Domestic Wastewater Treatment
Domestic wastewater originates from residential areas, schools, hospitals, and hotels, among other service sectors. These waters are treated through biological processes with the help of microorganisms to ensure they do not harm the environment.
At Foreco Engineering, we design aerobic (with oxygen) and anaerobic (without oxygen) biological systems, offering customized solutions by applying suspended growth and biofilm-based processes. Within this scope, we implement Activated Sludge Systems, Biofilm Processes, Stabilization Ponds, and Advanced Biological Treatment methods.
Domestic wastewater originates from residential areas, schools, hospitals, and hotels, among other service sectors. These waters are treated through biological processes with the help of microorganisms to ensure they do not harm the environment.
At Foreco Engineering, we design aerobic (with oxygen) and anaerobic (without oxygen) biological systems, offering customized solutions by applying suspended growth and biofilm-based processes. Within this scope, we implement Activated Sludge Systems, Biofilm Processes, Stabilization Ponds, and Advanced Biological Treatment methods.
Industrial Wastewater Treatment
Industrial wastewater varies in composition depending on the type of activity and raw materials used. Some are easily biodegradable, while others may contain high levels of inorganic or toxic substances.
For this reason, selecting the most suitable treatment technology for each facility is of critical importance. Foreco Engineering provides reliable and sustainable solutions for industrial wastewater by integrating Chemical, Biological, MBR, and Advanced Oxidation Processes.
Industrial wastewater varies in composition depending on the type of activity and raw materials used. Some are easily biodegradable, while others may contain high levels of inorganic or toxic substances.
For this reason, selecting the most suitable treatment technology for each facility is of critical importance. Foreco Engineering provides reliable and sustainable solutions for industrial wastewater by integrating Chemical, Biological, MBR, and Advanced Oxidation Processes.