Elsevier

Political Geography

Volume 77, March 2020, 102102
Political Geography

From Chinese dam building in Africa to the Belt and Road Initiative: Assembling infrastructure projects and their linkages

https://doi.org/10.1016/j.polgeo.2019.102102Get rights and content

Abstract

This paper aims to build a political economic geography of the Belt and Road Initiative (BRI). We draw on assemblage thinking and the notion of the Chinese Water Machine to examine Chinese practices and business-related outcomes of building a dam in Africa, stressing the complicated interactions between different actors. Based on fieldwork in China and Ghana, as well as documentary data, this paper argues that Chinese engagement with Africa is a global enterprise, in which players come from China, the recipient, and other countries; and that project-level organisation and implementation under BRI umbrella will also likely be a joint production by all such players, elaborated in a path dependent way but subject to the spatial embeddedness of specific projects. Yet whether BRI-related projects can advance the specific geopolitical and economic interests of China is uncertain: not only have Chinese players been co-constructing such infrastructure projects with non-Chinese players, but also Beijing's role in forging the expansion of Chinese corporations' business abroad is not clear.

Introduction

The Chinese government's Belt and Road Initiative (BRI) in 2013 instigated an infrastructure construction program in Asia, Europe and Africa (Nordin & Weissmann, 2018). China has created new financial institutions and promised to invest USD 1 trillion in foreign infrastructure projects (Aoyama, 2016), and BRI is now taking shape at the project level: in 2015, China's Silk Road Fund made its first investment in large dam construction as a shareholder of a subsidiary of the Three Gorges Corporation. The first project sponsored by the Fund, the Karot Dam on the Jhelum River in Pakistan, is currently being built (Karot Power, n.d.). From 2013 to 2018, the value of contracts completed by Chinese companies in countries along the BRI is reportedly USD 400 billion (Steering Group for The Belt and Road Initiative, 2019).

China's official and scholarly rhetoric describes BRI as an inclusive scheme embedded in China's economic rise (Liu, 2017). Five priorities are proposed to help connect places: policy coordination, infrastructure connectivity, trade, finance and people-to-people relations (State Council, 2015). The key idea of the ‘Silk Road Spirit’, BRI's ‘inclusiveness’, has three dimensions: ‘community of common interests’; respect for the development paths of different countries; and openness to all countries and international/regional organisations (Zeng, 2016; Zhang, 2018). Framing ‘inclusive globalisation’ as central to BRI, Liu and Dunford (2016) posit specific infrastructure projects and new multilateral investment mechanisms to promote poverty reduction and inclusive growth. Other analysts, however, interpret BRI as a global project that manifests Beijing's grand economic and geopolitical ambitions to challenge existing regional and world orders (Mendes, 2018) – a kind of Sinocentric project that builds on and beyond China's ‘going out’ strategy (Yu, 2018), itself a “spatial fix” to address China's overcapacity problem (Sum, 2018).

Infrastructures, like big dams, are “one of the ways in which the state actualises power over its territory” (Menga & Swyngedouw, 2018) or attempts to extend power over other states (Sneddon, 2015). Yet most BRI-themed studies focus on discursive macroeconomic and political issues, rather than on-the-ground practices (Liu et al., 2018), so the project-level implications of China's BRI practices remain unclear. This paper, therefore, asks: what can we learn from past Chinese infrastructure projects (financing and building a foreign dam) about how BRI projects will likely take shape?

