ISQ present in the first floating wind farm Portuguese
"ISQ participates in the Windfloat project, the first offshore floating wind farm in Portugal that is being installed in Viana do Castelo. The services provided by ISQ consist of non-destructive testing, dimensional control, tightness and equipment testing. Based on this new technology, which allows wind exploration in a maritime environment to great depths replacing traditional fixed tower on the seabed, clean energy is obtained", advances the President of ISQ, Pedro Matias, highlighting the group's know-how in these areas. The Windfloat project is part of the Industrial Strategy for Ocean Renewable Energies, whose main objective is the creation of an industrial cluster exporting these clean energy technologies with the potential to generate €254 million in investment, €280 million in gross added value, €119 million in the trade balance and €1,500 new jobs. This new stage of the Windfloat wind project, the first park with several turbines, represents an investment of about 125 million euros, according to the municipality of Viana do Castelo. The Windfloat Atlantic project, to use wind energy, is coordinated by EDP through EDP Renováveis and integrates the technological partner Principle Power, Repsol, venture capital Portugal Ventures and metallurgical A. Silva Matos. This technology allows the exploration of wind potential at sea, at depths of more than 40 meters, based on the development of a triangular and semi-submersible floating platform, originated in the oil and gas extraction industry, where a wind turbine with several megawatts (MW) of production capacity is based. This project is optimized for the use of turbines up to 8 MW, and the possibility of installation is planned in the near future for future higher power turbines. About WindFloat WindFloat is a floating base built of steel for offshore wind turbines with a simple and economical design. The innovative features of the wave damping system and turbine-induced motion allow wind turbines to be installed in previously inaccessible areas where the depth of seawater exceeds 40 meters and wind resources are potentially higher. In addition, the economic efficiency is maximized by reducing the need for heavy lifting operations on the high seas during the implementation and commissioning of the final assembly, given the possibility of moving the entire structure to the shipyard in case of need. 
