My Transfo on the Road - Lyon
My Transfo on the Road is a one-day professional seminar that brings the international experience of My Transfo directly to local markets, creating focused opportunities for technical update, training, and high-level exchange on transformers and insulating fluids.
The Lyon event represents the first stop of the My Transfo on the Road initiative. After France, the format will continue in Spain in October 2026, before expanding further into Latin America.
June 10, 2026 - Lyon (France)
Agenda
Accueil et enregistrement - Café avec les exposants
Bienvenue par Sea Marconi
Luc Van den Bogaert
Ingénieur- Directeur Sea Marconi FRANCE
KEYNOTE Speech
TransfoCare : du tableau pathologique des actifs au traitement intégré pour le « Life Extension & Resilience »
Vander Tumiatti
Fondateur et Président-Directeur Général
Le prélèvement représentatif des liquides isolants constitue une étape déterminante du processus de surveillance et de gestion des transformateurs en service : la qualité de l’échantillon conditionne directement la fiabilité des analyses et, par conséquent, les décisions d’asset management. Cette présentation passe en revue les facteurs clés qui garantissent la représentativité du prélèvement — conditions opératoires, point de prise, quantité, matériel et procédure — et illustre, à travers des cas concrets, les bonnes pratiques sur transformateurs de puissance, appareils hermétiques, régleurs en charge, traversées OIP et relais Buchholz. Elle présente également les kits dédiés (DEOS, ISA) et les perspectives offertes par la digitalisation de l’inspection et du prélèvement.
Le prélèvement représentatif des liquides isolants constitue une étape déterminante du processus de surveillance et de gestion des transformateurs en service : la qualité de l’échantillon conditionne directement la fiabilité des analyses et, par conséquent, les décisions d’asset management. Cette présentation passe en revue les facteurs clés qui garantissent la représentativité du prélèvement — conditions opératoires, point de prise, quantité, matériel et procédure — et illustre, à travers des cas concrets, les bonnes pratiques sur transformateurs de puissance, appareils hermétiques, régleurs en charge, traversées OIP et relais Buchholz. Elle présente également les kits dédiés (DEOS, ISA) et les perspectives offertes par la digitalisation de l’inspection et du prélèvement.
Riccardo Actis
DirectorDirecteur des opérations globales – Sea Marconi
Objectif : La dégradation de l’isolation solide à base de cellulose constitue le principal facteur limitant la durée de vie opérationnelle des transformateurs de puissance. Cette présentation se concentre sur deux accélérateurs critiques du vieillissement — l’oxygène et l’humidité — en détaillant leurs mécanismes de pénétration, leur impact sur les performances diélectriques et leurs implications à long terme sur la fiabilité des actifs.
Méthodes : Nous présenterons une stratégie de mitigation à deux volets comprenant : (1) des mesures préventives reposant sur des systèmes avancés de conservation de l’huile (par ex. respirateurs auto-régénérants, barrières membranaires), et (2) une diagnostique en temps réel via des capteurs embarqués et des algorithmes de prévision. Ces algorithmes estiment l’humidité dans le papier (MIP), prévoient le vieillissement de l’isolation et détectent des seuils critiques, tels que la formation de bulles et la baisse de la tension de claquage. L’intégration du suivi direct de la température des enroulements par capteurs à fibre optique est soulignée comme condition préalable à une modélisation thermique précise et à la fiabilité algorithmique.
Résultats : Nous présenterons des études de cas réels dans lesquels la mise en œuvre de ces stratégies combinées a conduit à des améliorations mesurables de la fiabilité des transformateurs, notamment une réduction du coût total de possession et une prolongation de la durée de vie opérationnelle.
Conclusions : Nous illustrerons comment la combinaison de barrières physiques et d’une surveillance intelligente renforce la résilience des transformateurs et soutient les stratégies de maintenance basée sur l’état.
Objectif : La dégradation de l’isolation solide à base de cellulose constitue le principal facteur limitant la durée de vie opérationnelle des transformateurs de puissance. Cette présentation se concentre sur deux accélérateurs critiques du vieillissement — l’oxygène et l’humidité — en détaillant leurs mécanismes de pénétration, leur impact sur les performances diélectriques et leurs implications à long terme sur la fiabilité des actifs.