Assemblage thinking offers a mode of inquiry that is sensitive to on-the-ground practices, especially the “unusual suspects involved”, and to processes of becoming (Ranganathan, 2015, p. 1315). Assemblage thinking originated from Deleuze and Guattari (1988), who proposed an ontological framework in which “relations are external to their terms” (Deleuze & Parnet, 2002, p. 55). Adopting the notion of the Chinese Water Machine (CWM) – a loosely-defined network of actors managing water in China (Webber & Han, 2017) – the paper frames some CWM members as actors cooperating with multiple actors outside China to co-construct a foreign dam. Particularly, we trace the “becoming-being” of CWM-related assemblages operating outside China that are linked through the participation of CWM members. We disentangle the configuration of different actors in a dam project and show how one project spawns a diverse array of business opportunities. Thus the paper explains how CWM members join and hold together other assemblages, using the concept of “assemblages of assemblages” (Delanda, 2016, p. 3) to derive broader implications for BRI. In other words, the paper explores how one assemblage spawns other assemblages.

We argue that Chinese engagement with Africa is a global enterprise, in which players come from China, the recipient, and other countries; and that projects implemented under the BRI umbrella will likely also be jointly produced by all such players, organised in a path dependent way but subject to their embeddedness in different places. Yet whether BRI-related Chinese investment in foreign infrastructure construction can advance the Chinese government's geopolitical and economic interests is not clear: not only do Chinese builders co-construct projects with non-Chinese players, but Beijing's role in forging Chinese firms' business expansion overseas is limited. Tracing project-based networks, the paper shows the intersections of network assemblages that inform how projects play out on the ground, and their geography.

The paper selects a Chinese-involved dam project in Ghana, for two main reasons. First, dam projects are central to understanding China's overseas investment: the Silk Road Fund launched its operations with a dam project; in 2010–20, Chinese companies added 8,134 MW hydro-capacity in Sub-Saharan Africa, over half the continent's total added hydro capacity (Benazeraf & Yan, 2019). Chinese involvement in dams in Africa and Asia has attracted attention over development finance (Brautigam, Hwang, & Wang, 2015), geopolitics (Mohan & Tan-Mullins, 2018; Power, 2019), impacts and sustainability (Siciliano & Urban, 2018). Generally interpreted as being about China's domestic overcapacity problems and the need for resource security (Gleick, 2012; Lee, 2017), or the export of China's ‘development experience’ (Bosshard, 2009), little is known about how Chinese actors actually participate in projects and how they discover a market through project-based networks, despite their significance for China's geo-economic strategy in Africa (Carmody & Owusu, 2007).

Second, West African countries are rarely the focus of BRI studies, which typically highlight Europe, Central Asia and Southeast Asia (see, for example, Bhavna & Yuka, 2018; Foggin, 2018; Karim & Islam, 2018). While Africa is sometimes discussed in reports about BRI, the examples are typically East African, such as Kenya and Ethiopia (Zhu, 2018). Yet there are active BRI-related discussions between Chinese and West African officials, including in Ghana (Sun, 2017) and Nigeria (Saliu, 2018). During the 2018 Beijing Summit of the Forum on China–Africa Cooperation, the Chinese government announced that 37 African countries had signed Memoranda of Understanding (MOUs) to jointly advance the BRI (Ministry of Foreign Affairs, 2018). Ghana signed eight cooperation agreements with China including a “One Belt One Road MOU” (Ghana News Agency, 2018).

The case studied here is the Bui dam in Ghana. Other major Chinese-involved dam projects in Africa include Merowe (Sudan), Imboulou (Republic of the Congo), Gibe III (Ethiopia), and Memve'ele (Cameroon) (Chen & Landry, 2018). Officially commissioned at the end of 2013, the Bui dam was built by Sinohydro as an Engineering-Procurement-Construction (EPC) turnkey contract beginning in 2007 with finance from China Exim Bank (Hensengerth, 2014). The 2013 completion date permitted us to document the project's organisation and implementation, as well as Chinese dam players' subsequent business in Ghana. Information about the dam and its construction in Ghana was relatively open.

