Sustainability Impact Analysis Output

Treatment Trains and Sustainability Impacts

Recovery treatment train

Show recovery treatment train

Economic impact

Capital Cost(€):	0.0
Operational Cost(€/year):	0.0
EAC(€/year):	0.0
Potential Income Generation(€/year):	0.0
Willingness to Pay:

Environmental Impact

Odor:	Foot Print(m2):
	Health LCA (DALY):
	Ecosystems LCA (species.yr):
	Resources LCA (€):
	Climate Change LCA (kgCO2e):

Technical Impact

TRL:	0.0
Flexibility:

Product recovery percentages

Water(%):	0.0
Energy(%):	0.0
Nitrogen(%):	0.0
Phosphorus(%):	0.0

Final Concentration Levels

Total log removal:
TP (mg/l):	0.0
TN (mg/l):	0.0
TSS (mg/l):	0.0
COD (mg/l):	0.0

Discharge treatment train

Show discharge treatment train

Economic impact

Capital Cost(€):	0.0
Operational Cost(€/year):	0.0
Potential Income Generation(€/year):	0.0
EAC(€/year):	0.0
Willingness to Pay:

Environmental Impact

Odor:	Foot Print(m2):
	Health LCA (DALY):
	Ecosystems LCA (species.yr):
	Resources LCA (€):
	Climate Change LCA (kgCO2e):

Social Impact

Affordability:	Acceptability:

Technical Impact

TRL:	0.0
Flexibility:

Product recovery percentages

Water(%):	0.0
Energy(%):	0.0
Nitrogen(%):	0.0
Phosphorus(%):	0.0

Final Concentration Levels

Total log removal:
TP (mg/l):	0.0
TN (mg/l):	0.0
TSS (mg/l):	0.0
COD (mg/l):	0.0

User Input Overview

Country:	Netherlands
Population Equivalent:	1000.0
Wastewater Stream
Flow(m3/day):	0.0
Recovered Water Type	Drinking Water
Recovered Energy Type
Recovered Nutrient Types	Nitrogen

Disclaimer:
The Nereus DST is designed to support the decision-making process. All values are based on approximations and should only be used as advisory for wastewater treatment planning.

Inputs

Country:	Netherlands
Population Equivalent:	1000.0
Wastewater Stream
Flow(m3/day):	0.0
Recovered Water Type	Drinking Water
Recovered Energy Type
Recovered Nutrient Types	Nitrogen
Weights	Economic % 25, Enviromental % 25, Social % 25, Technical % 25

Generated Recovery Train Analysis

Product recovery percentages

Water (%):

0.0

Energy (%):

0.0

Nitrogen (%):

0.0

Phosphorus (%):

0.0

Final Concentration Levels

TP (mg/l):

0.0

TN (mg/l):

0.0

TSS (mg/l):

0.0

COD (mg/l):

0.0

Economic impact

Capex (€):

0.0

Opex (€/year):

0.0

EAC (€/year):

0.0

PIG (€/year):

0.0

WTP:

Environmental Impact

Odor:

Foot Print(m2):

Health LCA (DALY):

Ecosystems LCA (species.yr):

Resources LCA (€):

Climate Change LCA (kgCO2e):

Technical Impact

TRL:

0.0

Flexibility:

Social Impact

Affordability:

Acceptability:

Sustainability Impact Analysis Output

Treatment Trains and Sustainability Impacts

Treatment Train for Recovery Treatment Train for Discharge

Recovery treatment train

Economic impact

Environmental Impact

Social Impact

Technical Impact

Product recovery percentages

Final Concentration Levels

Discharge treatment train

Economic impact

Environmental Impact

Social Impact

Technical Impact

Product recovery percentages

Final Concentration Levels

User Input Overview

Inputs

Generated Recovery Train Analysis

Product recovery percentages

Final Concentration Levels

Economic impact

Environmental Impact

Technical Impact

Social Impact