What method can help reduce static accumulation when loading?

To reduce static accumulation when loading, employing multiple methods is essential. Increasing flow rates can help minimize turbulence, which is often a cause of static electricity generation. When fluids are pumped rapidly, they tend to flow more smoothly, reducing the frictional effects that contribute to static charge buildup. Similarly, pumping at high pressure can also facilitate a smooth and continuous flow of cargo, which helps to mitigate the risk of static buildup by ensuring that the fluid moves past surfaces in a way that generates less static.

Using tank cushioning plays a role as well. Tank cushioning involves adding air or another inert gas to the space above the cargo in the tank, which can help to reduce the risk of vapor explosions and lessen static buildup. When these methods are combined, they provide a comprehensive approach to managing static electricity during loading operations.

Choosing all of these options acknowledges that a multi-faceted approach is the most effective way to reduce static accumulation, as each method addresses different aspects of the loading process that can contribute to static electricity.