Expertise
MIXING SOLUTIONS IN THE FINE CHEMICALS MARKET
What is industrial mixing ?
These processes involve the suspension of solid particles, the mixing of miscible liquids, the dispersion of a gas throughout the liquid, and the dispersion of a second liquid to create an emulsion.
- Facilitate mass transfer and reactions across viscosities.
- Mixing within the same tank can be highly adaptable, requiring mixer designs that can accommodate different processes.
- Consideration of the pressure and temperature conditions within the tank is essential.
- Dealing with hazardous environments: ATEX compliance.
Chemical Market Industrial Mixers
Under the LUMPP® brand, the HASLER Group offers a comprehensive range of equipment designed to improve performance and ensure effective homogenisation to promote reactions.
High performance propellers
- Axial flow propeller
- Combination of a propeller + impeller with inclined blades or Rushton turbine.
- Anchor or ribbon for viscous liquid
Industrial mixers for chemical applications
Optional implements for chemical market
Options to facilitate the flushing
- Impeller welded onto the shaft or hub with a specialized design to prevent retention areas.
- Sealing system comprises a single flushed mechanical seal (either simple or twin).
- Tank design without the need for coupling inside.
For higher viscosity :
- Twin-flow or double-movement impeller
- Ribbon impeller
Materials :
- Stainless Steel and Nickel Alloys
- Zirconium
- Titanium alloys
- Tantalum
- Corrosion and wear protection coatings
- Pickled, passivated and/or polished materials
Mechanical seal dismounting device
To facilitate maintenance, we have developed a system for dismantling the mechanical seal without removing the spacer.
Aseptic hub design
Our removable hub design for aseptic media minimizes areas where material can be trapped.
PROJECT Example : SOLVAY
30m3 tank, 220 C and 10 bar, installation in ATEX zone. Agitator 30kW at 63 rpm with lubricated mechanical seal.
Modeling for customized sizing tailored to your requirements.
Prepare modelling
- Provide precise geometric specifications.
- Apply the appropriate numerical method or algorithm.
For higher viscosity :
- Ensure a high level of precision
- Optimize calculation time
Checking the result
- Velocity magnitude
- Streamlines
- Pressure distribution
- Any other physical parameters relevant for understanding fluid dynamics
Analyzing the results to determine the optimal mixing solution.