The analysis relies on fieldwork in China and Ghana, supplemented by open-source data. Personal communications and 28 semi-structured interviews with Chinese officials and employees in dam companies (including Sinohydro, Gezhouba, and Three Gorges Corporation), as well as delegates from recipient countries, universities, and non-government organisations (NGOs), were conducted during and after the World Hydropower Congress in Beijing in May 2015 (Table 1). The Bui Power Authority and Bui construction and resettlement sites were visited from July to October 2015. Interviews and personal communications were also conducted with Ghanaian officials and researchers, Chinese embassy officials, Sinohydro employees at Bui, and international NGOs and researchers in Accra. Secondary information was collected from media reports, yearbooks, and official websites of governments, corporations, and related organisations. The 2014 Ghana Chinese Business Directory,1 provided by the Chinese Embassy in Ghana, identifies Chinese players operating in Ghana and guides research into their business there.

The remainder of the paper has four sections. We first outline the paper's conceptual approach, which understands networks as assemblages We then examine the Bui case, describing the membership and formation of the Bui assemblage (second section), and tracing the businesses of Sinohydro and of other CWM members in Ghana, during and after Bui (third section). Here we reveal the linkages between the Bui assemblage and the CWM. The paper concludes by discussing theoretical issues and its implications for BRI.

Section snippets

The Chinese Water Machine as assemblage

Chinese dam players are interconnected through what Webber and Han (2017) call the Chinese Water Machine (CWM): the network of actors that manage water in China. The CWM includes Chinese government agencies, corporations, foreign companies operating in China, international industrial associations, and other relevant organisations. The framing of CWM follows DeLanda's (2019, p. 12) interpretation of the Deleuzian idea of assemblage, which emphasizes “relations of exteriority”: members of an

Assembling Bui: actors, configurations and beyond

This section investigates the formation and membership of the Bui project assemblage. The three core members of the assemblage were Sinohydro, which signed an EPC turnkey contract to build the Bui dam in 2007, China Exim Bank, which provided finance, and agencies of the Ghanaian government. Yet members of the Bui assemblage also included European consultants, HydroChina engineers, Pakistani operators, others like Ghanaian workers, as well as environmental conditions including the Volta River2

Marketing of Chinese dam builders in Ghana

Bui was Sinohydro's first business in Ghana. During and after building the dam, the company actively sought new projects in the country. As one of China's policy banks, however, China Exim Bank has no role in marketing – it has no office or resident personnel in Ghana. Marketing, therefore, was the business of Sinohydro and other Chinese dam players (Table 4). Though seeking finance from Beijing, Sinohydro has followed market principles in winning contracts and collaborating with non-Chinese

Conclusions

Following assemblage thinking and the characterisation of the Chinese Water Machine, this paper detailed the Bui-specific network assemblage that constructed Ghana's Bui dam. We responded to existing knowledge on hydropolitics and assemblage, especially Sneddon’s (2015) book on US-centred Cold War geopolitics and recent scholarly debates in Political Geography (see Hirsch, 2017), making specific contributions to the theorisation of the assemblage-CWM framework. The paper showed the ways in

Funding

Portions of this research were supported by the Australian Research Council [Discovery Project Grant DP110103381]; and the China Scholarship Council - University of Melbourne PhD Scholarship, which funded Xiao Han's doctoral research [thesis title: Money, Markets and Hydropower: Chinese Dam Building in Africa] at the University of Melbourne.

Declaration of competing interest

None.

Acknowledgements

The authors are grateful to all the participants we talked to during the fieldwork, as well as the organisers and participants at the BRI special session series at the 2018 AAG conference. Particular thanks to Dr Sarah Rogers, Dr Gustavo Oliveira, Dr Galen Murton, Dr Jichuan Sheng, and the three anonymous reviewers, who provided detailed and thoughtful comments on earlier drafts. We also thank Dr Filippo Menga for editorial guidance.

References (123)

  • R. Aoyama

    “One belt, one road”: China's new global strategy

    Journal of Contemporary East Asia Studies

    (2016)
  • C. Arko

    Parliament approves US$ 2 billion project support agreement [Online]

    (2018)
  • A. Armony

    Exporting corruption

    Americas Quarterly

    (2012)
  • D. Benazeraf et al.

