Electrical Engineer Power Plant
Resume:
RESUME
Juan Emilio D’Amici
Personal Data
Surname: D’Amici
Name: Juan Emilio
Address: L N Alem 382 1A
B2800AVH – Zarate
Buenos Aires
Argentina
E-mail: ***********@*****.***; ********@*****.***
Telephone: 543*********
Mobile Phone: 542*********
Education
National University of La Plata (UNLP) – School of Engineering
Degree: Electrical Engineer
Entrance Date: March 1993
Graduation Date: March 2002
Academic grade-point average: 7.14
Academic grade in my major: 8.42
Work Experience
11-2008 up to present day
NA-SA, Nucleoeléctrica Argentina Sociedad Anónima
Atucha I Nuclear Power Plant
425 MVA Siemens Hydrogen cooled Turbo generator (21 kV)
1110 MWt Pressurized Heavy Water Reactor (Siemens)
Atucha II Nuclear Power Plant
838 MVA Siemens Hydrogen cooled Turbo generator (21 kV)
2500 MWt Pressurized Heavy Water Reactor (Siemens)
http://www.na-sa.com.ar/
Job:
Project and Maintenance Electrical Engineer
1
Experience:
Atucha I:
Project EPSS 2009 – present: Installation of the new Emergency Power
Supply System (EPSS) of the Atucha 1 Nuclear Power Plant. Three Siemens
Diesel Generator of 4900 kVA – 6,6 kV
General revision of the generator of the Hydraulic Turbine (Siemens 3900
kW – 6,6 kV air cooled, 700 rpm) during October/November 2009 ‘Stop’ of
the plant (General supervision by two specialists, one from AREVA and the
other from SIEMENS) .
General revision (ball bearings change and electrical testing) of induction
motor of the vapor system that low down the tritium content due to leakage
of it inside the reactor room (Siemens 12 kW – 0,4 kV)
General revision (ball bearings change and electrical testing) of induction
motor (Siemens 237 kW – 6,6 kV) of the oil-water refrigeration system of
the main step-up transformer
General revision (ball bearings change and electrical testing) of rotary
frequency converter that converts (Siemens 55 kW – 0,4 kV) the 50 Hz from
the power network into 250 Hz network that powers the blower motor of the
Reactor load machine
Implementation of the method RCM2 (Reliability Centered Maintenance 2)
with the Aladon Network license based on the book ‘Reliability Centered
Maintenance 2’ by John Moubray.
Rewinding inspection of the Reactor Auxiliary Refrigeration System induction
motor (Siemens 310 kW, 6,6 kV) at the Kolocsar workshop (technical
capacity to rewind motors and generators up to 25 MVA)
Collaboration on the general revision of the main generator (Siemens Turbo
generator 425 MVA-21 kV, hydrogen cooled) during the October/November
2009 ‘Stop’ of the plant. Main works: hydrogen seals change, rotor polish
and bearing rectification.
Supervision of the installation of the AREVA IED system for monitor power
transformers.
2
Supervision of repair works on the rotor of the hydraulic generator in the
MOTEC workshop (Machine data: Siemens, 3900 kVA, 6600 V, 342 A, 750
rpm)
Disassembly of the eight rotor poles and removal of the pole
o
windings.
Cleaning of the parts with dielectric solvent.
o
Drying in an oven with controlled temperature.
o
Impregnation in an autoclave without volatile solvent.
o
Control of the dielectric sheets to ground and replacement of the
o
ones which are deteriorated.
Assembly of the pole windings and the rotor poles and connections of
o
the windings.
Dielectric tests: resistance, insulation and surge test.
o
Atucha II:
General revision of all the induction motors of the Machine Room (bearings
change and electrical testing). Power range: 50 – 6000 kVA and voltage
range: 0,4; 6,6 and 13,2 kV
Induction motors electrical testing
01-2005 / 06-2008
Transener, Argentina (High Voltage Transmission Company that has 95%
of the Argentinean High Voltage System in 500 and 220 kV)
http://www.transener.com.ar
Job:
Substation Maintenance Engineer of the ‘Ezeiza’ 500 kV Substation (5000 MW of
power transmission and 2400 MW of power transformation (3 x 800 MW banks of
single-phase 500/220/13,2 kV transformers) and 6 x 125 MVA Synchronous
Compensators hydrogen cooled, the biggest substation in Argentinean Transmission
System)
Experience
MANTEC software operator (Maintenance Management Software). My work
relied on the adjustment of the Maintenance Inspection Sheets to the
Proceedings of the company.
3
Repair of the stator magnetic bore of the Synchronous Compensator number
2 due to a failure in January 2006. Description of the failure: Due to a failure
in a water pump the hydrogen overheated making one of the bolts of the
ventilation system take off, hitting the stator magnetic bores and causing
some damage to them.
Replacement of one the 800 MVA transformer banks in June of 2007.
Description: the replacement was made in two stages because the new
transformer bank was being made by ABB Brasil for November 2007. Then
we proceeded to modify the 500 kV substation to put in place two three-
phase transformer of 300 MVA each.
500 and 220 kV outdoor circuit breaker parameters measurement (BBC Air
Blast circuit breakers, Siemens SF6-Oil circuit breakers and ABB live tank
puffer SF6-Spring Stored Energy Mechanism).
02-2004 / 01-2005
Armanino Porcelain Argentinean Factory (FAPA) (the biggest porcelain
insulators factory in Argentina)
http://www.fapa.com.ar
Job:
High Voltage Laboratory Engineer
Experience:
High Voltage Laboratory description:
Facilities:
Impulse (with steep front) voltage generator.
Atmospheric impulse generator up to 1100 kV (1,2 / 50 µs) with positive
and negative waves.
