Wastewater Pumping Stations Project Strengthening Bayburt University Campus Infrastructure

We completely renovated the wastewater pumping systems, a crucial component of Bayburt University's campus infrastructure, using modern engineering solutions. As part of the project, two existing pumping stations, which frequently malfunctioned, caused flooding, and negatively impacted campus life, were replaced with high-capacity, reliable systems, ensuring the smooth delivery of wastewater to the main collector.

Challenge: Non-functional Infrastructure and Challenging Ground Conditions

The malfunctioning of the existing pumping stations caused wastewater overflows on campus, posing a risk to both hygiene and environmental health. Furthermore, the soft and slippery soil in the project area posed significant geotechnical challenges, such as the risk of collapse during construction work requiring high excavation depths.

Our Solution: Reliable Pump Technology and Expert Construction Management

We developed engineering solutions tailored to the capacity requirements for the stations in two different locations.

Capacity and Reliability: Two separate stations were constructed: one with a capacity of 36 m³/hour and the other with a capacity of 108 m³/hour. Using submersible wastewater pumps (two main and one backup) at each station, uninterrupted and reliable operation was guaranteed despite a 20-meter head.

Expertise in Challenging Conditions: Challenges such as soft soil and deep excavations were successfully overcome through geotechnical measures and the implementation of sound construction techniques by our expert field team.

Results and Customer Benefits

With the completion of the project, wastewater-related flooding and inundation problems on the Bayburt University campus were completely eliminated. Wastewater was collected and transferred to the main sewer system seamlessly through a modern and reliable infrastructure. This project demonstrates our ability to successfully manage and complete infrastructure projects even in challenging field conditions.