Méthodes : Nous présenterons une stratégie de mitigation à deux volets comprenant : (1) des mesures préventives reposant sur des systèmes avancés de conservation de l’huile (par ex. respirateurs auto-régénérants, barrières membranaires), et (2) une diagnostique en temps réel via des capteurs embarqués et des algorithmes de prévision. Ces algorithmes estiment l’humidité dans le papier (MIP), prévoient le vieillissement de l’isolation et détectent des seuils critiques, tels que la formation de bulles et la baisse de la tension de claquage. L’intégration du suivi direct de la température des enroulements par capteurs à fibre optique est soulignée comme condition préalable à une modélisation thermique précise et à la fiabilité algorithmique.
Résultats : Nous présenterons des études de cas réels dans lesquels la mise en œuvre de ces stratégies combinées a conduit à des améliorations mesurables de la fiabilité des transformateurs, notamment une réduction du coût total de possession et une prolongation de la durée de vie opérationnelle.
Conclusions : Nous illustrerons comment la combinaison de barrières physiques et d’une surveillance intelligente renforce la résilience des transformateurs et soutient les stratégies de maintenance basée sur l’état.
Thomas Plumier
COMEM
Pause café & networking avec les exposants
Riccardo Actis
DirectorDirecteur des opérations globales – Sea Marconi
Le sujet aborde plusieurs cas d’aide aux diagnostics et rénovations des transformateurs HTB basés sur
L’expertise des résultats des analyses d’huiles.
Le sujet aborde plusieurs cas d’aide aux diagnostics et rénovations des transformateurs HTB basés sur
L’expertise des résultats des analyses d’huiles.
Eric ORTEGA
Ingénieur Expert Transformateurs - Enedis
Déjeuner networking
EDF have its proper software to share diagnosis data for all the transformer fleet (nuclear, hydro and fossil thermal) named Cocpitt. It’s a web application, so all the edf user can access easily to their transformers (power plant, engineering, R&D, …).
It manage static information such manufacturer, power, voltage levels, … and also diagnosis data : electrical measurement, event during operation and dissolved gas measurements from lab for around 1 500 transformers.
Sea-Marconi is the official lab for EDF’s transformers, and a transfer data protocol has been implements between the lab and EDF to receive oil analysis every days. This presentation show the main aspects of this daily transfer (name, time, …) and the file content to identify transformers and associate the measurements.
EDF have its proper software to share diagnosis data for all the transformer fleet (nuclear, hydro and fossil thermal) named Cocpitt. It’s a web application, so all the edf user can access easily to their transformers (power plant, engineering, R&D, …).
It manage static information such manufacturer, power, voltage levels, … and also diagnosis data : electrical measurement, event during operation and dissolved gas measurements from lab for around 1 500 transformers.
Sea-Marconi is the official lab for EDF’s transformers, and a transfer data protocol has been implements between the lab and EDF to receive oil analysis every days. This presentation show the main aspects of this daily transfer (name, time, …) and the file content to identify transformers and associate the measurements.
Frank Thomas
Power Transformer Diagnostics Expert - EDF
La présentation met l’accent sur les essais électriques essentiels permettant d’évaluer l’état des enroulements, de l’isolation et des traversées, ainsi que sur le diagnostic des défauts potentiels, tout en respectant des procédures rigoureuses, adaptées aux contraintes du terrain
La présentation met l’accent sur les essais électriques essentiels permettant d’évaluer l’état des enroulements, de l’isolation et des traversées, ainsi que sur le diagnostic des défauts potentiels, tout en respectant des procédures rigoureuses, adaptées aux contraintes du terrain
Thomas Renaudin
Référent Technique Transformateurs - OMICRON
Riccardo Maina
Responsable du Laboratoire Sea Marconi
En dix ans, le monitoring des transformateurs en France est passé de projets pilotes à des déploiements à grande échelle. Cette présentation propose un retour d’expérience sur les programmes majeurs, en mettant en lumière les performances observées et les bénéfices concrets obtenus sur le terrain : détection précoce des défauts, optimisation de la maintenance et réduction des risques. Elle illustrera comment le monitoring s’est imposé comme un outil clé d’aide à la décision pour les exploitants.
En dix ans, le monitoring des transformateurs en France est passé de projets pilotes à des déploiements à grande échelle. Cette présentation propose un retour d’expérience sur les programmes majeurs, en mettant en lumière les performances observées et les bénéfices concrets obtenus sur le terrain : détection précoce des défauts, optimisation de la maintenance et réduction des risques. Elle illustrera comment le monitoring s’est imposé comme un outil clé d’aide à la décision pour les exploitants.
