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ADVANCED MICROTURBINE SYSTEMS Final Report for Tasks 1 Through 4 and Task 6

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ADVANCED MICROTURBINE SYSTEMS Final Report for Tasks 1 Through 4 and Task 6 ( advanced-microturbine-systems-final-report-tasks-1-through-4 )

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2.2.2 Cross-section of tapered ceramic combustor liner 2.2.3 EBC coating 2.2.4 EBC in the ID surface of 6 in. Hexaloy cylinder 2.2.5 Multi-point premixer for Low emissions cylindrical combustor 2.2.6 PLIF imaging for the axial swirler nozzle 2.2.7 Representative nozzle boundary conditions 2.2.8 Predicted CO levels 2.2.9 Scroll impedance measurement setup 2.2.10 Impedance at various flow rates 2.2.11 Thermo-acoustic instability model predictions 2.3.1 19XR225 compressor 2.3.2 09DK094 Carrier air cooled condenser 2.3.3 Gen 1 ORC evaporator 2.3.4 Gen 1 ORC test system 2.3.5 Gen 1 ORC evaporator performance 2.3.6 Mach number profiles for turbine nozzles and gap 2.3.7 Turbine impellor and generator shaft with roller element bearings 2.3.8 Long term lubricant stability test results 2.3.9 Motor and oil cooling circuits and management systems 2.3.10 Motor and oil cooling circuit performance 2.3.11 Validation of condenser capacity and pressure drop 2.3.12 Over speed protection 2.3.13 Generation 2 ORC 2.3.14 Safe turbine operating zone 2.3.15 Modified-cascade closed-loop controller 3.1.1 Installation and integration of C200/ORC AMS 3.1.2 Instrumentation for integrated C200/ORC AMS 3.1.3 Microturbine measurements for exhaust and lost energy 3.2.1 C200 electrical efficiency 3.2.2 Measured C200 exhaust characteristics 3.3.1 Predicted ORC design point performance 3.3.2 Measured ORC system performance with C200 exhaust 3.3.3 ORC performance characteristics 3.3.4 ORC condenser performance 3.3.5 ORC recuperator pressure drop 3.3.6 ORC evaporator performance 4.2.1 Study of the feasibility of thermal spraying an integral vane ring. 4.2.2 Calculation of residual stress in Si layer on monolithic Si3N4. 4.2.3 Various architectures considered to drive down residual stress in the Si-layer of the coating. 4.2.4 EBC coating microstructure and digitized image for OOF analysis 4.2.5 (a) Retained strength of silicon nitride using an oxide interlayer between silicon nitride and Si bond coat. (b) Microstructure of the bond coat system that retains baseline substrate strength 1.2.7 Strength of samples fractured in four point bending shown as Weibull distribution 7

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