Closed Water Systems
In closed water and glycol systems the interiors of heat exchangers and pipes are rarely seen. Problems such as corrosion, scaling and fouling can cause high energy consumption and poor heat transfer.
All closed water circuits, including heating systems, can be negatively affected by the presence of suspended solids. These solids will:
- Provide a source of nutrients for microbes
- Increase erosion within essential components
- Increase the risk of microbiological influenced corrosion (MIC)
- “Mop up” expensive corrosion inhibitors
- Decrease efficiencies on heat exchange surfaces
Cobra Cyclone Separators
Driven by the inlet pressure, the water or liquid with particles enters the top chamber at a tangent causing a rotation, and accelerates through the tangential slots/holes in the top section of the separator, down into the centre section of the separator, causing rapid rotation within the centre sector.
The rotation of the liquid forms a vortex in the centre of the separator. The centrifugal action forces the separation of heavy particles from the water. The separated particles accumulate in the bottom collection chamber where they are periodically purged. The cleaned water flows through the central vortex from the top of the cyclone.