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AMS Suite: Equipment Performance Monitor 

Since the performance of all equipment deteriorates over time, the efficiency of the equipment will decrease, throughput will reduce and operating costs will rise. If the performance is allowed to continue to decline the cost in reduced productivity will account for lost revenue. In addition, maintenance on mechanical and process equipment tends to be carried out when problems occur. In certain cases, entire maintenance teams are employed to ensure that equipment is available 24/7 and able to cope with the increased demands on production.

The key to preserving long-term performance is a source of information that lets personnel move beyond reactive situations and move towards predictive planning allowing maintenance and cleaning cycles to be scheduled appropriately. Emerson’s AMS Suite: Equipment Performance Monitor provides the source of information required to improve maintenance planning and compete more effectively. Consequently AMS Performance Monitor is allowing customers across different industries to run their process more efficiently, schedule maintenance activities, and determine the root cause of production inefficiencies.

AMS Performance Monitor, part of Emerson’s PlantWeb digital plant architecture, is based on rigorous thermodynamic model-based technology coupled with service expertise. Numerous key performance indicators and additional customized reports provide a comparison of current equipment performance to those if it were at design condition. These performance diagnostic reports are accessible via any standard web browser allowing you to easily share knowledge between departments and sister plants around the world.

AMS Performance Monitor Success Stories

DocumentationFeatures & BenefitsSpecifications
 Product & Service Documentation
 Brochures
 AMS Suite Brochure
2 MBpdfFebruary 2012H
English
 AMS Suite: Equipment Performance Monitor
721 KBpdfJuly 2004A
English
 Data Sheets - Bulletins - Catalogs
 Performance Monitoring-Compressors
253 KBpdfJuly 2011B
English
 Performance Monitoring-Gas Turbines
232 KBpdfJuly 2011B
English
 Performance Monitoring-Heat Exchangers
237 KBpdfJuly 2011B
English
 Performance Monitoring-Heat Recovery Steam Generators
259 KBpdfJuly 2011B
English
 Performance Monitoring-Pumps
239 KBpdfJuly 2011B
English
 Performance Monitoring-Reciprocating Compressors
234 KBpdfJuly 2011A
English
 Performance Monitoring-Steam Boilers
284 KBpdfJuly 2011B
English
 Performance Monitoring-Steam Turbines
260 KBpdfJuly 2011B
English
 Proven Results
 Amerada Hess Boosts Gas Export By 10% Using AMS Suite: Equipment Performance Monitor
93 KBpdfNovember 2007B
English
 AMS Performance Monitor Helped Increase Power Plant Efficiency - and Revenue
2 MBpdfFebruary 2011A
English
 Crude Oil Facility Realizes 60% Reduction in Compressor Operational Costs from AMS Suite: Equipment Performance Monitor
114 KBpdfNovember 2007B
English
 ENIA Improves Gas Turbine Efficiency by 1% on Cogeneration Site using AMS Suite: Equipment Performance Monitor
119 KBpdfC
English
 Sita UK Save $440,000 using AMS Suite: Equipment Performance Monitor on Energy from Waste Plant
124 KBpdfNovember 2007C
English
 Targeted Maintenance on LNG Train Improves Performance by 1.5% Using AMS Suite: Equipment Performance Monitor
136 KBpdfC
English
 Technical White Papers
 AMS Performance Monitor - An Overview
508 KBpdfB
English
 Equipment Performance Monitoring
272 KBpdfB
English
 Gas Turbine Engine Performance
246 KBpdfOctober 2007A
English
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