STPCH12MBBR

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

STPCH12MBBR is a new type of water treatment technology which is widely used in the removal of dissolved organic matter from water. This technology is designed specifically for the removal of non-biodegradable organic compounds such as chlorinated phenols and aromatic hydrocarbons from aqueous systems. The process is made up of three different stages including the pretreatment, the biological (bacterial) oxidation, and post-treatment.

The first stage of the process, pretreatment, consists of a gravity filter, which separates suspended solids, and a coagulation/flocculation process. During the coagulation/flocculation step, chemicals are dosed into the water to cause the organic material to coagulate into larger particles. These larger particles are then removed from the water by either sedimentation or filtration. This pretreatment removes all solids from the water so that the subsequent oxidation process can be more efficient.

The second stage of the STPCH12MBBR process consists of a biological (bacterial) oxidation system. In this system, bacteria are used to oxidize and break down the target organic compounds. The bacteria are fed a carbon source (such as methanol or ethanol) which they use to metabolize the target compounds. This metabolic process produces carbon dioxide and water, both of which can be readily removed from the water or released into the atmosphere.

The final stage of the STPCH12MBBR process is the post-treatment step. This step consists of a series of filtration systems designed to remove any residual organic compounds that may remain in the water after the oxidation process. This includes the use of activated carbon, which is designed to adsorb any organic compounds that may have survived the oxidation process. The effluent water produced by this stage of the process meets the demanding drinking water standards established by regulatory agencies such as the World Health Organization (WHO) and the European Union (EU).

STPCH12MBBR technology has been especially successful in the removal of organic compounds from surface water sources, such as lakes and rivers. The process is also being used on a smaller scale to clean up contaminated industrial wastewater. The technology is cost-effective, efficient, and provides high-quality clean water that meets stringent regulations. For these reasons, STPCH12MBBR technology is a popular choice for use in the water treatment and wastewater treatment markets.

The specific data is subject to PDF, and the above content is for reference