Wastewater technology

 

TIA generally provides all process steps employed in wastewater technology today. Selected steps will be combined to offer the ideal overall solution for any kind of wastewater problem.

 

For the single process steps we revert to sound and established products in the market on the one hand. On the other hand, we apply and assemble our own developments which are just as proven and tested:

 

• The patented ARS process: developed in cooperation with the Technical University of Hamburg. This process has been an outstanding stability and efficiency factor in our biological wastewater treatment plants for years.

• The sludge recirculation by air-lift pumps is an established, robust and maintenance-free technology that we have ourselves rendered predictable and standardised. It ensures the operation of the secondary clarification and completely rules out mechanical malfunction.

• Our flotation technique is inspired by and based on experiences by the industry, where the two-phase pump technology has been employed successfully for a long time. This technology optimises economic efficiency as well as operational reliability.

• The TIA control technology has been developed to ensure operational reliability and largely eliminate maintenance and operating errors.
• The use of microorganisms on fixed-beds or on biofilm carriers has been developed in cooperation with universities and research facilities.

 

The TIA process steps and procedures for the optimal way of wastewater treatment:

Screen

Grit Separator

Grease Separator

Precipitation

Flocculation

Flotation

Mixing and Balancing Reactors

Activated Sludge Process

Submerged Biofilm reactors

Textile Movable Biofilm rectors

ARS-Reactors

Lamellae-Separators

Two-Step-Sedimentation Process

UV Disinfection

Chlorination

Membrane filtration

Reverse Osmosis

Sludge Dewatering

Sludge Drying Beds