Laboratory analysis and trials
Laboratory Analysis:
To determine the wastewater characteristics
We directly analyze effluent samples in our own laboratory. We are specialized in the relevant measurements for wastewater treatment, such as COD, nitrate, nitrite, ammonium, acid capacity, total N, total P, filterable substances, sludge parameters, dry matters, dry residues.
Laboratory Trials:
To determine and optimize the treatment concept
The laboratory trials allow to verify the determined performance of the treatment concept based on real wastewater conditions.
MBR Laboratory trial | Helps to determine the performance of the MBR Technology for specific effluents in a short time. Provides data for the plant dimensioning and the anticipated use of consumables for operation on industrial scale. |
UF Filtration trial | In an UF filtration trial, the flux output of the membranes, the retention of certain components and possibilities for membrane cleaning for liquids and sludges are determined. The results contribute to the dimensioning and operation of the UF plant. |
Membrane screening NF/UO |
The membrane screening helps to identify the adequate membranes for the separation of organic compounds or salts from liquids. The results assist to dimension the plant more costeffectively. |
Activated carbon adsorption | By producing adsorption isotherms, the load capacity for COD and AOX for specific effluents are determined and the expected activated carbon consumption is shown. |
Jar tests |
The Jar test for flocculation / precipitation trials of specific wastewater components helps to identify the adequate chemicals and the respective consumables quantities as well as the response times for an ideal separation of pollutants. |
Anaerobic degradation trials |
An anaerobic degradation trial allows to determine the substrate degradation and the gas formation capacity for liquids, solids and sludges and thus possible potentials for electrical energy production and heat supply. |