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IGHEM 2022
The 13th International conference on hydraulic efficiency measurement (
ighem.org
)
will be held in Grenoble,
France, 03-05 October, 2022
.
Grenoble is the capital of the French Alps and it is an important European scientific centre. High-tech industries have a significant presence, especially in the field of semiconductors, electronics and biotechnology.
The conference will take place at the
Giant Innovation Campus (ENSE3 / GreEn-ER building)
at the Grenoble Presqu’île.
The conference will provide a forum for engineers from industry and research establishments to present new results, to exchange ideas and to discuss directions of future developments.
Paper submission :
Deadline for abstracts –
February 28, 2022
Notification of acceptance –
March 31, 2022
Deadline for full papers –
July 31, 2022
All abstracts and papers should be submitted to the IGHEM technical committee:
thomas.staubli@hslu.ch
PROGRAM
COMMITTEE
VENUE
SPONSOR
PROGRAM
Oct 2, 2022
18:00
Welcome of the participants and registration - Hotel d'Angleterre,
5 Pl. Victor Hugo, Grenoble
19:30
Welcome cocktail - Hotel d'Angleterre
Oct 3, 2022
8:00 - 8:45
Registration
8:50 - 9:00
General information
9:00 - 9:30
Speech from Mr. Serge Autouri - EDF DTG General Director
Sediment
9:30 - 10:00
Operating experience from intentional transit of fine sediment through hydraulic turbines
10:00 - 10:30
Hydro-abrasive erosion on coated Pelton turbines: Nine years of measurements and temporary shutdowns of HPP Fieschertal
10:30
Coffee Break
Plant and Turbine Optimization
11:00-11:30
IT/OT Integration at Jirau Hydropower Plant: real-time operational intelligence using the PI System
11:30 - 12:00
From on-site performance testing to digital twin performance monitoring: EDF's experience
12:00
Lunch
Acoustic Methods
13:30 -14:00
Challenges of implementing a reliable and accurate nonintrusive ultrasonic flow measurement on penstocks at largescale hydroelectric power plants
14:00 - 14:30
Accuracy of clamp on ultrasonic measurement based on thermodynamic efficiency measurement, a case study
14:30 - 15:00
Time Reverse Acoustic and its application in the area of flow measurements in pressurized pipes
15:00 - 15:30
Ultrasonic flow measurement at the Génissiat hydropower plant
15:30
Coffee Break
Thermodynamic Method
16:00 - 16:30
Simplified thermodynamic method
16:30 - 17:00
Experience from a thermodynamic efficiency test introducing generator cooling water back into the main discharge
17:00 - 17:30
An Improved Procedure in Efficiency Measurement on Pump-Turbine by Thermodynamic Method
17:30 - 18:00
Gearbox losses measurement
18:00
Break
Miscellaneous
18:10 - 18:40
CFD study of a Francis turbine using an industrial approach including a validation with model test results
18:40 - 19:10
The use of Computer Vision and Pattern Recognition in Condition Monitoring of Pelton Runners
Oct 4, 2022
Acoustic Methods and Dynamics
8:30 - 9:00
Analysis of the Flow Conditions in the Nant de Drance Pumped Storage Plant and their Impact on Acoustic Discharge Measurement
9:00 - 9:30
Typical uncertainty analysis of acoustic discharge measurements by multipath flow meters in hydropower applications
9:30 - 10:00
An ASFM Application for Penstock Rupture Detection
10:00
Coffee Break
10:30 - 11:00
Ultrasonic flow measurement under dynamic conditions and geometrically unsteady conditions
11:00 - 11:30
Study on the extension of acoustic flow metering devices to monitor transient phenomena
11:30 - 12:00
Little known impacts on the accuracy of the Gibson method
12:00
Lunch
Current Meter Method
13:30 - 14:00
Flow measurement methodology for low head and short intake bulb turbines - Iron Gate 2 case
14:00 - 14:30
Uncertainty assessment of flow measurements at Iron Gate 2
14:30 - 15:00
Current-meter flow rate measurement using the moving frame method
15:00 - 15:30
Research of Turbine Efficiency Test by Current-Meter Method for Hydropower Unit with Divided Tailrace Gates
15:30
Coffee Break
Miscellaneous
16:00 - 16:30
Simulations versus in situ measurements analysis for detecting, characterizing and localizing flow perturbations
17:00 - 17:30
Iso-Power cam curve testing for optimal blades/wicket gates law for Kaplan Turbines
17:30 - 18:00
Determination of the measurement uncertainty for static pressure measurements
18:30 - 19:45
Visit to Bastille Site,
Quai Stéphane Jay, Grenoble
20:00
Gala Dinner - L'Épicurien,
1 Pl. aux Herbes, Grenoble
Oct 5, 2022
8:45
Technical Tour - Grand Maison Power Plant
Bus departure at 09:00 - Hotel d'Angleterre,
5 Pl. Victor Hugo, Grenoble
Come back to Grenoble at about 16:00 - Hotel d'Angleterre
Technical Tour : Grand Maison Power Plant
Grand Maison - THE MOST POWERFUL HYDRO POWER PLANT IN FRANCE
Grand'Maison is one of the last born of the big dams in Europe. It is located upstream of the Romanche valley between the Belledonne and Grandes Rousses massifs, in the department of Isère.
