ASME PTC 18-200X

New Directions

Session three - ASMEi6th International Conference on Innovation in

Hydraulic Efficiency Measurements, July 30 – August 1 2006, Portland, Oregon, USA

ASME PTC –18 Charter

• To provide procedures for determining field performance testing of hydraulic turbines and of pump/turbines operating with water in either the turbine or pump mode, by measuring flow rate (discharge), head, and power, from which efficiency may be determined.

Session three - ASMEi6th International Conference on Innovation in

Hydraulic Efficiency Measurements, July 30 – August 1 2006, Portland, Oregon, USA

ASME – PTC –18 Target Balanced Composition

ASME PTC-18 Composition

User35%

General Interest30%

Manufracturer35%

Session three - ASMEi6th International Conference on Innovation in

Hydraulic Efficiency Measurements, July 30 – August 1 2006, Portland, Oregon, USA

Current Composition• General Interest

– C. Almquist – Principia Res Group– J. Hron – MwH Americas– N. Latimer– L. Pruitt – Stanley Consultants – P. Rodrigue – Acres International– J. Walsh – Rennasonic Inc.– W. Watson– D. Lemmon – ASL Environmental

Sciences– P. March – Hydro Performance

Processes– A. Lewey

• Manufacturers– M. Byrne – Voith Siemens Hydro– C. Marchand – GE Hydro– G. Russell – American Hydro– J. Kirejczyk - Toshiba

• Users– D. Hulse – US Bureau of

Reclamation– P. Lamy – Hydro-Quebec– P. Ludewig – New York Power

Authority– R. Munro – Ontario Power

Generation– R. Deitz – Safe Harbor

Session three - ASMEi6th International Conference on Innovation in

Hydraulic Efficiency Measurements, July 30 – August 1 2006, Portland, Oregon, USA

What is new inASME PTC –18 2002

Availablethrough

ASME

Covers both

Turbines&

Pumps

Session three - ASMEi6th International Conference on Innovation in

Hydraulic Efficiency Measurements, July 30 – August 1 2006, Portland, Oregon, USA

Dye Dilution

Session three - ASMEi6th International Conference on Innovation in

Hydraulic Efficiency Measurements, July 30 – August 1 2006, Portland, Oregon, USA

Electronic Pressure Time

• Use Differential Pressure Transducer with Computer• Code makes recommendations on Sample times and

Integration

Session three - ASMEi6th International Conference on Innovation in

Hydraulic Efficiency Measurements, July 30 – August 1 2006, Portland, Oregon, USA

18 Path Acoustic Method• Used in Unfavorable

Hydraulic conditions

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Session three - ASMEi6th International Conference on Innovation in

Hydraulic Efficiency Measurements, July 30 – August 1 2006, Portland, Oregon, USA

Archived from Code

• Salt Velocity • Pitot Tubes- Archived due to infrequent use, but still technically valid, ref: PTC –

18 – 1982

Next IssueASME PTC 18-200X

• Code Organization & Language

• Code Revisions

• New Technology Development

Code Organization & Language

• Tighten up the language– Consistency of style– Reduce verbiage

• Include resource CD– Code in searchable text form– Documentary information– Supplementary information

Keep the Good Stuff“All measurement systems may produce

spurious data points, also known as outliers,

strays, mavericks, rogues, or wild points.”

Code Revisions & Additions• Thermodynamic method

• Electronic data acquisition

• Uncertainty analysis

• Ultrasonic level measurement

• Ultrasonic flow measurement– Time of flight 18 paths

Archived

• Log-Linear point velocity

• Volumetric method

• Venturi method

• Traditional pressure-time (Gibson)

method

Session three - ASMEi6th International Conference on Innovation in

Hydraulic Efficiency Measurements, July 30 – August 1 2006, Portland, Oregon, USA

ASME PTC 18 20XXNew Mission

• Discharge Measurement in Low Head Hydro – ASL, ATF, ICM– Field Testing

• Cavitation• DO Uptake

Bonneville Dam, Oregon

Short Converging Intakes

Short Converging IntakesDischarge Measurement

• Current Meter

• Ultrasonic: Time-of-Flight

• Ultrasonic: Acoustic Scintillation

Environmental Aspects

• Fish-friendly turbines• Aerating turbines