Antoine POMMET
Regional sales manager - Camlin Energy
Riccardo Maina
Responsable du Laboratoire Sea Marconi
Questions & Réponses – Session ouverte
Cocktail Clôture – Moment convivial
Target
- Electrical Equipment Operators
- Electrical Equipment Manufacturers
- Asset managers
- Utility engineers
- Engineers specialized in high-voltage systems
- Laboratory managers
- Oil Manufacturers
- Insurance Companies
- Technical Fluids Researchers
Prices and promotions
Inclusive Rate
Standard rate
The inclusive rate (−20%) is available for anyone who identifies as a woman or is a professional under 30. Request the discount code by writing to info@mytransfo.com
Event Venue
345 Avenue Jean Jaurès, 69007 - Lyon, Francia
Tel: +33 (0)4 28 38 69 00
Welcome@theruckhotel.com
June 10, 2026
Lyon (France)
Any questions?
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June 5, 2026 >>> closing of registrations
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-> If you are already a Sea Marconi customer, please use the usual bank details. - Make the payment via bank transfer and send a copy of the payment receipt to info@mytransfo.com.
- You will receive a final confirmation email once the payment is processed.
Cancellations are possible up to 30 March 2026 with a full refund.
Cancellations received between 31 March and 30 April 2026 will be refunded at 50% of the participation fee.
After 30 April 2026, the participation fee is non-refundable























Diego Pattaro holds a Bachelor and a Master Degree in Aerospace Engineering from the University of Padova. After experiences in the field of mechanical design, he embarked in his journey into the electrical world with DASOTEC Company. At DASOTEC, he has been active in various roles, ranging from promotion, sales and assistance of monitoring systems and electrical test equipment, primarily for power transformers, to performing on-site installations and commissioning of monitoring devices, organization of testing and maintenance tasks, and hands-on work with maintenance activities and transformer oil treatment, combining both the intellectual activity with practical application. Currently he serves as the Chief Executive Officer (CEO) of DASOTEC, where he continues to sharpen his expertise and knowledge within the world of electromechanics.
James Reid holds a MSc Reliability Engineering & Safety Management from Heriot Watt University and a BEng Chemical Engineering from University of Edinburgh. He has been a chartered Chemical Engineer with the IChemE since 2002 and is also a member of ASTM. Based in the UK, James leads the technical applications team providing global support for all the ester-based products manufactured by global specialty materials company M&I Materials, including the MIDEL range of dielectric liquids. Prior to joining the technical team at M&I Materials in 2019, James has over two decades experience in technical and operational management roles with major UK utility, leading international chemical, and specialist oil companies.
Jean SANCHEZ is senior transformer engineer at EDF, French main generation utility, mostly on investigations, tests and its associated diagnosis, Factory Acceptance Tests, HV bushings, fleet assessments. He’s involved in IEC and CIGRE working groups. He completed a PhD degree on power transformers fault diagnosis in 2011 with a French power transformer reparation factory, TSV.
Ufuk Kivrak has BS and MS degrees in mechanical engineering. He has more than 25 years of industrial experience in transformers and power grid industries. He has worked for ABB in several management positions in Turkey, Thailand and Switzerland. He has led Supply Chain Management organization of ABB Transformer business globally from 2003 to 2015, which included explosive growth of transformer market from 2003 to 2008, which was followed by a market collapse in 2009 and onwards. In 2015, he has joined Alstom Grid as VP-Strategic Sourcing and continued as Head of Strategic Sourcing in GE Grid Solutions after Alstom was acquired by GE. Currently he is Managing Director of SCM Consulting GmbH.
Armando Pastore received his mechanical engineering master’s degree from University of Naples Federico II. After the graduation he had different experiences in automotive and railway sectors. He joined the power grid business sector in 2012 working as R&D mechanical engineer and product industrialization with special focus on transformer and wall bushings for HVDC application. Since 2015 he has been working at GE Grid Solution covering different roles as engineering manufacturing, production, technical and product manager. In 2022 he has been appointed chair for Italy SC 36A – Insulated bushings.
Riccardo Actis was born in 1969 He holds a degree in mechanical engineering, obtained from Polytechnic University of Turin in 1995. Today he is the Global Operation Manager of the On-Site Service Department at Sea Marconi, with more than 25 years of experience in organization and follow-up of on-site work activities, in Italy, France, Spain, and other countries (KSA, Argentina, Uruguay, Japan). Riccardo has a deep knowledge of condition-based maintenance, as well as treatment and decontamination techniques of insulating liquids.
