ETM ACTIVITIES COVER ALL PHASES OF THE TURBOMACHINERY LIFE CYCLE
"Systems design should follow a multidisciplinary approach..."
Team
Dedication. Competence. Passion.
Pre-Sales Mechanical Engineer
João Gabriel
Civil Engineer – SGI (Integrated Management System)
Blenda Rizério
Administrative Analyst
Fernanda Perrú
Commercial Manager – Mechanical
Régis Ferreira
Senior Consultant 1 – Instrumentation and Control Engineer
Mario Campos
Electrical Engineering Specialist
Lisandra Cunha Queiroz
Turbomachinery Specialist 1 – PhD Candidate in Vibrations and Acoustics
Patrick Lamas
Turbomachinery Specialist 1 – Mechanical Engineer
Rodrigo Cardinot
Senior Consultant 1 – Instrumentation and Control Engineer
Leopoldo Iglesias
Senior Consultant 1 – Instrumentation and Control Engineer
Perez
Senior Consultant 1 – Chemical Engineer
Edvaldo
Turbomachinery Specialist 2
Felipe Figueiró
Senior Consultant 1 – Mechanical Engineer
Eduardo Losada
Executive Director – Mechanical Engineer, MSc in Vibrations and Acoustics
Leandro de Oliveira Zague
Senior Consultant 1 – Mechanical Engineer
José Mauro Radiceti
Senior Consultant 1 – Instrumentation and Control Engineer
Lourenço
Turbomachinery Specialist 1 – MSc in Vibrations and Acoustics
Diogo Yoshikazu Ujihara
Senior Consultant 2 – Mechanical Engineer
Cleuber Valadão
Senior Consultant 1 – Instrumentation and Control Engineer
Henrique Almeida Silva
Turbomachinery Specialist 1 – Mechanical Engineer
Diego Silenciato
LAST PUBLICATIONS
THE ROLE OF TURBOMACHINERY IN THE TRANSITION TO A LOW CARBON SOCIETY
The oil and gas industry has been historically the platform for the development of rotating machinery technology. The world is now starting a paradigm shift towards a society less dependent on fossil fuels, given the intense pressure for the de-carbonization of the energy, transport and industrial sectors. This paper gives an overview of the main trends that will affect the turbomachinery technology, including design, new applications, and hybridization.
Early Detection of Rotating Stall Phenomena in Centrifugal Compressors by Means of ASME PTC 10 Type 2 Test, 41st Turbomachinery Symposium
This paper proposes means for the detection of rotating stall during performance tests ASME PTC 10 TYPE II and proposes criteria to scale the results (amplitude of vibration at the point of inception) to condition in site.
Life Cycle Assessment of Turbomachinery for Offshore Applications – Updated with Field Data. 37th Turbomachinery Symposium
This paper describes an updated life cycle cost analysis of the generation system and compression triggers of 5 Campos Basin platforms with configuration proposed by Miranda and Brick (2004), showing operational data collected from these platforms and comparing with data collected from platforms with configurations that were used before the new proposition.