Tamek Salihli Advanced Biological Treatment Plant
TAMEK Gıda Salihli's Advanced Biological Wastewater Treatment Plant project modernised and expanded the existing facility with next-generation treatment technology to improve capacity, efficiency and sustainability. All electromechanical and automation systems of the existing 5,000 m³/day plant were renewed, and electromechanical installations for a second 9,000 m³/day advanced biological treatment stage were completed.
- End Client
- TAMEK GIDA A.Ş.
- Direct Client
- TAMEK GIDA A.Ş.
- Location
- Manisa / Salihli
- Status
- Completed
- Project Period
- 2025
- Treatment Capacity
- 14 000 m³/day
- Contract Role
- Turnkey Electrical Works Contractor
Arenes’ Role
Project Technical Scope
Medium- and Low-Voltage Systems
Medium- and low-voltage distribution infrastructure was installed for the treatment plant. Distribution and MCC panels, power systems and supply lines were commissioned for reliable, continuous operation of process equipment.
Specialist Electrical Systems
Specialist electrical systems were installed for lift stations, blowers, pump groups, settling units, sludge treatment equipment and process areas. Integrated infrastructure supports efficient, sustainable treatment processes.
Low-Current Systems
Data communications, industrial networks, security, fire detection and operational low-current infrastructure were installed and integrated with the plant's central operating infrastructure.
Mechanical Systems
Pumps, blowers, pipework, valve groups, sludge dewatering equipment and other electromechanical process equipment were installed for advanced biological treatment. Modernisation of the existing plant was integrated with the new stage's mechanical infrastructure to increase total capacity.
Automation Systems
PLC, SCADA and process automation were installed for centralised monitoring and management of all plant processes. Real-time control and commissioned automation infrastructure improve energy efficiency and operational performance.
Testing and Commissioning
Electrical, mechanical and automation systems underwent functional tests, process equipment performance checks and integration verification. The plant was commissioned to design criteria and successfully handed over for operation.
Project Gallery
