From Special Economic Zones to Science and Technology Clusters

Total Page:16

File Type:pdf, Size:1020Kb

Load more

Upgrading China’s Competitiveness: From Special Economic Zones to Science and Technology Clusters

Dr. Filip De Beule Em. Prof. Dr. Daniel Van Den Bulcke

Institute of Development Policy and Management University of Antwerp

i

Preface

While the establishment of economic zones at the beginning of China’s open door policy were careful attempts to open China’s door to the outside world and abandon its isolationist policy, the Chinese leadership today is undoubtedly very proud of these achievements. Twenty five years after the first four Special Economic Zones (SEZ) and twenty years after the development and construction of statelevel economic and technological development zones, the China National Philatelic Corporation, which belongs to the Chinese Ministry of Posts and Telecommunications, issued a special stamp in 2004 to commemorate the establishment of the Economic and Technological Development Zones (ETDZ). An accompanying leaflet stated “This stamp was issued in commemoration of the glorious achievements of the state-level economic and technological zones in the past 20 years, highlighting the role and position of the construction of the development zones in China’s economic construction. Deng Xiaoping’s inscription is the main element in the design of the stamp, and abstract symbols are used to reflect the radiating and driving role of the development zones as windows and models.”

This report attempts to describe and evaluate the policy of China to use economic zones as vanguards of development. It is based on desk research with a focus on the studies of clusters and a field trip to China in April 2004 with visits to a number of zones in Shanghai, Chengdu, Chongqing, Beijing and Dalian and interviews with managers of the zones and some Belgian companies located in the zones. Although occasional reference is made to Belgian enterprises located in zones, the main focus is on the role of clusters and zones as instruments for development.

This study tries to bring together the use and expansion of economic and technological zones in China with the recent advances in the economic literature about clusters. Although the many forms and confusing terminology in this domain does make such a combination difficult, it is the conviction of the authors that China is gradually moving away from geographic separate zones and parks where

ii companies enjoy tax and other benefits to a more proactive cluster policy where the linkages with other firms in the zone are stimulated. For foreign investors this might mean that they have to reconsider the role of their subsidiaries in China in order not to endanger their relationship with the local and central authorities, which in China still plays a more important role than in other transition economies.

The authors thank the China Europe Management Centre for the fellowship which allowed them to study this interesting subject and are grateful both to the Belgian managers working in such zones and the Chinese managers of the development zones who granted their highly appreciated cooperation for this project.

  • Filip De Beule
  • Daniel Van Den Bulcke

iii

Table of contents

1. Introduction................................................................................1 2. Glocalization: The Paradox of Economic Space .......................6 3. Cluster around me! ..................................................................15 4. China Opens Doors..................................................................24

4.1.1 The turbulent 1980s: From Special Economic Zones to Economic and Technological Development Zones .................24 4.1.2 The booming 1990s: From Pudong New District to High-Tech Parks ......................................................................30 4.1.3 The beginning of the new century: Towards Science and Technology Clusters?........................................................34
4.2 4.3
Regional distribution and impact ....................................38 Conclusions.....................................................................44
5. A Survey of Selected Development Zones ..............................55
5.1 Pearl River Delta.............................................................55
5.1.1 Guangzhou Development District ..............................58 5.1.2 Shenzhen High-Tech Park ..........................................63

5.2.1 Shanghai Municipality................................................65 5.2.2 Jiangsu Province .........................................................83

5.3.1 Hubei Province ...........................................................92 5.3.2 Chongqing Municipality.............................................95 5.3.3 Sichuan Province ......................................................100 5.3.4 Shaanxi Province ......................................................103

5.4.1 Beijing Municipality.................................................108 5.4.2 Tianjin Municipality .................................................112 5.4.3 Liaoning Province.....................................................114 5.4.4 Shandong Province ...................................................118

