All over the world, pressure vessels are being pressed into service beyond their design lifetimes. Advances in machine learning can lead to the deployment of increasingly reliable non-destructive ...

Composite pressure vessels have emerged as a pivotal technology in the efficient and safe storage of hydrogen, a key enabler for the transition toward sustainable energy systems. These vessels, ...

During a fire event, equipment integrity cannot be ensured due to the unpredictable nature of fires. However, fire can be ...

Seawater reverse osmosis (SWRO) desalination depends on membrane systems that serially cleanse water piped onshore from the ocean (see “Composites slake the world's thirst” and “Designing pressure ...

Fibre-reinforced pressure vessels are increasingly becoming the cornerstone of the hydrogen economy, playing a key role in the transport, storage and use of hydrogen for both mobile and stationary ...

The application of Multi-Disciplinary Optimisation (MDO) techniques to a composite hydrogen pressure vessel has resulted in identifying an optimum design five times faster than a traditional, ...

AZL CAD design and CAE analysis examples for Type 4 hydrogen pressure vessels, including an example of a winding scheme and relative weight results for different pressure vessel designs. Source (All ...

Pressurized systems at Michigan Technological University include everything from small, unheated, low-pressure laboratory setups to large, extremely high-pressure heated metal vessels weighing several ...

The American Bureau of Shipping (ABS) approved the preliminary design of a first-of-its-kind hydrogen-hybrid research vessel that will join the fleet at UC San Diego’s Scripps Institution of ...

According to EDF, once both units are fully operational, they will generate sufficient carbon-free electricity to supply six ...