Static mixer has good mixing performance and uniform radial temperature distribution. Therefore, its performance has dispersion and heat and mass transfer properties.
The static mixer can be applied in a wide range of viscosity (~ 106mPa · s), it can also be operated under different flow patterns such as laminar flow, excessive flow, or turbulence. It can also be used for batch or continuous operation.
Applications include (1) liquid-liquid sticking (2) gas-liquid mixing (3) gas-gas mixing (4) gas-solid energy bonding.
Because the static mixer has the above performance, it is widely used. There are four aspects in summary.
(1) Homogenization (2) Enhanced heat transfer (3) Mass transfer (4) Chemical reaction (polymerization).
In the chemical industry and related industries, static mixers have been used in the following areas:
(1) Plastic and synthetic fibers (2) Mixing and emulsifying in the food industry (3) Civil chemistry;
(4) Refining of petroleum-emulsified hydrocarbons for petrochemicals, premixing of raw materials, etc.
(5) Environmentally friendly sewage and waste gas treatment.