6. Concluding Comments ..........................................................124

iv

List of Tables

Table 2-1 Cluster mapping studies in selected European countries. ..8 Table 2-2 Explanatory variables influencing the location of value added activities by MNCs in the 1970s and 1990s...........................11 Table 3-1 Various inter-firm productive systems.............................16 Table 3-2 Various agglomeration types............................................21 Table 4-1 FDI inflows in major regions in China, per cent, 1994- 2003..................................................................................................42 Table 4-2 Chinese SEZs and EPZs elsewhere: comparisons on selected aspects in the middle of the 1980s......................................45 Table 4-3 Overview of ETDZ in China, coastal and inland regions 47 Table 4-4 Overview of HTIDZ in China, coastal and inland region 49 Table 4-5 Overview of EPZs and FTZs in China, coastal and inland regions ..............................................................................................51 Table 4-6 Comparison of tax policies of four major types of development zones ...........................................................................53

List of Figures

Figure 4-1 FDI Inflows in China (million USD)..............................37 Figure 4-2 FDI inflows in major regions in China, per cent, 1994- 2003..................................................................................................41 Figure 5-1 Gross Regional Product, 2003, USD billion...................56 Figure 5-2 Foreign Regional Trade, 2003, USD billion...................58 Figure 5-3 Development zones in Guangdong province ..................59 Figure 5-4 Main Cities of the Yangtze River Delta..........................65 Figure 5-5 Most important development zones in Shanghai............67 Figure 5-6 Investment projects in Zhangjiang High-Tech Park .......69 Figure 5-7 Overview of firms located in Zhangjiang High Tech Park ..........................................................................................................71 Figure 5-8 Semiconductor Industry in Shanghai..............................75 Figure 5-9 Most important development zones in Jiangsu province 84

v

List of Boxes

Box 1 Vitalo Packaging GZFTZ Ltd................................................60 Box 2 Glaverbel Vertec Shenzhen....................................................63 Box 3 Bekaert Shanghai Ergang.......................................................77 Box 4 Ensysta Piping Systems Engineering (Shanghai) Co., Ltd....81 Box 5 Atlas Copco Wuxi..................................................................88 Box 6 Xi’an Thiebaut Pharmaceutical Corporation .......................106 Box 7 Xi’an Flanders Innovation Services Centre .........................107

List of Appendixes

Appendix 1 List of interviewed persons in various development zones, April 2004............................................................................130 Appendix 2 List of documents about selected zones......................138

vi

1. Introduction

In 1949, the Chinese communist government adopted Lenin’s view that the export of capital is a central mechanism of imperialism and that the international firm is a double parasite by exploiting both the working class of their own country as well as the labourers of less developed countries. The Cold War and Stalin’s theory of two parallel (capitalist and socialist) markets reinforced internal integration among socialist countries, that is, between Russia and China for mutual economic development. This theory argued that socialist countries should not interact with the capitalist world. In 1951, two years after its founding, the People’s Republic of China emphasized participation in the Soviet dominated socialist bloc in order to develop technological know-how. The Korean War and the ensuing US trade embargo on China further entrenched China’s ‘international’ activity within the socialist bloc (Riskin, 1987).

The sudden break-up in Sino-Soviet relations in 1960 left the country completely isolated. Afterwards China did seek to import machinery and technological support from Japan and Western Europe but these initiatives were abruptly ended by the Cultural Revolution (1966- 1976). Globally isolated, China defined its economic strategy in terms of the concept of self-reliance. Essentially, self-reliance became interpreted to mean that, first, localities should strive for self sufficiency in agriculture and industry and, second, at the national level, that China should not rely on foreign resources for economic development.

By the middle 1970s, China’s technological weakness was clearly apparent, even to its leaders. Outdated machinery, equipment and techniques that were imported during the 1950s still constituted the backbone of its industrial production, which was almost completely oriented to the so-called heavy industry. The failure of this attempted modernisation led to mounting internal criticisms and as a result more political emphasis was placed on readjustment and reform. After the death of Chairman Mao Zedong and the purge of the Gang

1of Four in 1976, China’s repudiation of the closed door policy and its intentions to more fully embrace foreign direct investment (FDI) as a vehicle to obtain advanced technology and assistance in achieving the objectives of modernisation soon became part of its national economic strategy. This new emphasis on foreign owned enterprises was explicitly recognised by the formal inclusion of the Four Modernisations (agriculture, industry, defence, and science and technology) within the Chinese Constitution in 1977 and in the Tenyear Plan (1976-1985) announced during the First Session of the Fifth National People’s Congress in 1978. The subsequent measures to facilitate the gradual entry of FDI followed directly from this plan, when the “Law of the People’s Republic of China on Joint Ventures Using Chinese and Foreign Investment” was adopted as part of its Open Door policy on 1 July 1979 during the second session of the Fifth National People’s Congress. Yet, the original insistence on joint ventures, although there was no upper limit on foreign ownership, indicated that at that time China was not yet ready to welcome wholly owned subsidiaries of foreign multinational corporations (MNCs).

