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Teledyne’s role in advancing ocean science

Working in the ocean environment can be challenging and dangerous. It requires skilled professionals using cutting-edge technology to measure and map the physical features of the underwater environment, whether for navigational safety, coastal zone management, mapping of physical structures or seabed topography. Often, data is collected in remote locations or locations with unpredictable and harsh weather conditions. Working in the ocean environment can be challenging and dangerous. It requires skilled professionals using cutting-edge technology to measure and map the physical features of the underwater environment, whether for...

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Bringing operational efficiency to the offshore wind industry

With hundreds of new offshore wind projects in development around the world and annual growth of almost 30%, offshore wind is a rapidly maturing renewable energy technology that offers great potential. Bolstered by national policies and decreasing technological costs, the global offshore wind market is set to expand strongly in the coming decades, whether in Europe, Asia or the US, and is forecast to “increase 15-fold to 2040, becoming a $1 trillion industry over the next two decades. With hundreds of new offshore wind projects in development around the world and annual growth of almost 30%, offshore wind is a rapidly maturing renewable energy technology that offers great...

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The search for the Montevideo Maru

Fugro has utilized its cutting-edge hydrographic technology in Australia to locate the final resting place of the Montevideo Maru, which sank in 1942 with more than 1,200 people on board....

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