Bioremediation is the process of converting bacteria that cause air, thorax and water contamination into harmless components with the help of microorganisms and organisms such as plants. The main purpose of this method is to provide optimal conditions for
Bioremediation (bioremediation) bioremediation is the process of transforming air, thorax and water into harmless components with the help of organisms such as microorganisms and plants. The main purpose of this method is to provide optimal conditions for microbial growth and activity. With BIOBALANCE RAMIDATE products, water and soil are removed from waste and made suitable for life formation.
As is known, waste water treatment is very important in domestic and industrial plants. Wastewater treatment can be done mechanically or biologically, including known methods. In addition to the known methods, the required waste water treatment efficiency cannot be met properly. Our side, on the other hand, has reached very important points in the theory by conducting scientific and academic studies (R & D) in order to take the waste water treatment efficiency well above the known methods.
The most important problem in domestic or industrial waste water treatment is that vegetable or mineral oils are sent to the system without full removal. The first goal of our side is to minimize vegetable or mineral oils by mechanical(organic filtration ) and biological methods ... :
Mechanical and biological filtration of vegetable oils from domestic wastewater. It is to convert the end product that has emerged by filtering from the systems into organic fertilizer. Mineral oils from industrial wastewater are filtered from mechanical and biological filtration systems to convert the resulting end product into a very high calorie bio mass.…
BIOLOGICAL WASTEWATER TREATMENT PLANTS
Usually 2 species;
Domestic biological wastewater treatment plants
Industrial biological wastewater treatment plants.
Domestic biological wastewater treatment plants:
The main goal of domestic wastewater treatment is to eliminate pathogens while reducing nutrients in wastewater with nitrogen and phosphorus. Biological processes together with physical processes, condensation and precipitation processes are used. Large - scale facilities process large amounts of waste water with private sector investments in addition to state capital. 1.5% of electricity consumption in industrially developed countries is used in wastewater treatment plants. Domestic biological wastewater treatment plants are processes designed for biological treatment of pH neutral or near neutral wastewater with generally low pollution load ( BOD, COD, MLSS). Process designs are made according to the average daily water consumption per person. (for example, 400-600 lt/day water consumption in 5 star hotels and Resorts is calculated as 100-200 lt /day in small scale municipalities.) This type of treatment is usually 3 types. Pack Bee
Discrete system Bee
Long-ventilated activated sludge system.
Industrial biological wastewater treatment plants:
Due to the variety of industrial processes, the profiles of the contaminants that need to be treated and the application technologies accordingly are very diverse. Although biological processes constitute the core application, high cost applications and chemical use may also be required due to the limits of natural bacterial cultures. Industrial biological wastewater treatment plants generally have high pollution load and may contain different pollution values according to industry branch other than BOD, COD, MLSS. pH Si also varies according to the industry branch. (e.g.; While the pH of the water coming to treatment in a milk-functioning facility is acidic around 4, we can see an alkaline pH in a skin-functioning facility around 11.) This type of treatment industry and industry branch according to the design can be very different. They are specially designed according to the characterization of wastewater from treatment.
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