Since 1979, then, the Chinese government has gradually opened up its economy and embraced FDI as a vehicle to obtain advanced technology and assistance in achieving its objectives of modernisation. While foreign direct investment has experienced a rapid growth since 1979, its expansion has been subject to certain fluctuations at particular times. Chinese policy makers have used a system of carrots and sticks to entice and curtail foreign direct investment and initially limit it to particular modes of entry, industries and regions. As such, the regulation of the flow of foreign direct investment into China has had much to do with the country’s establishment over the years of special economic zones, development zones and industrial parks and what today are regarded as ‘clusters’.

The development of FDI in China since the beginning of the 1980s has expanded enormously, reflecting the evolving changes in economic conditions, investment environments and especially government policies. On the one hand, China’s market size and growth, its natural and human resource endowments, its physical,

2financial and technological infrastructure have made China an increasingly attractive investment site for foreign owned enterprises. On the other hand, China has relied on specific requirements, such as joint ventures, export targets, local content requirements and insistence on technology transfers in order to maximize the benefits of FDI to the host economy. The Chinese government thereby systematically tried to strike a balance between the need to attract foreign direct investment in order to acquire technology, conquer export markets and earn foreign exchange, and thereby maximising the positive fall-out to the host economy; to safeguard China’s autonomous decision-making authority and to orient and control the changeover from a centrally planned to a market economy.

Although Chinese administrators have since the outset tried to attract high technological activities to their country in line with their modernization policy, this has not always been as successful as anticipated. Yet, it has to be admitted that China has, however, gone more quickly than most countries through the investment development path (IDP) (Zhang and Van Den Bulcke, 1996; Dunning and Narula, 2004), which states that there exists a systematic relationship between the degree of internationalization of an economy (as measured by inward and outward direct investment) and its degree of economic development (as measured by gross domestic product per capita) (Dunning, 1993).

The first stage in the IDP is typified by a modest amount of inward FDI because of the limited exploitation of indigenous resources and capabilities and/or markets, and the absence of any significant outward FDI. During this initial IDP stage, exports only consist of resource and/or low-skilled, labour-intensive products, while imports are mainly made up of fairly standardized manufactured goods. Government policy is confined to providing the basic legal and commercial infrastructure and incentives (or protection) to local producers and foreign investors.

During the next stage market-seeking FDI is attracted into the country, particularly that of an import-substituting kind, while, as a result of an improved institutional infrastructure and the upgrading of

3indigenous capabilities, there is likely to be the take-off of exportoriented inward FDI, mainly of processed primary products or technology and light manufactures. Government policy is normally concentrated on upgrading the quality of labour and capabilities; on creating an active capital market and an effective (and accountable) banking system; and on ensuring a favourable business environment for both domestic and foreign investors.

Stage three is currently perhaps the most interesting one and, taken together with stage four (for at least parts of the economy), likely to be the most relevant one for the future of the Chinese economy, particularly in the larger cities and coastal areas. A growing and domestic market draws in market-seeking FDI to supply those products for which the investing countries earlier on had a comparative advantage to supply them. At the same time, there is an increasing tendency of foreign firms to engage in higher-value stages of export-oriented activities. Because of the upgrading of domestic resources and capabilities, indigenous firms are now beginning to exploit their foreign markets by outbound FDI and/or cross-border cooperative ventures, as well as seeking new outlets for increasing their own competitive advantages. An increasing proportion of exports now consist of medium to high technology-intensive goods and services. There is likely to be increasing regional specialization of economic activities, with agglomerations or networks of related activities. In stage four, too, there is likely to be a sharp increase in innovation-related activities. Often foreign-owned firms play a critical role in fostering such activities, particularly as part of their global or regional strategies. But this can and is also achieved by national and regional governments, partly by their willingness to upgrade the supporting infrastructure for higher-value activities, partly by the framing of a positive FDI policy, and partly by offering the appropriate tax and other incentives for their indigenous firms to be more innovative and seek out new markets, and for individuals to be more entrepreneurial and to upgrade their native skills.

