1. Submersible mixers are often used in sewage treatment plants to keep solids in suspension in the various process tanks and/or sludge holding tanks.

2. Also can be used to create a flow for circulation, nitrification, denitrification, phosphorus removing and applications in
industrial processes like producing paints, pharmaceuticals, pulps and slurries.

3. Anoxic/anaerobic tanks and oxidation basins (activated sludge) at sewage treatment plants

4. IFAS, MBBR, and other fixed film biocarrier processes.

5. Mixing of sewage wet wells.

6. Reception tanks and post-digestion tanks at biogas facilities 7. Liquid Mar ure storage tanks at dairy, hog, and poultry farr s

8. Waste processing at slaughterhouses, poultry abattoirs, fish processing plants, etc.
8. Mixers inside large tanks can create and maintain suspensions of materials like paper pulp. The fully mixed material can be routed to the next stage of processing to make room for a fresh load. This allows for the processing of extremely high volumes of material in large tanks used at pharmaceutical, chemical, and other companies.

1. For processing of wastewater, a submersible mixer can help maintain a consistent suspension of solids within a liquid slurry. This makes it easier to ‘ fully aerate the mixture and move it through the stages of processing, from raw sewage to fully treated materials. Similar equipment can be useful for manure storage, processing waste from slaughterhouses, and in similar
environments.

2. By creating water flow through the rotation of impeller, improve water quality, increase oxygen content and prevent the deposition of suspended solids. Hence It can also be applied for the mainteneace of lanscape water environment.