Antalya Metropolitan Municipality is implementing an environmentally friendly and technological project in order to dispose of the sludge obtained from wastewater treatment plants. It is expected that the “Palm Sewage Sludge Incineration and Energy Recovery Facility” project, which will generate energy from treatment sludge, has an investment budget of approximately 35 million Euros.
The Metropolitan Municipality has accelerated its efforts and investments for the protection of water resources, with water becoming a strategic resource, which is increasingly important in the world.
ASAT General Directorate is preparing to implement an extremely important project as an indicator of the importance it attaches to the environment and nature. ASAT is starting work in 2022 for the “Date Treatment Sludge Incineration and Energy Recovery Facility”, which will be one of the largest fluidized bed facilities in Turkey in its field. The facility will have many environmental features and advanced techniques.
PERMISSION PROCESS COMPLETED
The official permit, feasibility report approval, EIA and financial support processes for the facility have been completed.
the facility; Sludge Receiving Unit, Underground Sludge Bunker, Pre-Drying Unit, Pre-Heating Burner System, Fluidizing Air Supply, Biogas Feeding, Natural Gas Feeding, Sand Feeding System, Fluidized Bed Furnace Unit, Fluidization Air Heat Recovery, Heat Recovery with Heat Exchangers, Waste It will have Heat Boiler, Ash Storage, Flue System, Flue Gas Treatment, Flue Gas Continuous Emission Measurement, Odor Removal, SCADA and Control, Electric Power Generation (Turbine), Instrumentation, Electricity Network Security Systems.
CAPACITY 500 THOUSAND TONES DAILY
“In the Palm Sewage Sludge Incineration and Energy Recovery Facility, 500 tons of domestic sewage sludge will be pre-drying per day. In an environment with sand, sludge will be injected into the combustion chamber into which air, natural gas and biogas are blown, and incineration will be achieved. In the process; With the air blowing system, the sand particles will be kept in a fluid state, natural gas and biogas will be injected in order to control the temperature during the first combustion or normal combustion process, and the hot sands will be burned at optimum 850 degrees with the sludge feeding system of the treatment sludge.
CARBON FOOTPRINT WILL REDUCE
With the project, there will also be a reduction in carbon footprint. Again with the project, phosphorus recovery will be made in the next stage from the ash formed after combustion, and the goal of a fully environmentally friendly process will be achieved. With this project, ASAT aims to both establish a more environmentally friendly facility and reduce the costs of sludge disposal and transportation, which impose a heavy budgetary burden. The project will generate electrical energy, which will also reduce energy costs. With the completion of the project and the operation of the facility, the treatment sludge will be disposed of 7/24.
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