Driven by regulators, customers, public utility commissions, and
financial
institutions, power generators today are focusing again on
RAM and RCM programs to increase a plant's availability and improve
how it ranks versus its peers. Keeping the lights on is as important
these days as improving shareholder value and equipment reliability,
availability and maintainability (RAM) and reliability centered
maintenance (RCM) is receiving renewed attention. Engineers focus on
problems affecting availability through advanced analysis of both
real-time and computerized work management system data using
predictive condition monitoring technology that provides early
warning of incipient failures.
Additionally, predictive equipment reliability analysis, such as
Crow-AMSAA allows engineers to determine the health of critical
equipment and systems that directly affect the availability and
profitability of a power plant. Using Crow-AMSAA, Risk Informed
Asset Management (RIAM), FMEA and equipment failure data, engineers
are able to determine and predict early warning of incipient faults
thus reducing forced outages and derates and mitigate collateral
damage and decrease maintenance expenditures. Preventative
Maintenance (PM) programs are optimized for profitability in
conjunction with nuclear safety assessments that include the
modeling of failure modes and probabilities to determine an
availability model that also improves nuclear safety. By embracing a
proactive maintenance strategy, power plants have the ability to
increase plant availability and improve return-on-investment while
improving upon high levels of nuclear safety.
These services bring the latest techniques and methods for
managing, measuring,
and assessing plant financial performance
decision making. The technology embraces the latest developments in
risk management and focuses on methods to mitigate the uncertainty
in maintenance and capital decision making. We turn risk management
from measurement and controls to an affirmative business tool that
drives shareholder value. Our services address the decision analysis
process for developing an optimal maintenance and capital projects
funding strategy over both the intermediate and long-term horizons.
These services strives to provide a solid balance of practical
experience and discussion of evolving industry best practices
derived from the combination of groundbreaking methods combined with
practical knowledge of having “been there, done that.”
Contact Energy Performance Solutions to learn how power plants today can increase plant
performance and availability and at the same time decrease costs
with unique engineering analysis of historical and real-time data.
Included in our services is the development of a process for
supporting PM optimization applying RIAM software applications,
Crow-AMSAA analysis in support of plant decision-making at the
component failure mode and human error mode level, and Advanced
Pattern Recognition for real-time condition-based monitoring
supported by the business case justification for using this new
approach to an old problem. Actual results of case studies in power
plant system PM optimization using actual plant data are available
for presentation.