis tools provided with process historians. Since DPM information was typically collected in process historian databases along with other plant operational data, over an extended period large quantities of performance and operational data were available for analysis and comparison. The availability of this information presented a unique opportunity since this was the first time in industrial history that such information was available in this format and quantity. This availability made it possible to search for relationships that had never before been detectable. Using historical database-viewing tools, plant personnel could review...
Copyright ISA—Instrumentation, Systems, and Automation Society 2006 under license agreement with Books24x7
Products & Services
Trending and historian software is used to record trends and historical information about industrial processes for future reference.
Learn more about Trending and Historian Software
Plant maintenance software is used to keep track of the maintenance history and the planning of maintenance in industrial plants.
Learn more about Plant Maintenance Software
Manufacturing operations management (MOM) software is used to manage the creation, development, production, and distribution of products and services.
Learn more about Manufacturing Operations Management Software (MOM)
Plant management software is used to manage the daily activities and long-term operations of industrial facilities.
Enterprise manufacturing intelligence (EMI) software provides real-time information about manufacturing processes. EMI software helps businesses optimize the performance of these processes and maximize yields.
Learn more about Enterprise Manufacturing Intelligence Software (EMI)
Product Announcements
Topics of Interest
INTRODUCTION
Implementing a DPM system correctly requires a blend of strategic, accounting, and process engineering skills. It would be great if a nice fill-in-the-blank template existed to easily...
(Read More)
DYNAMIC PERFORMANCE MEASURES AND ACCOUNTING
This chapter has explained how Dynamic Performance Measures (DPMs) were a direct result of the evolution of process requirements that traditional cost...
(Read More)
A new generation of data collection applications called operations management (OM) historians are now able to collect, synchronize and correlate historical data from a variety of process and...
(Read More)
A new generation of data collection applications called operations management (OM) historians are now able to collect, synchronize and correlate historical data from a variety of process and...
(Read More)
A new generation of data collection applications called operations management (OM) historians are now able to collect, synchronize and correlate historical data from a variety of process and...
(Read More)
|
|