- Markets, finance and governance
- Cities (planning, implementation, and management processes)
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- Tools for the generation of sanitation systems considering novel technology options and for the quantification of nutrient, water, and total solid balances at the scale of an urban setting
Tools for the generation of sanitation systems considering novel technology options and for the quantification of nutrient, water, and total solid balances at the scale of an urban setting
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Re: Tools for the generation of sanitation systems considering novel technology options and for the quantification of nutrient, water, and total solid balances at the scale of an urban setting
Sounds interesting.
Can you make the models open-source?
What programming language are they written in?
Can you make the models open-source?
What programming language are they written in?
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You need to login to replyRe: Tools for the generation of sanitation systems considering novel technology options and for the quantification of nutrient, water, and total solid balances at the scale of an urban setting
Hi Dorothee,
this sounds really useful.
Could you list the sanitation technologies that are currently in your model?
Are there any plans for a user interface?
cheers
Dean
this sounds really useful.
Could you list the sanitation technologies that are currently in your model?
Are there any plans for a user interface?
cheers
Dean
Dean Satchell, M For. Sc.
Vermifilter.com
www.vermifilter.com
Vermifilter.com
www.vermifilter.com
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You need to login to replyTools for the generation of sanitation systems considering novel technology options and for the quantification of nutrient, water, and total solid balances at the scale of an urban setting
Dear all
I would like to inform you that within my doctoral research at Eawag/Sandec I have developed:
Cheers, Dorothee
Have a look at the project webpage: www.tinyurl.com/eawag-grasp
I would like to inform you that within my doctoral research at Eawag/Sandec I have developed:
- A model that generates all possible sanitation system options from a set of potential novel and conventional sanitation technologies
- A model that quantifies N, P, H2O and TS l(as an indicator for energy and organic carbon soil amendment) losses and recovery rates for the sanitation systems based on material flow analysis (MFA)
- A procedure to systematically quantify the appropriateness of the technology options (and corresponding system options) in a given setting considering uncertainty and applicable at an early planning phase
- A procedure to identify a set of sanitation system options which is locally appropriate, divers, and of manageable size as an input into structured decision making frameworks such as CLUES (step 5) or Sanitation21 (step 4)
Cheers, Dorothee
Have a look at the project webpage: www.tinyurl.com/eawag-grasp
WG1 Co-lead
Developing methods and tools to support strategic planning for sustainable sanitation. Particular interested in novel technologies contributing to more inclusive and circular sanitation. This email address is being protected from spambots. You need JavaScript enabled to view it.
Developing methods and tools to support strategic planning for sustainable sanitation. Particular interested in novel technologies contributing to more inclusive and circular sanitation. This email address is being protected from spambots. You need JavaScript enabled to view it.
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- Markets, finance and governance
- Cities (planning, implementation, and management processes)
- Cities sanitation planning toolkits and guidance publications
- Tools for the generation of sanitation systems considering novel technology options and for the quantification of nutrient, water, and total solid balances at the scale of an urban setting
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