The Grand'Maison power station is a Pumped Energy Transfer Station (STEP). An upper reservoir is connected to a lower basin located at the powerhouse. During periods of high consumption, the powerhouse turbine the water from the upper reservoir. The water then reaches the downstream basin. In off-peak periods, mainly at night and during the weekends, the water from the lower reservoir is pumped to the upper reservoir. The system thus makes it possible the rapid response to a spike in consumption.
The Grand'Maison power plant consists of 2 plants, which total 12 units, 1800 MW available in just 3 minutes. The first plant, outside, is equipped with 4 turbine groups and the other one, underground, is located 70 m lower, with 8 groups called "reversible" turbines -they function both as turbines and as pumps.
The power plant, which has an installed capacity of 9% of the capacity of the hydropower fleet operated by EDF in France, plays a major role in the regulation of the national electricity network.
Gala Dinner : "Restaurant L'Épicurien" - Grenoble
Located in the heart of historic Grenoble, the Restaurant L'Epicurien is celebrating 70 years of cooking in this establishment which, since the post-war period, has never ceased to bring the refinement and warmth of this good table up to date.
This restaurant of traditional Grenoble cuisine combines classic or innovative dishes with fresh market produce and flavours that are the secret of great chefs.
Credit :
https://www.lepicurien-restaurant-grenoble.fr/en/
COMMITTEES
International Steering Committee (conference organizers)
Name
Conference
Country
Jim Walsh
IGHEM 1998 & 2006
U.S.A
Anton Felder
IGHEM 2000
Germany
Albert Mikhail
IGHEM 2002
Canada
Thomas Staubli
*
IGHEM 2004
Switzerland
Fabio Muciaccia
IGHEM 2008
Italy
Arun Kumar
IGHEM 2010
India
Harald Hulaas
IGHEM 2012
Norway
Geraldo Lúcio Tiago Filho
IGHEM 2014
Brazil
Josef Steinmassl
IGHEM 2016
Austria
Heming Hu
IGHEM 2018
China
Carmen Badina
IGHEM 2022
France
*
President of IGHEM Organization
Local Organizing Committee
Name
Organization
Country
Carmen Badina
EDF - DTG
France
Cornel Ioana
ENSE3
France
VENUE
IGHEM 2022 will take place in
Grenoble INP - Ense3, Grenoble, (France)
21 Avenue des Martyrs
38031 Grenoble
Ense³ is located in a eco-neighborhood, only few parking spots are available.
Trip
Train
:
TGV (High-Speed Train) : from Paris (3 h) or Lyon (1h15).
Car or MotorBike
:
Cambridge Parking : 475 parking places et 50 bicycle spots.
Public Transport
:
With the Tramway : line B, Marie Louise Paris - CEA stop
With the Bus Transisère, Marie Louise Paris - CEA stop
Bus shuttles
:
From the Lyon Saint Exupery airport are available every hour to go to Grenoble bus station (which is close to the city center and to the conference site). Please refer to the
BlaBlaBus website
.
Accommodation
Find your accommodation at best price for your journey !
Using our reservations system online we can help you to find and
book your accommodation
easily and fast.
SPONSORS
Registration
INSIGHT OUTSIDE
Campus Pré Mayen
26 Avenue Jean Kuntzmann
38330 Montbonnot Saint Martin
Tel: +33 825 595 525 (0,15€/min*)
Fax: +33 4 38 38 18 19
Information desk
monday to friday from 2pm to 5pm
ighem2022@inviteo.fr
http://www.insight-outside.fr
Organization
EDF – DPIH - DTG
134 Chemin de l’Etang, Parc d’Oxford
38950 SAINT MARTIN LE VINOUX
Carmen BADINA
carmen.badina@edf.fr
http://www.ighem.org/
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