The submersible mixer is designed to operate fully immersed in tanks, lagoons, or basins, promoting continuous and efficient liquid movement and mixing. With a robust design and high-performance motorization, this equipment is ideal for processes that require constant agitation in wet or submerged environments.
Primarily used in wastewater treatment plants, biogas facilities, chemical and food industries, the submersible mixer ensures fluid homogenization, prevents solids accumulation, and improves contact between process components. This directly contributes to increased efficiency of biological and physicochemical treatments.
In addition to offering high resistance to corrosion and abrasion, submersible mixers feature versatile installation and low energy consumption. Their quiet operation, combined with ease of maintenance, makes this equipment a strategic choice for industries seeking performance, durability, and cost efficiency in their submerged mixing processes.
Ideal for biological wastewater treatment, the ASP Aerator ensures high oxygen transfer with low energy consumption. It can be installed either fixed or floating, adapting to different types of tanks.
Applications: treatment plants, lagoons, industrial facilities, and cooling systems.
Technical Highlights:
- Power range: 2.2 to 90 kW;
- High efficiency with slow-speed rotation;
- Fixed version (ASP-F) with steel rotor;
- Lightweight version (ASP-V) with fiberglass rotor;
- Floating version (ASP-G) for tanks without walkways.
AF accelerators mix and recirculate sludge in treatment stations and plants, preventing the separation of material and helping in the distribution of oxygen.
Applications: effluent treatment, digesters, and industrial tanks.
Technical highlights:
- Slow rotation: 32–34 rpm;
- Power: 1.5 to 5.5 kW;
- Integrated gearbox for continuous operation;
- Ideal for activated sludge tanks, chlorination, and biogas.
The MX-GIR 800/1200 mixers keep materials in suspension with low rotation, ideal for MBBR systems, saving energy and optimizing the process.
Applications: treatment stations, reservoirs, and lagoons.
Technical highlights:
- Speed between 70 and 140 rpm;
- Efficient impellers that consume little energy;
- Designed for better performance and efficiency.
MXN pumps are ideal for transferring large volumes of liquid between tanks at low pressure.
Applications: liquid transfer in treatment stations, reservoirs, and lagoons.
Technical highlights:
- Power: 2.2 to 90 kW;
- Rotation: 351 to 1460 rpm;
- Efficient impellers that save energy;
- Components designed for better performance and durability.
