Plant Optimization for Power Generation
Plant Optimization solutions tailored for Reliability Consulting for Power Generation Plants operations.
Why it matters
Key Benefits
Heat Rate Improvement
Identifying and correcting the equipment conditions — condenser fouling, cooling tower degradation, air in-leakage, feedwater heater performance — that increase heat rate above design values and cost fuel dollars every hour the unit runs.
Capacity Recovery from BOP Reliability
Addressing the chronic BOP equipment issues — boiler feed pump performance, cooling water system constraints, auxiliary system reliability — that cause forced derates and limit your available generation capacity.
Auxiliary Power Reduction
Pump, fan, and compressor efficiency losses increase auxiliary power consumption, reducing the net megawatts available for sale. Identifying and correcting these losses recovers net generation capacity.
Condenser Performance Optimization
Condenser tube fouling, air in-leakage, and waterbox issues that degrade vacuum are identified through performance analysis and corrected to recover the heat rate and capacity benefits of proper condenser operation.
Context
Challenge & Approach
The Reliability Challenge
Power plant optimization requires detailed analysis of thermodynamic performance data alongside equipment condition assessment. Losses develop gradually — condenser fouling, cooling tower fill degradation, pump wear — and the gradual nature means operators adapt to reduced performance rather than recognizing it as a correctable loss.
Our Approach
We collect DCS historian data, equipment performance records, and maintenance history, then perform heat rate analysis, equipment performance assessments, and energy balance calculations to identify where your plant is losing capacity and efficiency. Each finding is quantified in MW and heat rate impact with a specific corrective action plan.
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