Cooperation for sustainability of water & culture_Sandeep Joshi_2013
1. Cooperation for
Sustainability of Water & Culture
Sandeep Joshi
Green Surgeon of eco-restoration of water resources
Director, SERI &
President SESS
International Conference on Water Cooperation &Conservation 10th December 2013, Pune
2. Case study 1: Sewage Ingress in Lonar Lake
About 600000 years old (2010) area ~ 2.5 sq. km (water
surface 2/3rd of it)
Apathy or ignorance or administrative delays or technology
failures
Reported presence of pollution bioindicators
Conservation opportunity through showcasing the crater lake
as “ECOLOGICAL WONDER”
3. Case study 2: Failure of USES
to protect Mula-Mutha
About 1200 MLD discharge from Pune-Pimpri-Chichwad’s urban and industrial growth
Concretization of river beds, flood plains, tributaries
Non-performing assets (NPA) of infrastructural STPs constructed on river banks
Conservation opportunity through showcasing Ecosense of Punekar
4. Case study 3: Almatti Dam
Current FRL 519 m MSL (capacity 91 TMC) and allowed is 524 m MSL (capacity 200 TMC)
Envisaging of Impounding of water upstream in Maharashtra’s Kolhapur and Sangli districts
Non-performing assets (NPA) of infrastructural STPs constructed on river banks
Conservation opportunity through showcasing Ecosense of Punekar delay
7. Advantage Urban India
Elimination of organic or inorganic pollution
from surface or sub-surface water resources
Elimination of nutrient and biological
pollution (pathogens) from the recycled
water
Every day, 2 million tons of
human waste are disposed of in
water courses. Source: World Water
Assessment
Programme
(WWAP)
In developing countries, 70
percent of industrial waste is
dumped untreated into waters
where they pollute the usable
water
supply.
Source:
WWAP
http://www.unwater.org/statistics_pollu.html#stha
sh.Eoq9D2j3.dpuf
Elimination of pressure on freshwater
resources by recycling by 60 – 70%
Ecological restoration of city’s waters – rivers
and lakes with safely treated wastewaters
Path-breaking water governance approach
for eco-balancing of water resources in the
urban sector
Long term solution for water availability
8. Necessity of Sustainability
Integrated Approach
Ecosystem Approach
Rainwater
Water
Supply
Wastewater
City Water Systems
Complex water-web of
Reuse-recycle chain &
network
System (infrastructure,
process
&
management)
improvement
in
reducing
freshwater
demand,
water
footprint
10. Compliance With Rules & Regulations
Water Policy,
2012 & 2002
Water quality for
prioritized uses
National
Action Plan for
Climate
Change
(NAPCC), 2008
Reduction of GHGs
National
Environment
Policy, 2006
Conservation of water
resources through
livelihood
Water Pollution
(Prevention &
Control) Act,
1974 & its
amendment
Discharge standards
11. Expectations for Sustainability of Water Systems
Good
Architects,
Engineers &
contractors
Conservation &
protection of
rivers, lakes &
groundwaters
Livable
Habitats
Good Technical
&
administrative
system with
eco-politicians
Water
governance for
shared benefits
of resources
Eco – socio –
environmental
harmony
12. Inter-sectoral Plain - Axis Model
Energy
Government Legislative Actor &
Regulator
Engineering
Control
Ecology
Technology
Electronics
Monitoring
Economics
Management
Private
Implementing Actor
& Trade Facilitator
Green Surgeons & Curators Politico-administrative system
Matter
Public Receptor
13. Examples of Ecological Correction
(2008) Area of Lake 8 acres
NUWA Winner: Ayad River (150 MLD) Restoration 2011
14. GEARs of Lotic (Stream) / Lentic (Lake) for
sustainable cooperation
People, Groups,
NGOs, CBOs,
Volunteers, Green
Clubs
Government
Departments /
Nodal Agency
Green Surgeons,
Designers,
Planners, Green
Curators