UHASB^® Upflow hydrolytic acidification technology is to ferment and decompose insoluble and soluble refractory long-chain organics into short-chain soluble organics through anaerobic hydrolytic bacteria and acidification bacteria to improve the

UAEB^TMThrough precise anaerobic control and self-developed high-strength hydraulic stirring system, up-flow anaerobic bulking biological technology generates sludge bed bulking in low concentration urban sewage, and realizes the real COD methan

The biological technology of denitrifying sludge expanded bed forms a sludge expanded bed in the reactor through the self-developed hydraulic mixing system and bacteria strengthening technology, creates the ecological environment of the reactor, enriches

In the traditional sewage treatment process, denitrification is often achieved through nitrate nitrogen, which can not maximize the use of carbon source, which is an important reason for restricting the simultaneous nitrogen and phosphorus removal of low

Through the anaerobic treatment control technology and new reactor design independently developed by EBOEP, the residual sludge of the secondary sedimentation tank is mixed with the large-particle organic matter in the primary sedimentation, and biogas (C

Under different influent conditions, it can catalyze the reduction of organics with electron-absorbing groups in the wastewater, produce the electron-absorbing induction effect, remove the electron-absorbing groups in the organics (such as NO ₂, CN, F, CL

Improved EBO-Fenton^®Fenton catalytic oxidation technology utilizes highly active free radicals to oxidize and decompose the refractory organic pollutants in the water, and combines the fluidized bed, binary catalytic oxidation and carrier film

EBO-O₃ ^TM Ozone catalytic oxidation technology uses ozone to remove pollutants in water. The chemical properties of ozone are extremely active, and its atoms can instantly produce strong oxidation when they are free. This technology has the adv