2013 ASME Power Conference Maximizing Power Generating Asset Value Sunder Raj Presentation
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Transcript of 2013 ASME Power Conference Maximizing Power Generating Asset Value Sunder Raj Presentation
Maximizing Power Generating Asset Value Through Performance Management
July 30, 2013
ASME Paper POWER2013-98233
• Identifying •Acquiring •Transforming •Developing •Disseminating •Using •Sharing •Preserving
Integrated &
Systematic Approach
to KM
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1. External Best Practice (BP) Sharing
2. Internal Best Practice (BP) Sharing
3. Competitive Intelligence (CI)
4. Avoidance of Knowledge Loss through Attrition
Benchmarking Plan & Goals BP Sharing Initiative, Plan & Goals CI Plan & Goals Establish Loss-Prevention
ProjectsBenchmarking Study Coordination Communities of Interest Coordination of CI
Gathering & Studies Loss-Prevention Plans & Goals
Benchmarking Policies, Processes, Protocol, Ethics
Best Practices Data Base(s)
CI Policies, Processes, Protocol, Ethics
Identification of Critical At-Risk Knowledge
BP Data Base(s) Designated Experts Network CI Data Base(s) Identification of Key Individuals
Contacts Data Base Knowledge Map CI Analysis & Reporting Capability
Recording and Codification of Explicit Knowledge
Benchmarking Training Culture of Sharing Training/Orientation CI Training/Orientation Transfer of Tacit Knowledge
through Mentoring
Use of Professional Researchers & Tech Library
Structural incentives to Share BPs Input Mechanisms Net-based Access
Coordination of Purchased Information
Net-based Access to BP Resources
Coordination of Purchased CI Information
Networks of Designated Experts
Trip Coordination & Debriefing
Net-based Access to CI Resources
Net-based Access to Benchmarking Resources
5. Knowledge of Customers 6. Intellectual Capital (IC) & CI Protection
7. Innovation & Creation of New Knowledge
8. Knowledge Management Information Technology Tools
Coordination of Information Gathering IC Inventory Determine High-Return
Problems/Opportunities Search Engines
Customer Information Databases(s)
Safeguards & Valuation Assessment
Establish Knowledge Creation/Innovation Projects
Data Mining
Analysis & Use of Information
IC Policies, Processes, Protocol, Ethics
Creativity & Innovation Training Internet/Intranet
Net-based Access IC Training /Orientation Knowledge Mapping
Net-based IC inventory Documents/Records ManagementIntelligent AgentsCollaborative Tools
Microprocessors and Digital Communications
Wireless/Internet
Smart Sensors with Built-in Diagnostics
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Monitoring Physical/Environmental Conditions
Pressure Temperature
Sound Vibration Motion
Humidity Pollutants
Dissolved Oxygen, Nitrates, Ammonia Oxidation/Reduction
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• Maximize ROI • Effectively Utilize Limited
Resources by Leveraging Technology-Based Tools
• Provide Real-Time Critical Information
• Provide Alerts to Improve/Maximize CARE
Fleet of Coal-Fired Plants
120-300 MW
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Reports
• Heat Rate Reconciliation • Component Level Expected vs. Actual Efficiency
Deviations • Primary Flow Reconciliation • Feedwater vs. Main Steam/Throttle Flow
Deviations • Controllable Parameter Expected vs. Actual
Cost Deviations • “Lost Opportunity” Report Summarizing All
Non-Reconciled Financial Opportunities 19
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Capacity Increase, MW
Heat Rate Benefit, Btu/kwh
Heat Input Real-Time Measurement 30 to 35 20 $ 14,400,000
Fleet-wide Load Dispatch Heat Input Curves for Economic Dispatch 0
0.2 to 1% reduction in fuel
use $ 3,000,000
HP Turbine Overload Valve 1 to 3 100 to 300 $ 720,000 Cooling Tower Performance 3 130 $ 1,440,000 HP Feedwater Heater By-Pass Valve Leakage 1 55 $ 480,000 Throttle Pressure <1 33 $ 288,000 Economizer Fouling <1 18 $ 216,000
Potential BenefitsProjected
Annual SavingsOpportunities for Improvement Identified By Monitoring
Highlighted Key Challenges in Maximizing Generating Asset Value
Performance Management to Address New Paradigm – Doing More Efficiently with Less
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