From being regarded as the world’s assembly factory, China is now becoming an attractive location for higher value-added activities. A vast and growing economy, China is increasingly becoming a partner

4to foreign companies big and small. The country beckons and foreign businesses listen, wondering how, or if, they will manage to capitalize on China’s combination of growth, political stability, investment, market demand and its quest for still more advanced technology. While China has certainly not arrived yet in stage four of the IDP, in which outward FDI typically surpasses incoming FDI, the emergence of Chinese MNCs with investments in many parts of the world, illustrates that China is fast progressing towards an economic power base.

This study of the evolution of economic and technological development zones provides interesting insights into China’s evolving economic and foreign direct investment policy and the way the foreign owned companies have been enticed to locate within these development poles. The second part of the report stresses the contradicting pressures that push firms to globalize while at the same time having to take into account the local situation. In the third part, the economic literature about clusters is analysed. In part four an overview is presented of China’s evolving policy towards FDI with special attention to the geographical dimension. Part five surveys in greater detail a number of well organized zones in the major areas that have been particularly successful in attracting foreign owned firms. Finally, in part six, a short evaluation is given of Chinese policy to use economic and technological zones as a tool to transform their economy and some thoughts are presented about possible future developments.

5

2. Glocalization: The Paradox of
Economic Space

Since the 1980s, both the country- and firm-specific factors influencing foreign direct investment have changed significantly. On the one hand, countries adopted a much more welcoming stance towards inbound investment and increasingly see it as a means of upgrading the competitiveness of their indigenous resources and capabilities. Multinational corporations, on the other hand, are increasingly taking a more systemic approach to their global activities and are pursuing more integrated production and marketing strategies.

The last two decades have also witnessed a gradual movement towards a world economy in which intellectual capital has emerged as the key wealth creating asset. In the 1990s, the market value of industrial corporations has been variously calculated at between two and a half and five times the value of their tangible assets, compared with one and a half times in 1982 (Handy, 1989; Blair, 1995; Edvinsson, 1997). The annual capital expenditure on information technology now exceeds the amount spent on production technology. The knowledge component of the output of manufacturing goods is estimated to have risen from 20 per cent in the 1950s to 70 per cent in 1995 (Stewart, 1997), while white collar workers increased their share of the labour force from 40 per cent in the 1960s to more than 60 per cent by 2000.

Recommended publications
  • Huizhou Is Envisioned As Guangdong Silicon Valley

    Huizhou Is Envisioned As Guangdong Silicon Valley

    News Focus No.3 2019 Huizhou is envisioned as PEGGY CHEUNG ADVISORY DEPARTMENT Guangdong Silicon Valley JAPANESE CORPORATE BANKING DIVISION FOR ASIA T +852-2821-3782 [email protected] MUFG Bank, Ltd. 20 FEB 2019 A member of MUFG, a global financial group When talking about China Silicon Valley or Innovation Hub, the first place that comes to mind would be the media darling-Shenzhen. Following in Shenzhen’s footsteps, the wave of innovation has not only been set off in its neighbouring cities such as Guangzhou and Dongguan, but also in Huizhou, where the local government is putting effort in building Guangdong Silicon Valley. This article will give a brief introduction on Huizhou’s movement towards establishment of Guangdong Silicon Valley and its current Social Implementation1 of innovation and advanced technology. 1. BACKGROUND Huizhou occupies a pivotal position in Shenzhen-Dongguan-Huizhou Economic Circle2 and lies in the core district of eastern Guangdong-Hong Kong-Macao Greater Bay Area (hereinafter “Greater Bay Area”). Since China’s reform and opening up, it has been acting as one of the major industrial cities in Pearl River Delta (hereinafter “PRD”) and has matured petrochemicals and electronic information industries as its pillar industries. Apart from undertaking overflowed industries from Shenzhen and Dongguan, over recent years, Huizhou has been accelerating its level of high-tech R&D activity, with the ultimate goal of evolving as an innovation hub for the emerging industries in Guangdong province. Huizhou was designated
  • Environmental Ecological Response to Increasing Water Temperature in the Daya Bay, Southern China in 1982-2012

