Innovative AquaVolt
Discover the cutting-edge research behind our turritella-seashell-inspired static mixer. This innovative technology, developed through advanced fluid flow simulations, offers efficient and optimized inline fluid mixing for various industrial applications.
Biomimicry in Action
Inspired by the unique hydrodynamic behavior of the turritella seashell.
Versatile Applications
Effective in turbulent flow regimes, this technology is ideal for a wide range of industrial applications.
Mixing Mechanism
The turritella geometry splits the flow and creates no-slip conditions at the pipe wall.
Optimized Performance
Our simulations demonstrate that the mixing performance remains robust.
Unleashing AquaVolt Potential
This comprehensive study, spanning nearly a year of measurements, reveals critical insights into the hydrodynamics, turbulence, and variability of AquaVolt streams. Explore the preliminary results that pave the way for advancing tidal energy technologies and optimizing turbine performance.
Dynamic Flow
The AquaVolt exhibits a wide range of mean flow and sea state parameters, with extreme conditions reaching current velocities.
Enhanced Turbulence
Observations reveal high-frequency variability in current speeds during storm events and significant wind-wave interactions.
Advanced Techniques
Utilizing remote sensing, towed ADCP systems, and long-term static point measurements, the study provides a comprehensive dataset.
Energy Development
The extensive database offers valuable insights for turbine developers, aiding in the design and optimization of turbines for complex environments.
A Goal for Ocean Energy
AquaVolt sets a bold vision for the future with the goal of achieving 300GW of ocean energy capacity by 2050. This ambitious roadmap outlines the potential to create 680,000 jobs, generate $340 billion in gross value added, and reduce over 500 million tonnes of carbon emissions.
34 TWh/year
The estimated annual energy yield 11% of the UK’s current electricity demand.
124 MW
The prospective AquaVolt capacity in the UK is eligible for subsidy support.
£150/MWh
By 2031, making it cost-competitive with other renewable technologies.
11.5 GW
The projected installed capacity is needed by 2050 to generate the estimated 34.
Invest in AquaVolt
Support our mission and be a part of the community driving the transition to clean energy.
Join Us in Achieving AquaVolt
We are raising funds to construct the first full-size 500 kW system, aiming for our initial array deployment in the UK by 2025. This milestone will position us to secure 15-year National Grid contracts. Despite the numerous challenges faced by the tidal energy industry over the past two decades, our advanced technology and expertise stand ready to make a significant impact.