Start with wastewater analysis
Review flow, pH, COD, BOD, TSS, oil and grease, colour, composition, toxicity and metals before selecting equipment.
ILLUSTRATIVE SYSTEM / FINAL CONFIGURATION IS PROJECT-SPECIFICEffluent Treatment Plant
Industrial treatment trains selected around actual wastewater chemistry and the water-use objective.
WHAT IT IS
Understand the effluent. Then engineer the process.
Every factory’s wastewater is different. COD, BOD, suspended solids, oils, colour, chemicals, metals and acidic or alkaline streams all influence the treatment choices.
This ETP family focuses on the treatment process. Screening, equalization, chemical and biological stages are combined only where the effluent requires them. Discharge limits, reuse objectives and sludge handling shape the final engineering scope.
HOW IT WORKS
Follow the treatment.
Indicative process stages. Select the required water-treatment steps; collect sludge from the stages that generate it.
- 01
Raw effluent
Characterize and collect the actual wastewater stream.
- 02
Screening
Remove debris and larger floating or suspended material.
- 03
Equalization
Balance flow and changes in pollutant loading.
- 04
pH adjustment
Correct acidic or alkaline conditions where needed.
- 05
Chemical treatment
Select coagulation, flocculation or precipitation for the pollutants present.
- 06
Biological treatment
Treat the biodegradable organic load where appropriate.
- 07
Clarification
Separate suspended solids and treatment sludge.
- 08
Filtration
Remove finer particles before further treatment.
- 09
Advanced treatment
Assess carbon, membranes, disinfection or reuse treatment as required.
KEY SYSTEM FEATURES
The details behind the system.
Chemical and biological stages
Neutralization, coagulation, flocculation and precipitation may address particular streams. Biological treatment targets the biodegradable organic fraction.
Define the water destination
Filtration and advanced treatment options, including carbon, membranes or disinfection, are assessed against the intended discharge or reuse requirement.
Account for the solids
Clarification and sludge handling are part of the process scope. Chemical use, solids generation and ongoing operating needs require project-specific evaluation.
APPLICATIONS / SUBJECT TO ASSESSMENT
Where it can fit.
- Manufacturing and processing
- Food and beverage
- Textile, dyeing and washing
- Paper, printing and packaging
- Chemical and pharmaceutical sites
- Industrial estates, institutions and upgrades
TECHNICAL BASIS / VERIFY FOR THE PROJECT
Confirm the design basis.
The diagram is an indicative treatment sequence, not a prescribed train for every factory. Sludge management collects solids from relevant stages rather than acting as a final water-treatment stage. The source offers carbon-steel and 304 stainless-steel modular equipment options, but wastewater chemistry governs selection. Capacity, power, dosing, operating cost, quality and regulatory compliance require a technical proposal and commissioning verification.
EXPLORE / NITANEER PLANTS
All plants ↗Find your next system.
START WITH THE WATERBring us the wastewater.
Bring us the wastewater.
Let’s define the system.
Share the flow, wastewater analysis, site constraints and intended discharge or reuse objective.
DISCUSS YOUR PROJECT