    Environmental Ecological Response to Increasing Water Temperature in the Daya Bay, Southern China in 1982-2012

    Natural Resources, 2016, 7, 184-192 Published Online April 2016 in SciRes. http://www.scirp.org/journal/nr http://dx.doi.org/10.4236/nr.2016.74017 Environmental Ecological Response to Increasing Water Temperature in the Daya Bay, Southern China in 1982-2012 Yanju Hao1, Danling Tang2*, Laura Boicenco3, Sufen Wang2 1Yantai Research Institute, China Agricultural University, Yantai, China 2Research Center for Remote Sensing of Marine Ecology & Environment, State Key Laboratory of Tropical Oceanography, South China Sea Institute of Oceanology, Chinese Academy of Sciences, Guangzhou, China 3National Institute for Marine Research and Development “GrigoreAntipa”, Constanta, Romania Received 5 January 2016; accepted 15 April 2016; published 18 April 2016 Copyright © 2016 by authors and Scientific Research Publishing Inc. This work is licensed under the Creative Commons Attribution International License (CC BY). http://creativecommons.org/licenses/by/4.0/ Abstract The increase of water temperature, due to thermal discharges from two nuclear power stations, was one of the most significant environmental changes since 1982 in the Daya Bay, located in the north of the South China Sea. This study investigates the long-term (1982-2012) environmental changes in Daya Bay in response to the increase of water temperature, via comprehensively in- terpreting and analyzing both satellite and in situ observations along with previous data. The re- sults show that: 1) salinity, dissolved oxygen (DO), chemical oxygen demand (COD) and nutrients had been enhanced after the thermal discharges started in 1994; 2) the concentration of Chl-a in- creased while the net-phytoplankton abundance decreased; 3) diversity of the phytoplankton community had decreased; 4) fishery production had declined; and 5) frequency of Harmful Algal Bloom occurrence had increased.
  • An Chengri an Chengri, Male, Born in November, 1964.Professor. Director

    An Chengri an Chengri, Male, Born in November, 1964.Professor. Director

    An Chengri , male, born in November, 1964.Professor. Director of Institute of International Studies, Department of Political Science, School of philosophy and Public Administration,Heilongjiang University. Ph. D student of Japanese politics and Diplomacy History, NanKai University,2001.Doctor(International Relations History), Kokugakuin University,2002. Research Orientation: Japanese Foreign Relations, International Relation History in East Asia Publications: Research on contemporary Japan-South Korea Relations(China Social Science Press,October,2008);International Relations History of East Asia(Jilin Science Literature Press,March,2005) Association: Executive Director of China Institute of Japanese History , Director of China Society of Sino-Japanese Relations History Address: No.74 Xuefu Road, Nangang District, Haerbin, Heilongjiang, Department of Political Science, School of philosophy and Public Administration,Heilongjiang University. Postcode: 150080 An shanhua , Female, born in July,1964. Associate Professor, School of History, Dalian University. Doctor( World History),Jilin University,2007. Research Orientation: Modern and contemporary Japanese History, Japanese Foreign Relations, Political Science Publications: Comparative Studies on World Order View of China Korea and Japan and their Diplomatic in Modern Time ( Japanese Studies Forum , Northeast Normal University, 2006); Analysis of Japan's anti-system ideology towards the international system ( Journal of Changchun University of Science and Technology , Changchun University,2006)
  • Shanghai Family

