ALMA BHU LHPS process
Precipitation and flocculation plant with high-performance sedimentation

ALMA BHU LHPS

Our ALMA BHU LHPS is specially designed for the treatment of large quantities of raw water from surface waters - with throughput capacities of 50 to 3,000 m³/h. The effective removal of turbidity, nutrients and hardness constituents is particularly important when using river water as process or cooling water.

The integrated lamella separator separates the sludge flocs formed during upstream precipitation and flocculation extremely efficiently. The honeycomb lamella structure creates a large settling surface in a small space - for a compact, high-performance system design.

As an option, a decarbonization stage can be integrated into the process line to specifically reduce hardness.
Technical data
Main applications
River water treatment
Hydraulic power
50 - 3,000 m³/h
Discharge values of suspended substances
< 3 mg/l
Removal from:
Suspended substances, carbonates, humic substances, nutrients

Your experts for river water treatment - directly accessible

Dominik Hoffmann

Head of Project Development

Maksim Neubauer

Project development

References River water treatment plants

Advantages

The perfect choice for treating river water
Flexible use due to variable choice of treatment agents for neutralization precipitation or decarbonization
Process engineering can be supplemented by post-treatment in the form of an activated carbon/gravel filter or ion exchanger
Removal of organic compounds by up to 75 %, decarbonization values below 0.2 meq/l and suspended substances in the effluent below 3 mg/l
Chemical-physical treatment of wastewater by precipitation, neutralization, flocculation and highly efficient sedimentation. The design is available in both steel and concrete

Process diagram: ALMA BHU LHPS

Downloads

Please contact our specialist for precipitation/flocculation systems: E-Mail

Reference photos

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Get in touch with us!

Dominik Hoffmann

Head of Project Development

Maksim Neubauer

Project development