Outlet Wastewater Treatment
We use bacteria to improve wastewater quality deterioration!
In Activated Sludge, MBR and hybrid systems, in order to improve the deterioration in the quality of treated wastewater caused by permanent or periodic changes in the operating conditions or the character of raw wastewater, it is applied by using bacterial cultures containing effective bacterial species in the removal of the relevant parameter.
COD AND BOD Control
With specially developed facultative, autotrophic, heterotrophic bacterial cultures, Activated Sludge Systems, MBR and Hybrid systems are compatible with all other processes, permanent or seasonal deteriorations in the quality of wastewater are improved, and COD removal and as well as improvements in removal efficiency are provided.
OIL AND GREASE Control
In activated sludge systems, MBR and Hybrid systems and all other systems, bacterial cultures containing different strains that accelerate the removal of oil and oily particles, and the removal of wastewater containing oil and oily particles and the blockages that may occur in the lines due to these are provided.

Total Kjeldahl Nitrogen Control
A culture containing the bacteria species Nitrosomonas europaea and Nitrobacter winogradsky is used. In the YDRO process, ammonia is first converted to nitrite and then to nitrogen gas, thus providing nitrogen removal. In this way, less oxygen consumption and less energy consumption are provided for nitrogen removal.
TKN output values decrease by 70-90% within 3-10 days.
Maximum benefit is obtained when the BOD value is 200 mg/l and below.
In high organic matter contents, organic matter removal culture supplementation is required.

Phenol-Hydrocarbon Removal
Provides Phenol removal up to 2,500 mg/l in wastewater with high organic matter content and thus reduces nitrification inhibition.
Chlorinated hydrocarbons, meta and ortho chlorinated phenols, propylene dichloride, styrene, formaldehyde and alcohols are degraded.
Detergent and Surfactant Removal
Anionic and nonionic surfactants, phenols, biosurfactants, alkylsulfonates, sodium xylene sulfonate and emulsifiers are broken down.
This formulation also breaks down tannin formed in leather production.
In aerobic and anaerobic environments, lignin and lignosulfonates found in wastewater are broken down.
