Feasibility Study and Preliminary Design of Waste Water Treatment Plant in Ostruznica - Bogard, Serbia.


Client: Agency for Construction and Land Development of Belgrade, Serbia
Associated Firm(s): KOCKS, Germany Ehting, Seriba and Montenegro
Staff Number: 5

Narrative Description of Project:
Environment Impact Assessment Study is part of Feasibility Study and Preliminary Design WWTP Ostruznica, prepared for Ostruznica Wastewater Treatment Project. The purpose of Environment Impact Assessment Study is obtaining of authorization for project evaluation in accordance with Serbian Laws. Furthermore, if Belgrade Institutions decide to proceed with idea of building WWTP Ostruznica, the Study must be harmonized with EU recommendations and main IFIs donors.

Scope of activities and project objectives are:
• Investigation and data collecting
• Scope of legal regulations and environmental framework important for EIA Study
• WWTP Ostruznica site description and status
• Analyzing of Sava River characteristics
• Description of the plant and project objectives regarding the environment (inflow and outflow water)
• Environmental impact analysis (prediction of impacts that future WWTP will have of the environment during construction and operation phase)
• Mitigation measures (measures that must be conducted due to impacts elimination and control)
• Conclusions and recommendations of the next stage of the project

Description of Actual Services Provided by ITSC:
Environment Impact Assessment Study for the wastewater treatment plant Ostruznica covers the following services:
• Site reconnaissance
• Investigation and evaluation of relevant data
- Data on WWTP Ostruznica location and status (description, topography, climate, geological structure, biological diversity, protected areas, land property, settlements, agriculture, roads, historical monuments)
- Data on Sava River characteristics (level regime, river bed, islands, water level, water temperature, river ice, river deposits, river quality)
- Data on inflow and outflow water quality
• Evaluation of different process alternatives regarding the local conditions in a strongly flooding endangered area (arrangement of plant structures)
• Determination of mitigation measures costs

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