Geopolitical analysis of the water and renewable energy nexus for urban areas of water-stressed African river basins

Caterina Brandoni, Branko Bošnjaković

Research output: Chapter in Book/Report/Conference proceedingConference contribution

Abstract

Despite progress, the 2015 Millennium Development Goal on access to basic sanitation will likely not be met by all the world’s countries, and most of the countries that may not reach the target, are in Africa. Climate changes will increase precipitation variability and extreme events, with growing risks for vulnerable areas. The work investigates the water and renewable energy nexus in wastewater management for urban areas of water stressed river basins. In particular, it identifies strategies for the design and deployment of decentralized wastewater facilities, which can help to tackle the effects of climate changes and increasing population, preserving the water bodies. Results show that the integration of wastewater and renewable sources provides a: i) greater resilience of the water supply and energy system, ii) lower impact of intermittent renewable energy, iii) reduction in the cost of electricity, when compared to its real cost, iv) access to a wider range of external funds to cover the investment. Finally, it has been outlined how the concept under analysis can contribute to security, both domestic and cross-border, improving the political stability in the region.
LanguageEnglish
Title of host publicationUnknown Host Publication
Number of pages11
Publication statusPublished - 27 Sep 2015
Event10th Conference on Sustainable Development of energy, water and environment systems, SDEWES - Dubrovnik
Duration: 27 Sep 2015 → …

Conference

Conference10th Conference on Sustainable Development of energy, water and environment systems, SDEWES
Period27/09/15 → …

Fingerprint

river basin
urban area
wastewater
energy
climate change
extreme event
sanitation
cost
water
electricity
water supply
analysis
border
effect
Africa
water body
world

Keywords

  • Geopolitics
  • water energy nexus
  • renewable sources
  • wastewater treatments
  • security issues
  • mitigation
  • adaptation
  • SSA Africa

Cite this

@inproceedings{e9a4d14d51b846bea7bbfbc6660e7b3e,
title = "Geopolitical analysis of the water and renewable energy nexus for urban areas of water-stressed African river basins",
abstract = "Despite progress, the 2015 Millennium Development Goal on access to basic sanitation will likely not be met by all the world’s countries, and most of the countries that may not reach the target, are in Africa. Climate changes will increase precipitation variability and extreme events, with growing risks for vulnerable areas. The work investigates the water and renewable energy nexus in wastewater management for urban areas of water stressed river basins. In particular, it identifies strategies for the design and deployment of decentralized wastewater facilities, which can help to tackle the effects of climate changes and increasing population, preserving the water bodies. Results show that the integration of wastewater and renewable sources provides a: i) greater resilience of the water supply and energy system, ii) lower impact of intermittent renewable energy, iii) reduction in the cost of electricity, when compared to its real cost, iv) access to a wider range of external funds to cover the investment. Finally, it has been outlined how the concept under analysis can contribute to security, both domestic and cross-border, improving the political stability in the region.",
keywords = "Geopolitics, water energy nexus, renewable sources, wastewater treatments, security issues, mitigation, adaptation, SSA Africa",
author = "Caterina Brandoni and Branko Bošnjaković",
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year = "2015",
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language = "English",
booktitle = "Unknown Host Publication",

}

Brandoni, C & Bošnjaković, B 2015, Geopolitical analysis of the water and renewable energy nexus for urban areas of water-stressed African river basins. in Unknown Host Publication. 10th Conference on Sustainable Development of energy, water and environment systems, SDEWES, 27/09/15.

Geopolitical analysis of the water and renewable energy nexus for urban areas of water-stressed African river basins. / Brandoni, Caterina; Bošnjaković, Branko.

Unknown Host Publication. 2015.

Research output: Chapter in Book/Report/Conference proceedingConference contribution

TY - GEN

T1 - Geopolitical analysis of the water and renewable energy nexus for urban areas of water-stressed African river basins

AU - Brandoni, Caterina

AU - Bošnjaković, Branko

N1 - Hard copies in BERI office

PY - 2015/9/27

Y1 - 2015/9/27

N2 - Despite progress, the 2015 Millennium Development Goal on access to basic sanitation will likely not be met by all the world’s countries, and most of the countries that may not reach the target, are in Africa. Climate changes will increase precipitation variability and extreme events, with growing risks for vulnerable areas. The work investigates the water and renewable energy nexus in wastewater management for urban areas of water stressed river basins. In particular, it identifies strategies for the design and deployment of decentralized wastewater facilities, which can help to tackle the effects of climate changes and increasing population, preserving the water bodies. Results show that the integration of wastewater and renewable sources provides a: i) greater resilience of the water supply and energy system, ii) lower impact of intermittent renewable energy, iii) reduction in the cost of electricity, when compared to its real cost, iv) access to a wider range of external funds to cover the investment. Finally, it has been outlined how the concept under analysis can contribute to security, both domestic and cross-border, improving the political stability in the region.

AB - Despite progress, the 2015 Millennium Development Goal on access to basic sanitation will likely not be met by all the world’s countries, and most of the countries that may not reach the target, are in Africa. Climate changes will increase precipitation variability and extreme events, with growing risks for vulnerable areas. The work investigates the water and renewable energy nexus in wastewater management for urban areas of water stressed river basins. In particular, it identifies strategies for the design and deployment of decentralized wastewater facilities, which can help to tackle the effects of climate changes and increasing population, preserving the water bodies. Results show that the integration of wastewater and renewable sources provides a: i) greater resilience of the water supply and energy system, ii) lower impact of intermittent renewable energy, iii) reduction in the cost of electricity, when compared to its real cost, iv) access to a wider range of external funds to cover the investment. Finally, it has been outlined how the concept under analysis can contribute to security, both domestic and cross-border, improving the political stability in the region.

KW - Geopolitics

KW - water energy nexus

KW - renewable sources

KW - wastewater treatments

KW - security issues

KW - mitigation

KW - adaptation

KW - SSA Africa

M3 - Conference contribution

BT - Unknown Host Publication

ER -