A static mixer takes the energy it needs from the stream passing through it, without requiring an additional power input. This makes static mixing extremely energy efficient In a pumped line, that energy loss appears as a static mixer pressure drop; in an open channel, the equivalent design concern is headloss. Static mixer pressure loss inevitably occurs as mixer elements interrupt and redirect the flow, increasing contact between the components being blended, dosed or conditioned.
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Recent Posts
How Static Mixers Support Chemical Dosing And Effluent Treatment In Mining Operations
Mining effluent treatment often depends on getting reactive chemicals into difficult water streams quickly enough for the next treatment stage to work properly. Acidic drainage, dissolved metals, suspended solids and variable flow conditions can...
How Static Mixers Are Used In Steam Heating And Direct Steam Injection Applications
In a direct steam injection system, the critical event happens at the point where steam enters the liquid. The steam has to disperse, condense and release heat inside the moving stream, without leaving local hot areas or unstable outlet temperature....
Static Mixers In Carbon Capture And Storage: A Role In The Energy Transition
Carbon capture and storage, or CCS systems, capture or absorb carbon dioxide from industrial or energy-related gas streams before the CO₂ is compressed, transported and stored. Inside the plant, solvent loops, wash-water lines, antifoam injection...
How Static Mixers Are Supporting The Growth of Green Hydrogen Production
‘Green hydrogen’ is a low carbon feedstock that is increasingly being used to replace fossil-derived ‘grey hydrogen’ in refining and chemical production, or a route into hydrogen-derived products such as ammonia, methanol and synthetic fuels. The...
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Posts By Topics
- Industrial static mixer (29)
- Water Treatment Static Mixers (23)
- Static Mixer (18)
- Static Mixers (8)
- Pipe Static Mixers (6)
- Channel And Duct Static Mixers (4)
- Static Inline Mixers (4)
- Pipe Mixers (3)
- Chemical Dosing Lances (2)
- Compact Static Mixers (2)
- Oil And Gas (2)
- Gas Dispersion Systems (1)
- Principles of operation (1)
- Sanitary Mixers (1)
- Static Mixer UK (1)
