Detailed Design for the rehabilitation of the water supply and sewerage network for the Business Park in Drenas
The project's primary objective was to design an efficient water and sewerage network for the park and propose a suitable solution for wastewater treatment.
The Business Park in Drenas, established in 2010 with a total area of 24 hectares, has become home to over 50 businesses operating in diverse sectors such as pharmaceuticals, elevator manufacturing, metalworking, the wood industry, and even plastic recycling. The project’s primary objective was to design an efficient water and sewerage network for the park and propose a suitable solution for wastewater treatment.
To ensure efficient water distribution, a hydraulic analysis was conducted to assess the hydraulic performance and optimize the design of the water supply network.
The project involved various essential tasks to ensure the successful completion of the infrastructure development. These included conducting a topographical survey and performing DTM analysis to gather accurate data on the project area’s terrain. Using this information, detailed topographic mapping was carried out to provide a comprehensive understanding of the site’s features and layout.
To ensure efficient water distribution, a hydraulic analysis was conducted to assess the hydraulic performance and optimize the design of the water supply network. Similarly, the sewerage network was designed to facilitate proper wastewater management in the area. The project also incorporated environmental considerations to ensure compliance with environmental regulations and minimize any potential impact on the surroundings.
Additionally, a cost estimation was conducted to provide an accurate assessment of the financial requirements for the project. This involved evaluating the materials, labor, and equipment necessary for the implementation of the infrastructure development.
Throughout the project, modern techniques such as drone topographic surveying were employed to enhance data collection efficiency and accuracy. This approach allowed for a comprehensive understanding of the project site’s topography and aided in the precise design and planning of the infrastructure.
