Common Sewage Treatment Plant · More than 200 MLD CSTP
Common Sewage Treatment Plant CPCB Recovery
Challenge: A common sewage treatment plant serving a large district area struggled to meet CPCB discharge norms for COD, BOD, TSS and odour despite UASBR and aeration treatment with adequate retention time.
Nanozyme: Nanozyme Microbial Culture
CODLess than 50-80 ppmfrom 160 ppm
BODLess than 5-10 ppmfrom 90 ppm
TSS5-10 ppmfrom High
Odour100% removedfrom Heavy
Implementation details
Nanozyme was applied as a single minimal dosage into both anaerobic UASBR and aeration stages, followed by outlet parameter observation within one day.
“The plant achieved improved final outlet parameters toward CPCB norm compliance after Nanozyme application.”
Textile and Dye Industry · 1,000 KLD aeration tank
Textile and Dye Industry Colour and Odour Recovery
Challenge: A textile and dye wastewater treatment system faced colour, odour, COD, BOD and TSS challenges in its aeration process.
Nanozyme: Nanozyme Microbial Culture
CODLess than 56 ppmfrom 1,500 ppm
BODLess than 10 ppmfrom 450 ppm
TSS5-7 ppmfrom High
Odour and colour100% removedfrom High
Implementation details
Nanozyme was applied as a single minimal dosage into the aeration system, with outlet changes observed within one day.
“The plant observed colour, odour and organic-load reduction after Nanozyme application.”
Dairy Industry · 1,500 KLD aeration tank
Dairy Industry Organic Load Recovery
Challenge: A dairy-industry aeration system had COD, BOD, TSS, colour and odour challenges from organic wastewater loads.
Nanozyme: Nanozyme Microbial Culture
CODLess than 56 ppmfrom 1,300 ppm
BODLess than 10 ppmfrom 450 ppm
TSS5-7 ppmfrom High
Odour and colour100% removedfrom High
Implementation details
Nanozyme was applied as a single minimal dosage into the aeration system, with outlet changes observed within one day.
“The dairy plant recorded improved COD, BOD, TSS, colour and odour results after Nanozyme application.”
Pharma and API Industry · 4,000 KLD aeration tank
Pharma and API Industry Effluent Recovery
Challenge: A Pharma and API industry aeration system required treatment support for high COD, BOD, TSS, colour and odour.
Nanozyme: Nanozyme Microbial Culture
CODLess than 150 ppmfrom 5,700 ppm
BODLess than 32 ppmfrom 1,350 ppm
TSS5-7 ppmfrom High
Odour and colour100% removedfrom High
Implementation details
Nanozyme was applied as a single minimal dosage into the aeration system, with outlet changes observed within one day.
“The Pharma and API plant observed improved final outlet values after Nanozyme application.”
Paper Industry · 4,000 KLD aeration tank
Paper Industry Aeration Tank Recovery
Challenge: A paper-industry aeration system required support for organic load, colour, odour and TSS reduction.
Nanozyme: Nanozyme Microbial Culture
CODLess than 74 ppmfrom 3,200 ppm
BODLess than 28 ppmfrom 900 ppm
TSS12-15 ppmfrom High
Odour and colour100% removedfrom High
Implementation details
Nanozyme was applied as a single minimal dosage into the aeration system, with outlet changes observed within one day.
“The paper-industry plant recorded improved COD, BOD, TSS, colour and odour results after Nanozyme application.”
Sugar Industry · 1,500 KLD aeration tank
Sugar Industry Effluent Recovery
Challenge: A sugar-industry aeration system required treatment support for COD, BOD, TSS, colour and odour.
Nanozyme: Nanozyme Microbial Culture
CODLess than 36 ppmfrom 3,200 ppm
BODLess than 2 ppmfrom 1,220 ppm
TSS1-2 ppmfrom High
Odour and colour100% removedfrom High
Implementation details
Nanozyme was applied as a single minimal dosage into the aeration system, with outlet changes observed within one day.
“The sugar-industry plant observed substantial COD, BOD, TSS, colour and odour reduction after Nanozyme application.”
Edible Oil Industry · 750 KLD aeration tank
Edible Oil Industry Effluent Recovery
Challenge: An edible-oil industry aeration system required treatment support for high COD, BOD, TSS, colour and odour.
Nanozyme: Nanozyme Microbial Culture
CODLess than 220 ppmfrom 4,500 ppm
BODLess than 78 ppmfrom 1,220 ppm
TSS10-12 ppmfrom High
Odour and colour100% removedfrom High
Implementation details
Nanozyme was applied as a single minimal dosage into the aeration system, with outlet changes observed within one day.
“The edible-oil plant recorded improved final outlet parameters after Nanozyme application.”
