MaxiSpin® mist eliminators is an axial cyclone that retains, by centrifugal force, all liquid particles entrained by the gas flow.
Designed to maintain efficiency in transient processes, with variations in flow, temperature and pressure, this centrifugal drag separator captures 99% of the particles at around 10-20µm with low pressure loss throughout the process.
How's it works?
To promote the extraction of particles, MaxiSpinforces the rotation of the gas stream and the entrained drops cannot follow the movement of the gas and coalesce on the pipe walls.
It is also known that the greater the difference in density between the phases, the greater the centrifugal force and, consequently, there is an increase in the speed of the particle towards the pipe wall, forcing these to coalesce more easily and to be drained. After this drainage, it is possible to recover these particles and reduce losses.
The MaxiSpin ™ drag separator can be used in any process in the chemical industry, being commonly used in the sugar and alcohol industry to prevent the broth from being dragged in the steam from evaporators and cookers.
- Trailing liquids;
- Capture of particles of approximately 30 µm;
- Need to include a separator in compact locations;
- Need for low head loss.
- Cookers in the sugar and alcohol industry;
- Primary separators in the oil and gas industry.
MaxiMesh® mist eliminators consist of a mesh formed by extremely fine knitted (or co-knitted) threads that have a very high void percentage.
FiberBed® fiber bed mist eliminators are designed to remove mist particles, which are small liquid droplets present in a gas stream through beds of glass fibers, polyester, polypropylene or other polymers.
The HeliFlow® mist eliminators of the axial cyclone type, consist of a finned module, which has been calculated and adjusted for maximum efficiency. It is available in all conventional stainless steels and special alloys.
(Português BR) Os Eliminadores de Névoas MaxiChevron® são equipamentos fabricados através de um conjunto de lâminas verticais paralelas com um perfil ondulatório.