Reduce COD, BOD & Sludge Problems with BactaServe Bioculture Solutions
Proven microbial solutions helping pharmaceutical, textile, hotel, steel, and industrial wastewater treatment plants improve biological activity, reduce operational issues, and achieve faster wastewater treatment efficiency.
96%
COD reduction
Pharma ETP · 35 days
99%
Phenol reduction
Steel Plant - East India
35
Days to stable results
Avg. across all cases
9+
Industries served
Pharma, steel, textile...etc
----- The Problem
Why Your STP/ETP Is Struggling?
High COD/BOD Levels: Chemical-rich wastewater from pharma, adhesives, and steel industries often contains COD levels of 7,000 to 18,000 ppm, making conventional treatment ineffective.
Unhealthy Biomass & Sludge Bulking: Grey aeration tanks, foam formation, low MLVSS, and dead biomass reduce microbial activity, causing poor treatment performance and unstable operations.
Odour & Compliance Issues: Low dissolved oxygen, septic conditions, and H₂S generation lead to foul odour, RO permeate issues, regulatory non-compliance, and community complaints.
Difficult Toxic Pollutants: Contaminants like cyanide, thiocyanate, phenol, and high ammoniacal nitrogen require specialised bacterial strains, as generic biocultures fail to treat them effectively.
Most industrial ETPs operate with weak or underperforming biomass, where bacteria are present but biologically inactive. This leads to poor COD/BOD reduction, excessive chemical consumption, higher energy usage, and continuous operational inefficiencies.
The fix isn't more chemicals.
It's better biology.
When your biomass is healthy — high MLVSS, active degradation, stable DO — your ETP runs efficiently without chemical crutches. That's exactly what BactaServe is engineered to deliver.
----- The Solution
The BactaServe Method
A structured, data-driven commissioning protocol — not a one-size-fits-all product dump.
01
STP/ETP Assessment
We analyse your inlet parameters, process flow, and existing biomass health. COD, BOD, MLSS, pH, temperature, and toxic loads are mapped.
02
Custom Bioculture Selection
Industry-specific strains — Pharma, Textile, Pulp & Paper, Steel (cyanide/phenol) — selected and pre-acclimatised to your effluent characteristics.
03
Structured Dosing Protocol
A staged loading schedule (Days 1–10 high dose → tapering maintenance) builds robust MLSS while the system stabilises. No guesswork.
04
Monitored Results
Daily/weekly data tracking of COD, BOD, MLSS, MLVSS, turbidity, and target pollutants. Dosing adjusted in real time. Documented outcomes.
Real plants.
Verified numbers.
Every metric below comes from Amalgam Biotech documented case studies — actual ETPs running actual production loads, not lab conditions or pilot tests.
----- Case Studies
Get Custom Solutions for your STP/ETP Plant.
Response within 24–48 business hours from our technical team
Industry-specific recommendation: Not a generic product suggestion, the right variant for your effluent type and toxic load
Estimated reduction targets: COD, BOD, and specific pollutants — benchmarked against comparable case studies
Dosing schedule & cost estimate: Initial loading dose, taper schedule, and ongoing maintenance quantity
Full support through commissioning: On-site or remote — we monitor, adjust, and document throughout
----- Free assessment
Amalgam Biotech
We are a manufacturer and solution provider for wastewater treatment and odour control, offering biocultures, process additives and cleaning solutions, along with partner technologies for industrial and environmental applications.
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Contact US
Amalgam House - Prayag
Next to Saipro Building, Lane No. 7
Behind Moze College, Laxman Nagar, Baner Pune, Maharashtra 411045
Email: sales@amalgambiotech.com
Phone No: +91 7276020758
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