Leopoldov
Industrial and sewage / Biofuels
Mechanical equipment for WWTPs
Mechanical equipment for WWTPs
Besides complex execution of WWTP we also provide supplies of individual machinery and equipment for wastewater treatment plants and water treatment plants.
What equipment do we supply?
- Mechanical/technological equipment for rectangular sedimentation tanks
- Mechanical/technological equipment for circular sedimentation tanks&
Latest news
31.1.2020
Fenton reaction and heavy metal removal in pilot testing
We have been testing wastewater containing resistant organic substances and high heavy metals concentrations for several weeks. As these organic compounds are hardly biodegradable, we decided to use advanced oxidation processes (AOP). Based on laboratory tests we chose just Fenton reaction to be used. The drop in initial COD concentrations (parameter for organic substances) in the inflow to the pilot model is approximately 50%. In the second step, heavy metals are removed from the water with an efficiency of about 90%.
15.1.2020
A very simple way to clean 100 cubic meters of wastewater a day
In cooperation with our Czech part of the Hydrotech group, we have started to prepare documentation for two smaller food factories with a daily flow rate of about 100 m3/d. Although, the volume of water is relatively small, water pollution is really high. The designed technology is relatively simple with high treatment efficiencies - COD values can be expected to decrease in the range of 40 to 60%, while TSS and fat parameters can achieve efficiency in decrease of up to 90%. Since the pre-treated water continues to the sewer and to the local sewage treatment plant, such efficiencies should be sufficient.
27.12.2019
Malting plant wastewater – completion of WWTP pilot plant model monitoring
Every brewery needs malt from a malt house at the beginning of its production process. For such a food industry, we finished wastewater treatment pilot plant this month. We are extremely satisfied with the results as we managed to lower the organic pollution to 50 mg of COD/l and 5 mg of BOD/l. It is really interesting for the customer to use significant part of the treated water back in the production process, thus approaching the so-called zero liquid discharge factory concept. That is why it will be necessary to treat the effluent using advanced oxidation processes or by reverse osmosis in the tertiary stage.