    Shanghai Family

    Shanghai Family Family Shanghai Shanghai 2019-2020 www.shfamily.com Family SCHOOL DIRECTORY 2019 - 2020 SCHOOL DIRECTORY 随 刊 赠 2019 - 2020 送 International Bilingual & Preschools & Extracurricular Schools Local Schools Kindergartens Activities (International Divisions) Inspiring minds to shape the future. 138*210 Shanghai Family 20190225 copy.pdf 1 01/03/2019 07:58 Introducing YCIS Shanghai’s Ronghua Campus C M Y CM MY CY CMY K Shanghai’s First and Only LEED-Certified Healthy School Environment for Children Ages 2-6 Ronghua Campus was designed by Fielding Nair International, a globally-recognised architectural firm which specialises in the development of world-class learning spaces for children. The campus has been awarded the prestigious ‘Leadership in Energy and Environmental Design’ (LEED) Gold certification from the U.S. Green Building Council (USGBC). The campus achieved its LEED certification after undergoing a technically rigorous process, including the incorporation of environmentally-friendly building materials to achieve an efficient and healthy indoor environment, and it offers a host of outstanding benefits for your child. Schedule a Tour Today! Contact our Admissions Team at +86 21 2226 7666 or visit www.ycis-sh.com Yew Chung International School of Shanghai, Ronghua Campus 上海耀中外籍人员子女学校, 荣华校舍 59 West Rong Hua Road (near South Shui Cheng Road, accessible by both entrances to West Rong Hua Road), Gubei New Area Puxi, Shanghai 201103, P.R.C 中国上海市古北新区荣华西道59号 (近水城南路, 荣华西道环行路中间), 邮编: 201103 138*210 Shanghai Family 20190225 copy.pdf 2 01/03/2019 07:58 A Landmark Development for Shanghai’s Youngest Learners Our Unique Bilingual Environment Two Qualified Co-Teachers Per Class LEED Gold Certification Certified Clean Air Environment C M Y CM MY CY CMY K A Specially Developed Curriculum Small Class Sizes Health and Well-being Facilities Developmental Play Spaces what's inside Shanghai 14 Editor’s Note Sound Advice Vital pointers from education admissions on how Family www.shfamily.com 16 to choose the most appropriate school.
  • Particle Physics Research in China

    Particle Physics Research in China

    Particle Physics Research in China Hesheng Chen Institute of High Energy Physics Beijing 100049, China Outline 1. Introduction 2. BEPC/BEPCII 3. Daya Bay reactor neutrino experiment 4. Particle astrophysics experiments a) Yanbajing cosmic ray observatory b) Space experiments 5. Future plan 6. Closing remarks 2 Frontiers of Particle Intl. Cooperation: – LHCexp. Physics in China – ILC/CLIC? – … • BEPCII • Daya Bay ν • Daya Bay ν II • Cosmic rays • Space experiments • Deep underground Institute of High Energy Physics • Institute of Modern Physics: established at 1950 • Institute of High Energy Physics: independent Institute for Particle physics at 1973 → Comprehensive and largest fundamental research center in China – 1300 employees, 3/4 of them are physicists and engineers, – 550 PhD Students and 60 postdoctors • Goal of IHEP: multiple discipline research center based on large scientific facilities. 4 Major research fields at IHEP • Particle physics: – Charm physics @ BEPC – LHC exp. – Yangbajing cosmic ray observatory – particle astrophysics: HXMT, – Neutrino physics : Daya Bay reactor n exp. • Accelerator technology and applications – High Lumi. e+e- collider: BEPCII – High power proton accelerator: CSNS,ADS • Radiation technologies – Synchrotron radiation source and applications – Spallation neutron source and application • Construction and operation of large scientific facilities • Multiple discipline research: life science, nano-sciences, nuclear imaging, environment…… • 5 University Groups • Peking Univ. • Tsinghua Univ. • University of Sciences and Technology of China • Shandong Univ. • Huazhong Normal Univ. • Shanghai Jiaotong Univ. • Nanjing Univ. • …… 6 NSFC: one of major funding agencies for particle physics in China Supports particle physics research projects national wide, including • Research in experiments • Theory • International cooperation: LHC exp. …… • R&D of accelerator and detector • Innovation in the experimental facilities • …… 7 2.
  • Assessing and Zoning of Typhoon Storm Surge Risk with GIS Technique: a Case Study of the Coastal Area of Huizhou

    Assessing and Zoning of Typhoon Storm Surge Risk with GIS Technique: a Case Study of the Coastal Area of Huizhou

