Wastewater profile
Flow, hourly and seasonal variation, pH, COD, BOD, TSS, salinity/TDS, ammonia, oils and industry-specific contaminants.
Engineering scope before equipment list
Industrial wastewater treatment and water reuse.
A process route should be built from wastewater data, site constraints, recovery targets and concentrate handling—not from a generic equipment catalogue.
Typical project drivers
Problems that require a defined treatment boundary.
A
Discharge compliance
Upgrade existing treatment where variability, salinity or difficult organics prevent stable compliance.
B
Water reuse
Recover usable water while controlling membrane fouling, concentrate volume and operating cost.
C
High-salinity streams
Evaluate segregation, pretreatment, membrane concentration, evaporation or crystallisation based on the full mass balance.
Required project evidence
What we need before a responsible proposal.
Missing data is recorded as missing—not filled with assumptions.
Existing facilities
Current process, equipment condition, actual performance, sludge handling, utilities and available space.
Target boundary
Discharge standard, reuse quality, recovery target, concentrate disposal and client responsibility.
Commercial boundary
Equipment supply, civil works, installation, commissioning, consumables, operation support and local permits.
Water reuse planning
Recovery percentage is not the whole solution.
A reuse concept must explain where every water and salt stream goes.
| Stage | Engineering question | Output |
|---|---|---|
| Segregation | Can high-strength or high-salt streams be separated at source? | Lower treatment load and clearer mass balance |
| Pretreatment | What must be removed before membranes or advanced treatment? | Stable feed quality and fouling control |
| Recovery | What recovered-water quality and volume are actually usable? | Defined reuse point and recovery target |
| Concentrate | Who manages the remaining salt and concentrate stream? | Client disposal, further concentration or full treatment scope |
| Validation | What sampling, testing or pilot work is needed? | Confirmed design basis and quotation assumptions |
Priority sectors
Where the current campaign will focus.
Food and beverage
Pickled foods, high-salt processing, beverage production, ingredient and cleaning wastewater.
Chemical & fertiliser
Variable composition, high dissolved solids and difficult-to-treat industrial streams.
Textile & surface treatment
Colour, salts, metals and process chemicals that require source-specific treatment.
Industrial parks
Central treatment, tenant variability, expansion planning and reuse infrastructure.
Selected technical reference
500 T/day landfill leachate case data.
The supplied catalogue lists raw COD above 9,000 mg/L, conductivity above 30,000 µS/cm and a process route of air flotation, biochemical treatment, MBR and reverse osmosis.
Scope control: reference-case data is not a performance promise for a different wastewater profile.
Review the evidence boundary →Prepare an industrial project review.
Share the industry, wastewater volume, available test data, current process and target standard.
Buyer preparation resources
Prepare the right information before the discussion.
Use a distributor, commercial-project or industrial-project checklist.