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The design of the pump and its auxiliary systems The Customer and the End
will take into account both external climate
conditions (temperatures reaching 52°C) and User will have the possibility to
the pump operation at variable speed ranging “control the projects’
between 50% and 105% of the synchronous production progress and to
speed.
The roto-dynamic analyses carried out by attend the functional tests
Termomeccanica’s R&D Department, as well as of two complete trains at
the sizing of the auxiliary systems will be validated
through the functional testing of each component. Termomeccanica’s test center
The customer and the end user will have the
possibility to control the job’s production progress
as well as to attend the functional tests of two to 15 MW at a 50 Hz voltage, such center allows
complete trains (“Complete Unit Test”) at the the correct power supply of the job’s transformers
renewed Termomeccanica Test Center. In fact, and the simultaneous testing of both the pump and
with its dimensions and its power capacity of up the entire job’s electro-instrumental train. ■

Daniele Cecchini

Daniele Cecchini has a master’s degree in Nautical Engineering from the University of Genoa.
Following his degree, he conducted a research project at Newcastle University (UK) thanks to a EU-
funded scholarship.
He then began his career in the yachting sector, working in the R&D Department of the Azimut/ Benetti
group.
He joined Termomeccanica Pompe in 2012, where he stared as a Project Engineer, a position that
allowed him to deepen his knowledge of centrifugal pumps and their related auxiliary systems, with a
special focus on the Oil & Gas sector.
Today, Daniele Cecchini works in the Sales & Marketing Department where he is a Key Account Manager
and follows strategic markets such as the United Arab Emirates, Oman, South Korea and Japan, serving
key customers such as Petrofac, Technip, NPCC, CPECC, Hyundai, JGC. He has acquired orders for
various prestigious end-users, including ADNOC, PDO, Orpic and KIPIC.

Nuova conferma
di Termomeccanica Pompe

come system integrator

Termomeccanica Pompe continua a rafforzare la sua presenza nel mercato internazionale dell’oil
& gas, offrendo soluzioni avanzate e integrate di pompaggio API 610, che coprono servizi critici
come gasdotti, LNG e iniezione di acqua onshore e offshore.
Questo articolo illustra in particolare un recente contratto complesso, acquisito dalla società per
la fornitura delle principali pompe per olio e dei relativi sistemi ausiliari per la più grande struttura
sotterranea di stoccaggio di petrolio greggio al mondo.

Impiantistica Italiana - Settembre-Ottobre 2019 67 67