    https://doi.org/10.5194/nhess-2020-130 Preprint. Discussion started: 12 June 2020 c Author(s) 2020. CC BY 4.0 License. Assessing and zoning of typhoon storm surge risk with GIS technique: A case study of the coastal area of Huizhou Si Wang1, Lin Mu1 2, Zhenfeng Yao3, Jia Gao1, Enjin Zhao1 1College of Marine Science and Technology, China University of Geosciences, Wuhan, 430074, China 5 2Shenzhen Research Institute, China University of Geosciences, Shenzhen, 518057, China 3Department of Natural Resources of Huizhou Bureau, Huizhou, 516001, China Correspondence to: Lin Mu (e-mail: [email protected]). Abstract. Storm surge is one of the most destructive marine disasters to life and property for Chinese coastal regions, especially for Guangdong province. In Huizhou city, Guangdong province, due to the high concentration of chemical and 10 petroleum industries and the high population density, the low-lying coastal area is susceptible to the storm surge. Therefore, a comprehensive risk assessment of storm surge over the coastal area of Huizhou can delimit zones that could be affected to reduce disaster losses. In this paper, typhoon intensity for the minimum central pressure of 880 hPa, 910 hPa, 920 hPa, 930 hPa, and 940 hPa (corresponding to 1000-year, 100-year, 50-year, 20-year, and 10-year return period) scenarios were designed to cover possible situations. The Jelesnianski method and the Advanced Circulation (ADCIRC) model coupled with 15 the Simulating Waves Nearshore (SWAN) model were utilized to simulate inundation extents and depths of storm surge over the computational domain under these representative scenarios. Subsequently, the output data from the coupled simulation model (ADCIRC–SWAN) were imported to Geographical Information System (GIS) software to conduct the hazard assessment for each of the designed scenarios.
  • The People's Republic of China Fourth National Report for the Joint

    The People's Republic of China Fourth National Report for the Joint

    English Version The People’s Republic of China Fourth National Report for the Joint Convention on the Safety of Spent Fuel Management and on the Safety of Radioactive Waste Management Prepared for the Sixth Review Meeting July, 2017 Beijing, China Preface Chinese Government has consistently accorded high priority to the safety of spent fuel management and the safety of radioactive waste management. The 21st Session of the Standing Committee of the 10th National People’s Congress, the People’s Republic of China, decided to access to the Joint Convention on the Safety of Spent Fuel Management and on the Safety of Radioactive Waste Management (hereinafter referred to as Joint Convention), which was adopted on 5 September 1997 by a Diplomatic Conference convened by the International Atomic Energy Agency and,at the same time, stated that the Joint Convention is not, for the time being, applicable to the Marco Special Administration Region of the People’s Republic of China, unless otherwise stated by Chinese Government. On 13 September 2006, China sent its submission of accession instrument to the Depositary. The Joint Convention entered into force to China from the day of 12 December 2006 on. The 1st, 2nd and 3rd National Reports of the People’s Republic of China on the fulfillment of the obligations of the Joint Convention were submitted, in October 2008, and October 2011 and October 2014, respectively, to the 3rd, 4th and 5th Review Meetings of the Contracting Parties. This report is provided, according to the Article 32 of the Joint Convention, as the 4th National Report of the People’s Republic of China to the 6th Review Meeting of the Contracting Parties.
  • SR12 Public Disclosure Authorized

    SR12 Public Disclosure Authorized

    SR12 Public Disclosure Authorized CHINA Public Disclosure Authorized HUIZHOU COMBINED CYCLE GAS TURBINE THERMAL POWER PROJECT (P108516) SAFEGUARDS DUE DILIGENCE REPORT November 2007 Public Disclosure Authorized Public Disclosure Authorized 1 TABLE OF CONTENTS 3 Executive Summary Section A Environmental Assessment Procedures and Documentation 6 A.1 Overview 6 A.2 Huizhou CCGT Power Plant 6 A.3 Connected Facilities 8 Section B Environmental Assessment Issues 10 B.1 Nitrogen Oxide (NOx) Emissions and Air Quality 10 B.2 Thermal Plume Monitoring and Modeling 11 B.3 Daya Bay Water Quality Classification and Ecological Zoning 12 Section C Natural Habitats 13 Section D Resettlement 14 Annex 1 Environmental Assessment Procedures and Documentation 20 Annex 2 Environmental Management Plan (EMP) 23 Annex 3 Public Consultations for the Huizhou CCGT Power Plant 27 Annex 4 Confirmation Letter on the Safety Measures and Designs by the 32 National Safety Production and Supervision Bureau (In Chinese) Annex 5 Safety Standards Used for the Huizhou Power Plant 33 Annex 6 Standards for Safety, Health, Environmental Risk, and Emergency 36 Situations Annex 7 Standard of Management for Control of Emergency Plan and 37 Response (In Chinese) Annex 8 SEPA Approval of LNG Terminal and Gas Pipeline (In Chinese) 50 Annex 9 Approval of LNG Terminal and Pipeline Design (In Chinese) 54 Annex 10 LNG Terminal and Regasification Plant - Cover Pages for the 65 Emergency Response Plan (In Chinese) Annex 11 Sample Inspection Records for the LNG Pipeline 66 Annex 12 Approval Letter for the 220 kV Transmission Line (In Chinese) 68 Annex 13 Map of Daya Bay Ecological Core Zones and CCGT Thermal 70 Plume Characteristics 2 WORLD BANK SAFEGUARDS DUE DILIGENCE REORT EXECUTIVE SUMMARY Background information As the trustee of the Netherlands Clean Development Mechanism Facility (NCDMF), the World Bank intends to purchase Certified Emission Reductions (CERs) to be generated by the Huizhou Gas-fired Combined Cycle Thermal Power Plant from 2008 to 2012.
  • International Schools Guide

