The rapid proliferation of dreissena rostriformis bugensis—the quagga mussel—has major implications for power plant reliability. The U.S. Bureau of Reclamation installed a groundbreaking solution at ...

Figure 3. Ships Sea Water Cooling System Components. Source: The Author About the Author: During his original career as a Ship Master and Fleet Manager, Dave Smith observed first-hand the damage ...

When a ship sails through the sea, barnacles, mussels, algae, and other organisms stick to the hull of the vessel. This process is called biofouling – and it’s a big problem for the shipping industry.

This Collection invites submissions on the latest research in marine biofouling impacts and mitigation, including multidisciplinary and integrative studies. We will consider original contributions ...

The typical multi-plant utility spends millions of dollars a year on bleach, bromide, and other biocides to keep heat-exchange surfaces clean and to control biofouling in cooling systems. Proper use ...

At the end of the process, the system produces two outputs: calcium-depleted water, suitable for blockage-free cooling cycles ...

A research team led by Prof. Wan Yinhua from the Institute of Process Engineering (IPE) of the Chinese Academy of Sciences ...

If ships' hulls are covered in barnacles and other marine organisms, then those ships have to work harder, burn more fuel, and create more CO2 emissions in order to move through the water. While there ...

During the process of surface colonisation, some species of diatoms are known to change from a fusiform shape, with tapered ends, to an oval shape. The study focused on examining the underlying ...