A training module to introduce College Lecturers and School Teachers to the subject of Climate Education and Live Projects that they can do in their institution and elsewhere
3. Climate Projects on
Water Conservation
• Hard changes / Easy
changes
• Water Conservation in
consumption
• Water budget for
educational institutions
• Diverting stagnant water
to plants and drains
4.
5. Water Conservation
• Understanding Water
• A.1. Flow of Water
• A.2. Usage of Water
• A.3. Quality of Water
• A.4. Rainwater Harvesting Potential
• B.1. Build a Rain Gauge
• B.2. Compare Water Demand
• B.3. Design Rainwater Harvesting System
7. Prepare a Water Map
• Used Water Drainage
• Fresh Water Transport
Route
• Water Supply Sources
• Water Storage Areas
• Water Dispensation
Areas
• Storm Water Drains
• Sewer Lines
• Water Taps
8.
9. Water Supplies
• Water Tank Filling: Supply Schedule
• Water Tank Cleaning: Cleaning
Schedule
• Water Tank Refilling: Schedule
• Water Tank & Tap Leakage Mending
• Who is in charge of log book
• Which Route
• Monitoring
10.
11.
12. What is Water Conservation?
Water conservation is a practice in which
people, companies, and governments
attempt to reduce their water usage.
20. Why Conserve Water?
Water is essential to life on earth. We need
water to grow food, keep clean, provide
power, control fire, and last but not least, we
need it to stay alive!
21. If water is constantly being cleaned
and recycled through the earth’s
water cycle, why do we need to
conserve it?
The answer is that people use up our planet’s
fresh water faster than it can naturally be
replenished.
22. Climate Projects on
Water Conservation
• Water Foot Print
• Hard Changes / Easy
Changes
• Water Conservation &
Consumption
• Water Budget
• Diverting Stagnant Water
to Plants and Drains
23.
24. Water Footprint
Amount of fresh
water utilized in
production or supply
of the goods and
services used by a
particular person or
group
25. [Hoekstra & Chapagain, 2008]
Food
► 1300 kg of grains
(wheat, oats, barley, corn, dry peas, soybean, etc)
► 7200 kg of roughages
(pasture, dry hay, silage, etc)
Water
► 24000 litres for drinking
► 7000 litres for servicing.
The water footprint of a cow
99%
1%
26.
27. Water Footprint
► WF is an indicator of water use that
looks at both direct and indirect water
use of a consumer or producer.
► Measured in terms of water
volumes consumed (evaporated or
otherwise not returned) or polluted per
unit of time.
► Space and Time indicator.
► Calculated for a process, a product,
a consumer, group of consumers (e.g.
municipality, province, state or nation)
or a producer (e.g. a public
organization, private enterprise).
28. Direct water footprint Indirect water footprint
Green water footprint Green water footprint
Blue water footprint Blue water footprint
Grey water footprint Grey water footprint
Water
consumption
Water
pollution
Return flow
Water withdrawl
Traditional
statistics
on water use
Water Footprint Components
31. Water Footprint Unit
• WF of a process: water volume per unit of time.
When divided over the quantity of product that results from the process, it
can also be expressed as water volume per product unit.
• WF of a product: water volume per product unit.
o water volume per unit of mass
o water volume per unit of money
o water volume per piece
o water volume per unit of energy (food products, fuels)
• WF of a consumer or business and WF within an area: water volume per
unit of time. The water footprint of a community of consumers can also be
expressed in terms of water volume per unit of time per capita.
32. Net virtual water import (Gm3/yr)
-100 - -50
-50 - -25
-25 - -10
-10 - -5
-5 - 0
0 - 5
5 - 25
25 - 50
50 - 100
No Data
National Virtual Water Balances
33. WFP(m3/cap/yr)
600 - 800
800 - 1000
1000 - 1200
1200 - 1300
1300 - 1500
1500 - 1800
1800 - 2100
2100 - 2500
No Data
Water Footprint Per Capita
41. Reduce potable water consumption for landscape by 50% over
a theoretical baseline design for the specific region:
Successful Strategies:
• Drought tolerant plants
• Drip irrigation, moisture-sensing irrigation technologies
• Recycled rainwater system
• Municipally-provided non-potable water source use
Water Use Reduction, 20% and 30% Reduction
Successful Strategies:
• Dual flush water closets
• Ultra low-flow water closets and urinals
• Waterless Urinals
• Sensor-operated, Low-flow lavatories
• Rainwater collection reuse systems
• Grey water reuse systems
Landscaping & Water use reduction
43. Investigate
• Create Inventory of your skills and talents
• What community needs inspire you List Out:
media, interviews, surveys, observation and
experience
• Form groups to discuss: People, plants,
animals, weather, land, water health and food
• Check three needs worth addressing