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Highlights: safety, systematization
Pharmaceutical wastewater can be categorized based on how it is generated into chemical synthesis, fermentation, preparation, bioengineering, extraction and traditional Chinese medicinal wastewater. The wastewater produced is complex in water quality, high in concentration, with large chroma, large in water quantity and water quality change, and most of them are biotoxic or difficult to be biodegraded.
The development of the pharmaceutical industry is restricted by the poor biodegradability, high energy consumption, high cost of treatment and high cost of sludge treatment. Pharmaceutical wastewater needs to be treated with low excess sludge, low energy consumption, low cost, resource recycling and stable effluent quality.
According to the production process status and discharge water quality characteristics of different pharmaceutical products, the system solution of "pretreatment + toxic degradation + E2NRTM (high efficiency and low energy biochemical technology) + advanced treatment" is adopted to provide the whole process of low energy treatment process technical services, realize resource recovery, and ensure the wastewater discharge is up to the standard.
EBO-Fenton® catalytic oxidation technology and EBO-STM persulfate catalytic oxidation technology can ensure the removal of biological toxic substances in wastewater, and ensure that the biochemical treatment process of wastewater treatment is safe and effective.
UHASB® and UAEBTM provide biological chain breaking technology to realize resource recovery and utilization.