INTEGRATED WASTE MANAGEMENT

Solutions that take municipal waste from sorting to energy recovery.

A process approach that integrates sorting, biological conversion, fermentation and energy generation around site conditions.

INTEGRATED WASTE MANAGEMENT

We treat the waste stream as a complete system rather than a collection of machines.

Municipal solid waste composition, daily capacity, recoverable fractions, organic load and site logistics are assessed together. The goal is a practical plant concept that raises material recovery, turns the organic fraction into energy and reduces the volume sent to disposal.

5Featured field examples
360°Integrated process approach
24/7Continuous operation target
A flexible pre-treatment line that separates recoverable fractions.

SORTING AND PREPARATION

A flexible pre-treatment line that separates recoverable fractions.

Trommel screens, ballistic separators, optical sorters, magnetic separation and conveying equipment are configured around waste composition and target product purity. The organic fraction is prepared for biological processing while recyclable materials are directed into separate streams.

  • Mechanical separation and sizing
  • Optical, magnetic and ballistic sorting
  • Organic-fraction preparation
  • RDF/SRF and recyclable material streams
Biogas, energy and stabilised output from the organic fraction.

BIOLOGICAL CONVERSION

Biogas, energy and stabilised output from the organic fraction.

Depending on feed characteristics, the organic fraction can enter dry fermentation, digestion or other biological conversion stages. Biogas is used for energy generation, while process residues can move on to drying and advanced recovery.

  • Dry fermentation and digester solutions
  • Electricity and heat generation from biogas
  • Use of waste heat in the drying process
  • Air cleaning and emission control

REFERENCE PROJECTS

Selected application examples from different regions of Türkiye.

This section illustrates the range of integrated municipal waste and fermentation facilities across different scales and site conditions.

01

Afyonkarahisar Fermentation Plant

02

Bursa İnegöl Fermentation Plant

03

Düzce Fermentation Plant

04

Samsun Fermentation Plant

05

İzmir Fermentation Plant

06

Ankara Yenikent Energy Generation Plant

07

Eskişehir Integrated Solid Waste and Bioremediation Plant

08

Yozgat Energy Generation Plant

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Let us build the technical framework for your municipal waste project.

Share waste characterisation, capacity, site conditions and energy goals.

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