Dr. Diego Robalino is the Global Industry Director – Utilities Transformers at Megger. He specializes in the diagnosis of complex electrical testing procedures and the strategic development of state-of-the-art transformer testing technology. He has over 25 years of involvement in the electrical engineering profession with management responsibilities in the power systems, oil and gas, and research arenas.
Vojko Mrdic has been working as applications engineer in transformer testing group at DV Power, a well-known manufacturer of test and measurement equipment for electric power industry. His responsibilities include development of new methods for transformer testing, providing technical support to DV Power customers, as well as performing on-site field testing. Before joining DV Power 13 years ago, he had been working at the large apparatus manufacturer Energoinvest RAOP for 1 year as a junior engineer in circuit breakers and instrument transformers development department. Vojko has a BSc diploma degree in electrical engineering from the University of East Sarajevo.
Roberto Fernández is an experienced Electrical Engineer who has spent most of his career on the transformer design field and R&D activities focused on the magneto-electric and thermal design for a wide range of transformer applications. He is member of the IEC, CIGRE and several national and international working groups. He is currently the Application Technical Leader at Cargill Bioindustrial.
Field Service engineer since 1976 working for Merlin-Gerin on GIS Switchgear, Schneider Electric Equipment, JST Tranformateurs , following in SIEMENS as African Aera sales Manager and JST Maintenance as business development
Dr. Sameera completed his Bachelor of Science in Engineering (Honors) and Master of Science in Electrical and Electronic Engineering at the University of Peradeniya, Sri Lanka. After graduating, he worked as a High Voltage Laboratory Instructor at the University of Peradeniya and as a Research Assistant in the Condition Monitoring Team at the Engineering Design Centre. He then pursued his PhD at the University of Queensland, Australia. Following that, he joined the same university as a postdoctoral research fellow, where he investigated the use of drone footage and Machine Learning technologies for detecting overhead conductor defects. After completing his fellowship, he became a consultant at EA Technology, one of the world’s leading asset management consultancy service providers. Currently, he works as an asset strategy engineer at Energy Queensland, the largest distribution network service provider in Australia.
Christian Pößniker received the B.Sc. and M.Sc. degrees in electrical and computer engineering from the Technical University of Munich, Germany, in 2015 and 2019, respectively and the B.Eng. (Hons) and M.Eng. degrees in electrical engineering from the University of Queensland, Australia, in 2017. He is currently pursuing a Ph.D. degree within the Centre for Smart Grid, Department of Engineering, at the University of Exeter, United Kingdom. He has previously worked as a certified electronics technician after receiving a craftsman apprenticeship in Germany in 2010. His research interests include ageing transformer insulation systems and overloading constraints.
Vander Tumiatti is the founder and owner of SEA MARCONI GROUP (since 1968 – www.seamarconi.com), Torino, Italy, an international company that is involved in research, technologies, products, and services for energy and environment. He has developed BAT and BEP Sustainable Solutions for Life Cycle Management (LCM) of insulating liquids and transformers focalized on inventory, control, diagnosis, decontamination, depolarization (DBDS, TCS, and polar compounds) and dehalogenation / detoxification (PCBs/POPs). He holds more than 40 international patents and is the author of many international technical and scientific publications. He has been the Assistant Secretary of IEC TC10 from 2000 to 2024. He is also a member of several international groups, with major participation in technical normative activities (CEN, IEC, CIGRE, IEEE). In 2009 June, he received – “1906 Award”, the IEC’s award for “the precious contribution to the understanding of the potentially corrosive behaviour of mineral insulating oil used in power transformers and for his discoveries, recognized worldwide, in the development of diagnostic chemical analyses”. He also received the “Alessandro Volta” award as expert since 1978 in the standardization activities. He was the coordinator of European and national research projects in the field of circular and granular bioeconomy (BIOENPRO®). He also inventor of My Transfo Meeting since 2002 (www.mytransfo.com)
Dr Bruce Pahlavanpour BSC, DIC, PHD from Imperial College, London. Recently he joined Ergon International as consultant. Dr Pahlavanpour was Chief Specialist for the Electrical industry application group within Nynas TDMS.
Fabio Scatiggio was born in Venezia, Italy, in 1957.