References

The Project comprises the development, design with detailed engineering, procurement, manufacture, construction, commissioning as well as operation and maintenance of the Biogas Plant Baruth with an Electrical capacity of around 499 KW.

The Project comprises the development, design with detailed engineering, procurement, manufacture, construction, commissioning as well as operation and maintenance of the Biogas Plant Wiederstedt with an Electrical capacity of around 499 KW.

Providing sustainable wastewater management through the development of a 92,000 m³/d sewage treatment plant; Ensuring reliable and environmentally sound treatment by applying conventional activated sludge processes with tertiary treatment; Promoting resource recovery through anaerobic digestion, biogas-to-energy generation, and solar sludge drying; Supporting irrigation and water reuse by supplying high-quality treated effluent; Enhancing operational efficiency through integrated design, construction, commissioning, and long-term operation and maintenance; Contributing to the protection of natural resources, public health, and the environment.

The water supply of the capital of Azerbaijan has become unreliable in the recent years and population of Baku suffers from water shortages, particularly during the dry summer months. For the improvement of the water supply situation in Baku the exploration of the groundwater resources at the southern slopes of the Southern Caucasus and transmission via a pipeline to Baku has been investigated. It is foreseen that the source development of the project would yield 5 m3/s of water. An elevation at the well field development area of 410 – 480 meters would enable gravity supply to Baku. The transmission system main installation is envisaged as a 2,000 mm diameter GRP pipeline with a length of about 280

Improving the population’s access to basic sanitation, with special regard to poor income groups; Improved urban drainage and flood protection; Adequate wastewater treatment, giving priority to appropriate and financially viable techniques and making the best possible use of treated wastewater and sewage sludge for agriculture and industry; Increasing the efficiency of potable water supply by rehabilitation and enhanced operation of water supply networks; Protecting natural resources, environment and health.

Laying of 103 km wastewater collection systems (sewer lines, interceptors, laterals), 2,500 manholes and 4,000 inspection chambers; House connections including service lines and inspection chambers in front of each house; Construction of complete sewage treatment plants (non-aerated stabilization pond system) for 32,800 PE including all connecting structures and storm water outlet in both towns; Sludge storage areas; Administration and laboratory buildings; procurement of operation equipment.