Internal Circulation Anaerobic Reactor / IC Reactor

Equipment Overview The IC Anaerobic Reactor is a highly efficient multi-stage internal circulation reactor, similar to being composed of 2 stages of UASB reactors connected in series, and is a representative type of the third-generation anaerobic reactor (UASB is the representative type of the second-generation anaerobic reactor). Wastewater flows from bottom to top in the reactor, pollutants are adsorbed and degraded by bacteria, and the purified water flows out from the upper part of the reactor. Compared with the second-generation anaerobic reactor, it has a smaller footprint, higher organic loading, stronger shock resistance, more stable performance, and simpler operation and management. For high-concentration organic wastewater with COD of 10000-15000mg/L; the volumetric loading rate of the second-generation UASB reactor is generally 5-8kg COD/m3; the volumetric loading rate of the third-generation IC anaerobic reactor can reach 15-30kg COD/m3. The IC Anaerobic Reactor is suitable for high-concentration organic wastewater, such as corn starch wastewater, citric acid wastewater, brewery wastewater, potato processing wastewater, alcohol wastewater, etc. Equipment Features: The structure and working principle of the IC reactor determine that it has more advantages than other reactors in controlling the influencing factors of anaerobic treatment. (1) High volumetric loading rate; (2) Saves investment and floor space; (3) Strong resistance to shock loading; (4) Strong low-temperature resistance; (5) Capable of buffering pH value; (6) Internal automatic circulation, no external power required; (7) Good effluent stability; (8) Short startup period; (9) High biogas utilization value