Service Scope

Technically Rigorous Services

Providing the thermodynamic evidence required for plant-level performance optimisation and decarbonisation decisions.

Heat Supply & Power Loss Assessment

Study Category 01

Analyzing the critical relationship between heat extraction and electrical yield.

DHN heat supply from multi-stage extraction
CCS heat supply strategy and integration
Flue gas heat recovery for feedwater preheating
Integration options vs power generation penalty

Client Outcome

"Identify the most efficient heat source and minimize the true power penalty of extraction."

Turbine & Condenser Performance

Study Category 02

Loss diagnosis through high-fidelity expansion line analysis.

Turbine h-s diagram expansion line comparison
Internal efficiency and stage performance metrics
Last-stage steam wetness and erosion risk
Condenser vacuum and exhaust condition impact

Client Outcome

"Separate turbine degradation from wider cycle performance effects."

Steam-Water Cycle Optimisation

Study Category 03

Uncovering hidden losses in complex regenerative cycles.

Ejector and gland steam thermal recovery
Deaerator heating bleed point optimization
Integrating make-up water preheating
Boiler blowdown and drain recovery analysis

Client Outcome

"Improve existing plant performance without significant capital expenditure."

Component Quantitative Assessment

Study Category 04

High-precision performance audit of critical heat exchangers.

Feedwater heater TTD and DCA diagnostics
Heater pressure loss and radiation audit
Turbine bleed cooler and ACC sub-cooling
Steam vent and emission heat recovery

Client Outcome

"Quantify component-specific penalties to justify maintenance ROI."

Whole-Plant Integration Studies

Study Category 05

Rigorous appraisal of decarbonisation and retrofit projects.

Whole-plant heat and mass balance validation
Optimal steam extraction point selection
Decarbonisation power penalty modeling
Thermodynamic options appraisal studies

Client Outcome

"Make data-backed retrofit decisions based on plant-level impacts."

"Solving the Thermodynamic Puzzle"

Every plant has a unique thermal signature. We don't just provide graphs; we provide the engineering evidence required to authorize investments and retrofits.

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