Prev
Next
MaxiMesh® Mist Eliminators
MaxiMesh® mist eliminators consist of a mesh formed by extremely fine knitted (or co-knitted) threads that have a very high void percentage.
Clark Solutions developed and improved a new model family, which replaced the old 1951 models on the market. These models were developed based on a vast knowledge about the behavior of fiber eliminators and designed for the needs of the chemical industry, such as:
MaxiMesh® in SX and PTFE, in double zone (metallic zone + co-marked zone) widely used in the Sulfuric Acid industry, to capture smaller particles, without affecting the capacity and increasing the life of the equipment in extremely corrosive media.
How's it works?
Prev
Next
Droplet Capture
The MaxiMesh® plus technology has the highest capacity when compared to high performance mist eliminators. MaxiMesh ®Plus consists of a MaxiMesh® oriented in series with a MaxiChevron® or HeliFlow®, in order to combine the greater capacity of these with the high efficiency of the former.
MaxiMesh® Plus
The MaxiMesh® plus technology has the highest capacity when compared to high performance mist eliminators. MaxiMesh ®Plus consists of a MaxiMesh® oriented in series with a MaxiChevron® or HeliFlow®, in order to combine the greater capacity of these with the high efficiency of the former.
Product Applications
MaxiMesh® is the Clark Solutions equipment that contains the largest number of models. This is due to the number of application possibilities in the industries, since it has a high performance proven in all its uses.
MaxiMesh® Mist Eliminators are recommended when
- Evaporators in the sugar and alcohol industry;
- CO2 column in the sugar and alcohol industry;
- Hydrogen towers in the chlorine and soda industry;
- Drying towers in the sulfuric acid industry;
- Amine tower and TEG tower in the oil and gas industry.
Several typical applications
- For preventing damage and losses in downstream equipment;
- Particulate uptake ≤ 5 μm;
- High performance operations;
- For applications that need to avoid dragging liquid.
Related products
Prev
Next