Hector Dominguis, new CEO of Grupo Dominguis

One of the pillar that supports the good performance of Grupo Dominguis Strategic Plan is to assure the continuity of its executive team. According to that, on the basis of the Board of Directors agreements, Hector Dominguis Was appointed as Chief Executive Officer, in accordance to his professional career andperformance.

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Alain Bugat and Dominique Vignon, new strategic advisors

Alain Bugat was president and CEO of the French Atomic Energy Commission (CEA) from 2003 to 2009. He began his career as a research engineer and has succesively held different executive positions in the Ministry of Industry, a software firm and then the CEA. From 1999 to 2003, he was president and CEO of Technicatome, a French engineering company dedicated to the design and construction of nuclear propulsion reactors and research facilities.

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Grupo Dominguis enters the wind sector hand in hand with Sálvora Vento

Grupo Dominguis expands its field of action entering into the wind industry through the acquisition of 60% of Sálvora Vento, S.L., specialized in maintenance and consulting services for wind blades. This way, “we will give to service all the energy production industries” says Enrique Ibáñez, Deputy Director of Grupo Dominguis.

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Entry into an agreement with Falck healthcare transport

Grupo Dominguis and the Danish firm Falck, with activity in 32 countries across five continents, have begun their
campaign in health service transportation in Spain, acquiring a 75% share of the company VL Transporte Sanitario (Grupo Vicente Lázaro), leader in this sector in Catalonia.
With this alliance both firms will achieve greater national coverage along with an improved position in the health service transport sector in Spain.

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Underwater nuclear safer decontamination with the Atomic Snail

Lainsa has developed the Atomic Snail, an equipment for underwater decontamination of nuclear reactor vessel flanges, which represents an important advance for the nuclear sector because it allows process automization and, consequently, a dose reduction in and greater safety.

This pneumatic propulsion system is operated remotely and moves at a constant speed with the hability to move both forwards and backwards.

While moving, it sweeps the surface of the flange and it vaccums the working area of the brushes, in order to then filter the vaccumed fluid and retain the loosened particles.

By carrying out the cleaning remotely from the refuelling platform, an important reduction in the operational doses associated with this activity is achieved.