Biofouling is the buildup of organic materials, typically small plants, microorganisms, or algae on submerged mechanical equipment. Biofilm, more specifically, is a thin slimy layer of bacteria that adheres to any surface but can appear in the same situations prone to biofouling. In industrial settings, it is important to control biofouling, as it can […]
Biofouling refers to the unwanted build-up of biological materials, such as bacteria, algae, or other microorganisms on surfaces submerged in water. It occurs commonly in industrial settings, where water is pumped through a system, typically as a cooling mechanism. For cost reasons, the water used is often “open circulating,” meaning that it comes from an […]
If you’ve ever swam in a natural body of water, you may be familiar with the slimy greenish-brown scum that accumulates on most submerged objects. Water is full of bacteria, viruses, algae, and other microorganisms. Just like pond scum, the inside of industrial systems containing water is susceptible to organic growth. This undesirable growth, […]
Industrial systems utilize the cooling mechanism of water evaporation to remove heat from high-powered mechanical processes. Often, the water used is from a natural source, and not filtered before it is circulated through the cooling tower. Due to this, the water often contains many extra minerals and organic materials. Cooling tower chemical dosing is used […]
Water is used often as a cheap, plentiful, and effective coolant in industrial settings. However, pumping large quantities through commercial equipment can often lead to the build-up of bacteria, fungi, and other organisms, particularly if the water comes from a natural source. To keep the system working efficiently and protect the health of the system […]