WWT Decision Support System

Project & Client Details

These details appear on your Detailed Project Report (DPR). Technical parameters follow below.

Project Name

Client / Organisation *

Contact Person

Email

Phone

Site Location

Technical Parameters

Application Type *

Design Flow *

KLD

Typical: 10-100 (rural), 100-5000 (urban), 5000+ (metro)

State

Industry Sector

NTS Preference

NTS: 80-95% lower energy, 30-60% lower lifecycle cost

Population Served

persons

For sewage: used in per-capita flow calculation

Reuse Purpose

Influent Characterisation

Enter your wastewater quality parameters. Smart defaults loaded based on application type.

Domestic Sewage Strong Sewage Food Industry Textile Pharma Dairy

BOD₅ *

mg/L

Sewage: 150-300

COD *

mg/L

Sewage: 300-600

TSS *

mg/L

Sewage: 200-350

TDS

mg/L

Sewage: 500-1200

pH

-

Oil & Grease

mg/L

Total Nitrogen

mg/L

Total Phosphorus

mg/L

Site & Constraints

Site conditions determine which technologies are feasible. NTS needs more land but saves energy and lifecycle cost.

Land Available

m²

NTS needs 3-10 m²/KLD, Mechanical needs 0.2-0.5 m²/KLD

Mean Temperature

°C

NTS optimal > 15°C

Proximity to Habitation

m

Distance from nearest residential area

Design Horizon

years

Energy Availability

Operator Skill Level

Soil Type

Groundwater Depth

Terrain

Decision Priorities

Adjust weights to reflect your priorities. Total must equal 100%. Choose a preset or customise.

Balanced Budget-Conscious Green Priority Space-Constrained Low Maintenance

CAPEX20%

OPEX20%

Lifecycle NPV15%

Energy10%

Land10%

Compliance10%

Carbon5%

Simplicity5%

Flexibility5%

Total: 100%

Scroll down to view your results dashboard

Design Your Wastewater Treatment System

Project & Client Details

Influent Characterisation

Site & Constraints

Decision Priorities