tools for sound technologies for sustainable water, sanitation and hygiene services. action research...
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Rural areas, small towns and
low-income urban areas
Goal: sustainable Water and
Sanitation services
Sustainability starts with
affordable technologies
Sound for the specific context
Can be locally managed and
maintained
April 2013
Photo: Jo Smet, 2013
Present focus on conventional technologies
No/slow uptake of innovative WASH technologies
No systems to validate new technologies
No introduction process for validated technologies and
go to scale
Photo: Jo Smet, IRCPhoto: HenkHoltslag, Connect Int.
Photo: Ned Breslin, WaterAid/Water-for-People
April 2013
Context
Technology
SCREENING
Need
andApplicabilit
y
Technical Function
Characteristics
Performance
ASSESSMENTof technology applicability
using 18 indicators
Perspectiveof key actors
User-
Bu
ye
r
Oth
er
Institu
tio
ns
Dim
en
sio
ns
Soc
Econ
Env
Inst
Know
Tech
TAFTechnology Applicability Framework
Pro
du
ce
r-P
rovid
er
Investment
model
Dimensions:
Soc = Social
Econ = Economical and Financial
Env = Environmental
Inst =
Institutional, legal,
organisational
Know = Knowhow and skills
Tech = Technological
April 2013
Technology Introduction Process (TIP)defines tasks for actors involved in each phase of introduction process
TIP
Applicable for different cost models, e.g. fully subsidised capital
investment and zero subsidised market-based approach
April 2013
Uptake + O&MTIPPING
POINT
INVENTION
High
Technology
Time
Successful
Technology
Introduction
UPTAKE & USE
Uptake [number of units
installed providing services]
Actors
Inven
tio
n
Tip
pin
g P
oin
t
Up
take +
Use
Specific tasks
per actor and
phase
Technology Introduction Process
Actors Actors
• Ghana: (i) Ghana Modified India Mark II (ii) Slow sand filter
• Uganda: (i) Urine diversion latrine (ii) ferro-cement rainwater tank
• Burkina Faso: (i) VIP toilet (ii) India Mark II hand pump
Successful
• Ghana: (i) pour-flush latrine (ii) rope pump
• Uganda: tippy tap
• Burkina Faso: (i) urine diversion latrine (ii) Rope pumpPromising
• Ghana: Enviro Loo
• Uganda: rope pump
• Burkina Faso: rainwater harvesting tankNot proven
• Ghana: Biofil/ digestion toilet
• Uganda: solar-powered groundwater pump
• Burkina Faso: sand dams
New opportunities
April 2013
April 2013
Economic
Social
Environmental
OrganisationalInstitutional
Legal
Skills andKnowhow
Technological
User/
Buyer
Producer
s/
Providers
Regulators/
Investors/
Facilitators
April 2013
WASH Technology to be assessed for
applicability in given context
1 Screening
Step-1: Need and Demand
Step-2: Basic Applicability
3 Presentation of resultsof screening and assessments
4 Interpretation and Conclusion
Assessmentsof the potential of a WASH technology in a given context
2
Interpretation per dimension
per particular perspective
As entire profile
Su
sta
inab
ilit
yD
imen
sio
ns
Technology
Skills &
Know-how
Institutional
& Legal
Environ-
mental
Economic
Social
(4) (5) (6)
(7) (8) (9)
(10) (11) (12)
(13) (14) (15)
(16) (17) (18)
(1) (2) (3)
? ?
?
?
User/
Buyer
Producers/
Providers
Regulators/
Investors/
Facilitators
+ +
+
+
+
+
0
0 0
0
-
-
-
-
Key perspectives
June 2013
+
0
-
High value, neutral or positive, supportive characteristics
Potential impact, could become critical, needs follow up
Low value, negative, critical, hindering characteristics
? Unclear information, should be clarified?
+
0
-
or for specific topics such as O&M
April 2013
Actors
Inv
en
tio
n
Tip
pin
g
Po
int
Up
tak
e +
Op
era
tio
n
Specific Tasks
per actor and phase
Technology Introduction
Actors Actors
Embedding: involvement at
national and district level
Learning Alliances Host organisations:
now and beyond project
Communication: In each country and
global – also website On process– videos On products (e.g. TAF
flyer) and outcomes At Learning Events At regional and global
Conferences, Symposia
April 2013
April 2013
WASHTech
c/o IRC International Water and Sanitation
Centre,
P.O. Box 82327, 2508 EH The Hague
The Netherlands
[email protected]/ www.irc.nl
washtechafrica.wordpress.com
www.washtechnologies.net