ASYNERA Group

Waste Management and Waste-to-Energy Systems

(LFG – Biomethanization – Incineration – RDF – Sludge Drying & Incineration – Green Fuel Production)

ASYNERA treats waste not as a burden to be disposed of, but as a strategic resource that can return to energy, fuel, the economy, and the soil. The 30+ years of industry experience of its founding partners, gained through active involvement in the construction and operation of solid waste management facilities across many provinces in Türkiye, has turned into a strong technical and operational knowledge base.

This expertise makes ASYNERA one of the region’s most capable infrastructure groups in waste management and waste-to-energy conversion.

The systems developed by ASYNERA are integrated structures that transform city waste into energy, heat, biofuel, fertilizer, and reclaimed water.

Drinking Water Treatment Plants
Transforming raw water into safe, healthy, and international standard-compliant drinking water. Includes filtration, membrane technologies, disinfection, and automation systems.

Domestic Wastewater Treatment Plants
Treatment of wastewater from residential areas using biological, chemical, and advanced treatment methods. Long-lasting, low-operating-cost, modular, and scalable treatment systems.

Industrial Wastewater Treatment Systems
Custom solutions for process water from textile, food, chemical, metal processing, energy, petrochemical, and other industries. Includes physical–chemical–biological treatment, membrane bioreactors (MBR), activated carbon, and advanced treatment technologies.

Recovery and Zero Liquid Discharge (ZLD) Systems
Recycling wastewater back into the process, significantly reducing industrial water consumption and minimizing water losses. ZLD systems aim for zero liquid discharge.

Leachate Treatment Plants
Advanced treatment of leachate from solid waste landfills. High-tech solutions for managing complex chemical and organic loads.

SCADA, Sensor-Based Monitoring, and AI-Powered Water Management
24/7 plant monitoring, automated control, fault prediction, energy optimization, and improved water efficiency.