amu darya river basin presentation
TRANSCRIPT
7/31/2019 Amu Darya River Basin Presentation
http://slidepdf.com/reader/full/amu-darya-river-basin-presentation 1/16
Shira BabowGENI Research Associate
7/31/2019 Amu Darya River Basin Presentation
http://slidepdf.com/reader/full/amu-darya-river-basin-presentation 2/16
The Amu Darya River Basin
7/31/2019 Amu Darya River Basin Presentation
http://slidepdf.com/reader/full/amu-darya-river-basin-presentation 3/16
Hydrological Significance of
the ADRB
7/31/2019 Amu Darya River Basin Presentation
http://slidepdf.com/reader/full/amu-darya-river-basin-presentation 4/16
The Water-Food-Energy
Nexus
7/31/2019 Amu Darya River Basin Presentation
http://slidepdf.com/reader/full/amu-darya-river-basin-presentation 5/16
Geography
Upstream (Tajikistan and
Afghanistan)
Downstream
(Turkmenistan and
Uzbekistan)
7/31/2019 Amu Darya River Basin Presentation
http://slidepdf.com/reader/full/amu-darya-river-basin-presentation 6/16
The Water-Energy Tradeoff
7/31/2019 Amu Darya River Basin Presentation
http://slidepdf.com/reader/full/amu-darya-river-basin-presentation 7/16
Water Withdrawal Limit vs.
PopulationCountry Population Water
WithdrawalLimit (c.
1992)Tajikistan 7 million 9.5 km cubed
Turkmenistan 5 million 22 km cubed
Uzbekistan 28 million 22 km cubed
N. Afghanistan Est. 15-30 million2.1 km cubed
7/31/2019 Amu Darya River Basin Presentation
http://slidepdf.com/reader/full/amu-darya-river-basin-presentation 8/16
Surface Water Mineralization
in the Downstream States
7/31/2019 Amu Darya River Basin Presentation
http://slidepdf.com/reader/full/amu-darya-river-basin-presentation 9/16
Confined vs. Semi-Confined
Aquifers
7/31/2019 Amu Darya River Basin Presentation
http://slidepdf.com/reader/full/amu-darya-river-basin-presentation 10/16
Sources of Groundwater
Pollution
7/31/2019 Amu Darya River Basin Presentation
http://slidepdf.com/reader/full/amu-darya-river-basin-presentation 11/16
Global Warming
• Left to Right: 1989,
2003, 2009
• Left column: untouched desert
land
• Right column: irrigated desert land
7/31/2019 Amu Darya River Basin Presentation
http://slidepdf.com/reader/full/amu-darya-river-basin-presentation 12/16
The Central Asian Power System (CAPS)
•Red line =500 kV
•Blue line =
220 kV
•Black line =
110 kV
•Center of
CAPs inTashkent,
Uzbekistan
7/31/2019 Amu Darya River Basin Presentation
http://slidepdf.com/reader/full/amu-darya-river-basin-presentation 13/16
Tajikistan: Electricity Sources
and Renewable PotentialSource Amount
Generated(GWh)
HydroelectricStations
15,800
Natural GasStations
327
TotalGenerated
16,184
Renewable Resource Energy GenerationPotential
Hydropower 300,000 GWh
Wind 1,900 MW
Biomass Est. 2,000 GWh
Solar 25,000 GWh
Geothermal Unknown
Total 327,000 GWh
Total ElectricityConsumption
13,540 GWh
7/31/2019 Amu Darya River Basin Presentation
http://slidepdf.com/reader/full/amu-darya-river-basin-presentation 14/16
Turkmenistan: Electricity
Sources and Renewable
PotentialSource Energy
Generated
(GWh)Natural Gas 15,977
HydroelectricStations
3
Total 15,980
RenewableResource
EnergyGenerationPotential
Hydropower 1,700 GWh(economicallyfeasible)
Wind Est. 10 GW
Solar 1,989 kWh/sq. m
Biomass Unknown
Geothermal Unknown
Total Min. 1,700 GWh
Total ElectricityConsumption
12,180 GWh
7/31/2019 Amu Darya River Basin Presentation
http://slidepdf.com/reader/full/amu-darya-river-basin-presentation 15/16
Uzbekistan: Electricity Sources
and Renewable PotentialSource Energy
Generated(GWh)
Coal and Peat 2,308
Oil 1,037
Natural Gas 37,495
HydroelectricStations
9,330
Total 50,170
RenewableResource
EnergyGenerationPotential
Hydropower 26,700 GWh
Wind 4,300 MW
Biomass Min. 3.5 GWh
Solar Est. 181,720 GWh
Geothermal 135-1150 MWt
Total Min. 212,700GWhTotal Electricity
Consumption45,430 GWh
7/31/2019 Amu Darya River Basin Presentation
http://slidepdf.com/reader/full/amu-darya-river-basin-presentation 16/16
Potential Solutions to Combat
Water and Energy Crises• Restructure the River Basin Organization: two-tier
representative selection, third-party monitoring, transparency.
• Create appropriate financial mechanisms for the water-energy
tradeoff: de-link water and energy trade, variable water rates,line of credit with Guarantee Fund.
• Improve the efficiency of irrigated agriculture: alternate dry
furrow irrigation, drip irrigation.
• Diversify the agriculture sector.
• Invest in renewable energy.
• Local education: involve farmers in the scientific process,
harness local knowledge and encourage innovation.