MBBR media in the face of stringent emission standards

As environmental pollution becomes more and more serious, governments and regulators are demanding increasingly stringent standards for wastewater discharge. Against this background, MBBR (Moving Bed Biofilm Reactor) system, as an efficient and flexible wastewater treatment technology, is taking on greater responsibility. The performance of the media, as a core component of the MBBR system, is critical for the system to meet discharge standards.

1. Improve wastewater removal efficiency:

MBBR media facilitates biofilm attachment and biodegradation processes by providing a large surface area. The design and selection of the media is critical when faced with stringent discharge standards. Media with a high surface area and good biosorption properties can increase the rate of biodegradation of pollutants, thereby improving wastewater removal efficiency and ensuring that discharge water quality meets standards.

2. Improve ammonia and total nitrogen removal capacity:

Ammonia and total nitrogen are common pollutants in wastewater and are potentially harmful to the environment and human health. MBBR Biomedia can effectively remove these pollutants through biodegradation. In order to cope with stringent discharge standards, media with high ammonia and total nitrogen removal capacity can be selected to ensure that these key parameters are met during wastewater treatment.

3. Improve shock load resistance:

In actual operation, MBBR Filter Media may face shock loads from production activities, weather changes, and other factors. The shock load resistance of the media directly affects the stability of the system and the quality of the discharged water. Selecting media with good shock load resistance can reduce the sensitivity of the system to external changes, keep the system running stably, and ensure that the discharge water quality is stable and meets the standards.

4. Improve the flexibility and adaptability of the system:

In the face of strict discharge standards, MBBR Bio Media need to have a certain degree of flexibility and adaptability, able to cope with the requirements of different water quality, load and working conditions. By choosing the right media and optimising the design and operating parameters of the system, the flexibility and adaptability of the system can be improved to ensure that the system can operate stably and efficiently and meet the requirements of the emission standards.

In summary, MBBR Biofilm Carrier play a crucial role in the face of stringent emission standards. By optimising media selection and design to improve wastewater removal efficiency, ammonia and total nitrogen removal, shock load resistance, as well as system flexibility and adaptability, MBBR systems can better cope with stringent discharge standards and contribute to environmental protection.