Keyphrases
Societal Values
100%
Value Tensions
100%
Resource Recovery
100%
Value Uncertainty
100%
Resource Recovery from Wastewater
100%
Responsible Innovation
100%
Natural Sciences
50%
Urban Wastewater
50%
Governance Perspectives
50%
Wastewater
50%
Adaptive Governance
50%
Environmental Performance
50%
Water Reuse
50%
Societal Acceptance
50%
Economic Performance
50%
Water Provision
50%
Sustainability Impact
50%
Circular Economy
50%
Sustainability Transitions
50%
Economic Expectations
50%
Transition Governance
50%
Socioeconomic
50%
Value Sensitive Design
50%
Industrial Wastewater
50%
Safe-by-design
50%
Brine Desalination
50%
Water Treatment
50%
Innovation Approach
50%
Resource Potential
50%
New Stakeholders
50%
Social Learning
50%
Policy Development
50%
Long-term Sustainability
50%
Water Recovery
50%
INIS
values
100%
resources
100%
recovery
100%
waste water
100%
water
60%
design
40%
economics
40%
sustainability
40%
regulations
20%
range
20%
economy
20%
implementation
20%
policy
20%
resource potential
20%
desalination
20%
performance
20%
safety
20%
learning
20%
solutions
20%
engineering
20%
brines
20%
complement
20%
Engineering
Resource Recovery
100%
Water
100%
Innovation
66%
Economics
66%
Recovery
66%
Design
66%
Common Method
33%
Technical Challenge
33%
Desalination
33%
Stakeholder
33%
Environmental Performance
33%
Accident Prevention
33%
Development
33%
Broad Range
33%
Engineering
33%
Sustainability Transitions
33%
Sustainable Development
33%
Earth and Planetary Sciences
Wastewater
100%
Resources
100%
Innovation
40%
Sustainability
40%
Water
40%
Environmental Impact Assessment
40%
Impact
20%
Socioeconomics
20%
Literature
20%
Policy Development
20%
Addressing
20%
Circular Economy
20%
Safety
20%
Economics
20%
Acceptability
20%
Expectation
20%
Prominence
20%
Environmental Performance
20%
Brine
20%
Learning
20%
Industrial Wastewater
20%
Desalination
20%
Natural Science
20%
Approach
20%
Water Reuse
20%
Need
20%
Stakeholder
20%