Impulse current generator (8 / 20 µs).
Step-up Transformer 13,2 / 70-150-500 kV.
Facilities to perform electrical testing under water, controlled resistivity and
precipitation.
Facilities to perform dielectric strength testing in oil, 500 kV – 50 Hz.
Facilities to perform Radio interference testing (RIV measurements) IEC 437
- IRAM 2167.
4
Facilities for the determination of the voltage reference of OZn arresters.
Facilities to perform thermo mechanical behavior testing. Cycles of -30 C
and +40 C / ( 5 C) with mechanical traction loads. IEC 575 - IRAM 2369.
Facilities to perform aging tests under electrical strength (Salt fog and UV).
IRAM 2355 - IEC 1109 - CIGRE.
Facilities to perform tracking and erosion tests through inclined plane -
Norma IEC 587.
Facilities to measure the ball-and-socket joint for chain insulators - (cotter
pins) IEC 372 - 1/2 - IRAM 2249 - 1/2.
Facilities to perform electromechanical tests, 50 Hz - 250 kN.
Facilities to verify the porosity up to a pressure of 20 x 10 (6) N/m2.
Facilities to perform traction tests - 250 kN.
Facilities to perform flexion tests 50 kN and torsion tests 10 kNm.
Facilities to perform compression tests - 600 kN.
Facilities to perform rutinary traction tests to suspension insulators.
Facilities to perform rutinary electric tests with a continuous belt from only
one insulator to several ones together.
Heating facility by high current for bushings (5 kA).
Electric kiln with forced convection with graphic temperature and time
records (325 C).
Boiling facility to perform water diffusion test, IEC 1109 - IRAM 2355 -
CIGRE.
Facility to perform distance corona effect detection, directional and audible.
04-2003 / 01-2005 School of Engineering – National University of La Plata
(UNLP), Argentina
Teaching Assistant (Graduate Student) of the subject “Network Theory II”
http://www.ing.unlp.edu.ar/electrotecnia/tcii/
Experience:
Student guides for network synthesis based on the book ‘Network Synthesis’
by Van Valkenburg.
Synthesis of Z and Y matrix of LC chain networks with finite
•
transmission zeros.
Synthesis of RC impedance matrix and RL admittance matrix
•
of chain networks with finite transmission zeros.
Synthesis of RC admittance matrix and RL impedance matrix
•
of chain networks with finite transmission zeros.
Theory and practice class dictation: Bode diagrams and State variables.
5
Laplace transform laboratory: Aperiodic excitation transients (PSpice)
English – Spanish translation of the book ‘Linear signal. Flow graphs’ by
Etienne Cassignol and Yutze Chow
10-1999 / 04-2003 School of Engineering – National University of La Plata
(UNLP), Argentina
Teaching Assistant (Undergraduate Student) of the subject “Network Theory II”
06-1999 / 10-1999 School of Engineering – National University of La Plata
(UNLP), Argentina
Teaching Assistant (Ad-Honorem) of the subject “Network Theory II”
01-1994 / 12-1999 Argentinean Odontology Association
Collector
Cities: La Plata, Great La Plata, Berisso y Ensenada
Publication
Graduation Thesis (published on 27th March of 2002 by the library of
the Electrical Department of the School of Engineering – UNLP):
Algunos mecanismos de degradación de aisladores orgánicos (Some
mechanisms of degradation of organic insulators). Tutor Prof. Ing. Marcos
Deorsola: Professor of the subject ‘Network Theory I’ and researcher of the
institute IITREE-LAT School of Engineering, UNLP
Program used: Quick Field (Finite Element Program)
Languages and Computing
English: Writing: advanced; Speaking: advanced; Reading: advanced; Listening:
advanced
French: Writing: intermediate; Speaking: intermediate; Reading: intermediate;
Listening: intermediate
German: Writing: intermediate; Speaking: intermediate; Reading: intermediate;
Listening: intermediate.
MSOffice: Word, Excel, Power Point and Access.
AutoCAD: advanced
Management Software (MANTEC): advanced
MATLAB: advanced
Quick Field (Finite Element Program): advanced
6
ETAP: Experience using the Load Flow Analysis finding shunt capacitance
compensation in the node ‘Resistencia Substation 500 kV’ of the 500 kV Extra High
Voltage Argentinian Transmission System.
PSPICE: Orcad
SAP
Courses
GE’s Support Central Web based training:
Gas Turbine Fundamentals
o
Steam Turbine Fundamentals
o
Generator Fundamentals
o
High Voltage Shunt Capacity Compensation: application, design and
operation. CIGRE and the Technical Management of the Utilities during
insolvency
Integrated Management Systems. Applications of the standards ISO9001
and ISO14001.
Public security training and awareness. ENRE Resolution 057/2003.
Management training program by Transener.
Typewriting courses by Pitman Academies
References
Ing. Mario Coggio. Chief of the Department of Electrical Maintenance of the Atucha 1 & 2 Nuclear
Power Plants.
Tel. 54-348*-******. ******@**-**.***.**
Prof. Ing. Jorge Luis Agüero. Professor of the subject Network Theory II and Sub director of the
institute IITREE. School of Engineering - UNLP.
Tel. 54-221-*******. ***@******-****.***.**
Prof. Ing. Marcos Deorsola. Professor of the subject Network Theory I and researcher of the institute
IITREE. School of Engineering - UNLP.
Tel. 54-221-*******. *********@******-****.***.**
Prof. Ing. Gustavo Barbera. Assistant Professor of the subject Electro technical Materials and
Components and researcher of the institute IITREE. School of Engineering - UNLP.
Tel. 54-221-*******. ********@******-****.***.**
Hobbies
Tennis
Swimming
Music (Guitar)
Languages
7
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