Garbage leachate treatment technology

FCD-3D electrolytic catalytic oxidation reactor - the oxidation reaction cuts the hard-to-degrade cyclic and long-chain organic substances into easy-to-degrade small-molecule organic substances; the reduction reaction reduces heavy metal ions to monomers.

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Environmental Chemistry and Engineering

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- 商品名称: Garbage leachate treatment technology
FCD-3D electrolytic catalytic oxidation reactor - the oxidation reaction cuts the hard-to-degrade cyclic and long-chain organic substances into easy-to-degrade small-molecule organic substances; the reduction reaction reduces heavy metal ions to monomers.

FCD-3D electrolytic catalytic oxidation reactor - the oxidation reaction cuts the hard-to-degrade cyclic and long-chain organics into easy-to-degrade small-molecule organics; the reduction reaction reduces heavy metal ions to monomers.

Aeration sedimentation tank - through "neutralization - coagulation - flocculation - precipitation", remove ammonia nitrogen, heavy metal ions, organic sulfide, indole, benzene (aromatic organic compounds) and other pollutants.

SAO3 ozone catalytic coupling reactor - will be difficult to degrade the residual large molecules of organic matter ring opening, chain breaking decomposition into easy to biochemical small molecules of organic matter, to remove part of the COD.

UASB reactor - by "hydrolysis - acidification - mineralization", the degradation of long-chain large-molecule organic pollutants into small-molecule compounds that can be easily decomposed and used by aerobic microorganisms.

AO - In the anoxic tank, the role of part-oxygen microorganisms is used to convert nitrate nitrogen into nitrogen and remove part of the COD; in the aerobic tank, a large number of microorganisms attached to the surface of the filler are used to decompose organic matter into CO2 and H2O.

BAF aeration biofilter - using microorganisms to further treat BOD in wastewater.

Pre:

Anodic oxidation wastewater treatment technology

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