Bluetech, founded in July 2022 as a Spin-Off from the University of Campania "Luigi Vanvitelli", is a forward-thinking company committed to shaping the future of renewable marine energy. Committed to the global energy transition, we provide expert support and design services for technical and scientific solutions in sustainable marine management and protection. Our expertise spans a wide range of maritime applications, including coastal, offshore, and port settings. At Bluetech, we are passionate about encouraging the responsible and sustainable use of ocean resources, contributing to a cleaner and more resilient future for marine ecosystems worldwide.
We provide comprehensive meteocean analysis through a combination of direct measurement and advanced data analysis. Using a network of buoys, sensors, and monitoring devices, we continuously record essential oceanographic and meteorological data, including wave heights, wind speeds, currents, and water temperature. This real-time and long-term data collection provides critical insights for offshore operations, project planning, risk assessments, and structural design. Our team processes and interprets this data to deliver detailed reports and predictions, supporting safe, efficient, and sustainable activities in marine environments.
We specialize in monitoring both traditional and innovative maritime structures, gathering vital data for development, maintenance, and optimization. Our services include assessments of fixed structures, such as pressure analysis, overtopping evaluations, and stability checks, as well as floating structures, where we monitor dynamics, anchoring stress, and structural behavior. By ensuring the safe operation and performance of both conventional and renewable energy structures, we support the long-term durability and success of projects in dynamic marine environments.
Bluetech offers expert numerical modelling services to solve complex challenges in Marine, Offshore, and Coastal Engineering. Using cutting-edge commercial software and proprietary codes derived from scientific research, we simulate environmental forces and structural interactions to inform project design and optimization. Our modelling services help predict real-world behavior, ensuring the resilience of marine structures and systems, especially those used in renewable energy applications like offshore wind and tidal energy projects.
We support the design and execution of physical modeling for marine renewable energy (MRE) technologies, offering both setup consultation and in-house testing. Our experienced team solutions with clients to develop experimental setups that replicate real-world conditions for marine systems and energy conversion technologies. Testing is carried out in our specialized facilities, including the adjustable-depth wave tank (Indoor Lab) and the offshore testing space (Field Lab), to provide reliable and accurate data for innovative marine projects.
At Bluetech, we offer full-cycle support for the design and development of innovative, sustainable solutions for marine and renewable energy projects. From initial concept and feasibility studies to detailed design and final implementation, we ensure each project is optimized for efficiency, durability, and minimal environmental impact. Our team leverages expertise in marine systems, energy conversion technologies, and coastal protection to deliver solutions that meet the complex challenges of modern marine industries.
Our advanced marine analysis services provide deep insights into environmental, operational, and structural factors essential for the success of marine projects. We conduct thorough environmental impact assessments, risk evaluations, and site suitability studies, offering critical data for informed decision-making. Our analysis supports the optimization of both renewable energy installations and traditional marine infrastructure, ensuring projects are safe, efficient, and sustainable over the long term.
Department of Engineering
University of Campania
Via Roma, 29 - 81030
Aversa (CE) - Italy
Mobile (+39) 3381990755