Biopack-ABR

Biopack-ABR is a compartmentalized reactor system operating in anaerobic (oxygen-free) conditions. It is specifically developed for wastewater with high organic load.

Energy-Efficient Treatment Approach with Yeditepe Arıtım

In the treatment of wastewater with high organic loads, oxygen-free systems stand out for both energy savings and efficiency. The Biopack-ABR system, engineered by Yeditepe Arıtım, is a low-energy treatment model where biological decomposition occurs gradually thanks to its compartmentalized structure. This system offers an effective solution especially for wastewater from agricultural and food industries.

Efficient Process Management in Compartmentalized Reactor Technology

ABR (Anaerobic Baffled Reactor) systems direct the flow of wastewater inside the reactor so that microorganisms in each compartment take on different roles. This setup allows anaerobic bacteria to maintain a longer sludge age and facilitates the conversion of organic matter into biogas. Thus, the system provides both treatment and potential energy production.

Paket Arıtma Biopack - ABR 2

Ideal Application Areas for Biopack-ABR

Biopack-ABR is suitable for facilities such as dairy plants, beverage manufacturers, slaughterhouses, farms, and rural areas without sewer infrastructure. Since the system does not require oxygen during treatment, it offers major advantages in locations with generators or limited energy access. It also enables energy recovery through integrated biogas production.

Low-Cost and Long-Lasting Design

The biggest advantage of ABR systems is the minimal maintenance need due to the absence of mechanical equipment. Its simple structure allows easy installation and requires no specialized operation skills. Thanks to the compartments inside the reactor, sludge retention time is extended, and the system maintains its performance over time. Since no chemicals are needed, operating costs are significantly reduced.

How Biopack-ABR Works with Yeditepe Arıtım

The Biopack-ABR system provides treatment through natural processes by combining physical direction and biological decomposition. Below are the main operational steps of the system:

Inlet Chamber and Preliminary Treatment
Wastewater first enters the initial section of the reactor where large particles are separated. This zone allows coarse pollutants to settle and ensures a balanced load for the next phases.
Compartmentalized Anaerobic Reactor
As the wastewater moves horizontally through the compartments in the reactor, it is gradually broken down by different microbial groups in each section. Organic matter begins to convert into biogas.
Gas Collection and Stabilization
The produced biogas accumulates in special chambers located at the top of the reactor. Meanwhile, the remaining pollutants in the water are further reduced and stabilized near the outlet zones.
Treated Water Discharge
In the final compartment, a settling zone holds the sludge while the clarified water is discharged from the top. The effluent can either be directed to advanced treatment systems or discharged directly into nature.

Biopack-ABR is an ecological system that operates without external energy, reduces organic pollution, and converts it into energy. Thanks to its low operating costs and high biological efficiency, it fully aligns with sustainable environmental policies. Designed with the expertise of Yeditepe Arıtım, this system protects both nature and resources.

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