    Another look at China's involvement in the power sector in Sub-Saharan Africa [Online]

    (2019)
  • D. Bhavna et al.

    China's silk road economic belt initiative in central Asia: Economic and security implications

    Asia Europe Journal

    (2018)
  • P. Bosshard

    China dams the world

    World Policy Journal

    (2009)
  • P. Bosshard

    Is the world's biggest dam builder willing to change? [Online]. China Dialogue

    (2014)
  • D. Brautigam

    The dragon's gift: The real story of China in Africa oxford

    (2009)
  • D. Brautigam

    Aid 'with Chinese characteristics': Chinese foreign aid and development finance meet the OECD-DAC aid regime

    Journal of International Development

    (2011)
  • D. Brautigam et al.

    Great walls over African rivers: Chinese engagement in African hydropower projects

    Development Policy Review

    (2019)
  • D. Brautigam et al.

    Chinese financed hydropower projects in Sub-Saharian Africa

    (2015)
  • Bui Power Authority

    Bui Reservoir Operations - July 2014 [Online]

    (2014)
  • Bui Power Authority

    Project Background [Online]

  • $2bn Sinohydro deal not loan agreement – IMF [Online]

    (2018)
  • R. Calow

    Hidden from view? The environmental consequences of an evolving China-Africa relationship

  • N. Castree

    False antitheses? Marxism, nature and actor-networks

    Antipode

    (2002)
  • China Central Television Français

    Li Ruogu| to realize the centurial dream of the African people

    (2016)
  • China Development Bank

    China Africa development fund [Online]

  • China Enterprises Chamber of Commerce in Ghana

    Economic and trade link

    (2014)
  • China International Water & Electric Corporation

    (CWE signed $ 3 billion new dam project in Ghana) [Online]

    (2014)
  • China International Water & Electric Corporation

    CWE Ghana [Online]

    (2013)
  • B. Crow-Miller et al.

    The techno-politics of big infrastructure and the Chinese water machine

    Water Alternatives

    (2017)
  • China Daily

    President of Ghana: Chinese enterprise helps Ghanaians to use safe water

    (2014)
  • M. Delanda

    Assemblage theory

    (2016)
  • M. Delanda

    A new philosophy of society: Assemblage theory and social complexity

    (2019)
  • G. Deleuze et al.

    A thousand plateaus: Capitalism and schizophrenia/Gilles Deleuze, Félix Guattari; translation and foreword by brian Massumi

    (1988)
  • G. Deleuze et al.

    Dialogues

    (2002)
  • M. Fink

    Integrating the World Commission on Dams recommendations in large dam planning processes: The case of Bui Ghana

    (2006)
  • J.M. Foggin

    Environmental conservation in the Tibetan plateau region: Lessons for China's belt and road initiative in the mountains of central Asia

    Land

    (2018)
  • V. Foster et al.

    Building bridges: China's growing role as infrastructure financier for Sub-Saharan Africa

    (2009)
  • Ghana Dams Dialogue

    Report of the project close-out Durbar of the Ghanaian dams dialogue [Online]

    (2011)
  • Ghana News Agency

    Ghana, China sign cooperation agreements [Online]

    (2018)
  • Ghana Water Company

    Completed Projects [Online]

  • Ghana Water Company

    On-going projects - planned urban water supply projects [Online]

  • Ghanaweb

    Confirmed: Bui shuts down [Online]

    (2014)
  • Ghanaweb

    GRIDCo signs US$67m Prestea-Kumasi transmission line project [Online]

    (2015)
  • Ghanaweb

    Parliament approves $646m under Sinohydro for infrastructure projects [Online]

    (2018)
  • Ghanaweb

    Get Ghana a vibrant Aluminum industry [online]

    (2019)
  • P.H. Gleick

    China Dams

  • GTZ & IFOK

    Handbook for Planning and Implementation of National dam dialogue processes [online]

    (2008)
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