    International Schools Guide

    Britannica International School INTERNATIONAL Shanghai 上海不列颠英国学校 SCHOOLS "To provide quality teaching & learning experiences for students & staff, focusing on excellence & internationalism, so all may individually & collectively achieve their full potential." Date founded 2013 New for 2015 Affliations with: Duke of Edinburgh International Award, British Gymnastics Association, ASA Swimming Programme Grade level Pre-Nursery to Year 11 Curriculum English National Curriculum, IGCSE and A-Level Languages taught English including EAL programme, Spanish, French, Korean, Mandarin, Japanese 09 School strengths Personalised education, Co-curricular activities, Location & facilities, World languages programme Tuition ¥118,660 – 210,000 year Description With an emphasis on high academic standards, strong pastoral care & a broad, balanced curriculum, Britannica offers the best of British independent school education. Our dynamic & caring staff are experienced in delivering the English National Curriculum. We embrace & celebrate a multicultural population, providing a personalised programme to meet the needs of all students. Small classes & an inclusive policy ensure pupils are fully supported across the curriculum. www.britannicashanghai.com Email: [email protected] Telephone: 6402 7889 Address: 1988 Gubei Lu, Gubei, Changning District Learn about international school options, from preschool to high school The British International School The British International Shanghai (BISS) Pudong School Shanghai (BISS) Puxi 上海英国学校 上海英国学校 "Our
  • China's First Fund in Overseas Stock Market

    China's First Fund in Overseas Stock Market

    ,1" • ,..- ; "'-~ I f I. I e ricial US investment i WINDOWin China -1~32 Hongkong's English language weekly newsmagazine offers you: First hand information on economic, political and social developments affecting Hongkong In-depth analyses of Hongkong's relations with the mainland Yes, I will subscribe at the following rate: For Hongkong subscribers US/Euro/Australia Asia I~1 1 year (52 issues) = HK$540 [~1 1 year = US$147 ~1 1 year = US$128 [~ 1/2 year (26 issues) = HK$283 [~1 1/2 year = US$76 [~ 1/2 year = US$66 Overseas subscribers (including airp0st) Name: ............................................................................................ L ............... Company: .................................................................................................... Address: ..................................................................................................... .................................Tel No (Off.) ....................................................................(Fax) [~1 Payment Enclosed I~l Bill Me Later ~1 Charge my Amex Card - No- ................................. Exp!ry D at ~ - ....................................... Call (852) 896 3041 or fax this form to (852) 889 3144 / G.P.O. Box 312 Hongkong HIGHLIGHTS OF THE WEEK VOL. 36, NO. 50 DEC. 13-19, 1993 ! 994 Important for Economic Reform CONTENTS n In 1994, China's economic reform will focus on accelerating the process of opening to the outside world, strengthening and EVENTS/TRENDS 4-6 improving macro-control, and maintain a sustained and heal- 1994 Critical for Economic thy growth in the national economy (p. 4). Reform Li's South Asian Tour Enhances Friendship HK Talks: Failure But Not the A Dynamic Bohai Rim on the Horizon End China Set to Unify Exchange Rate Quick Steps Urged to Fight AIDS [] The Rim of the Bohai Bay in north China is expected to become one of China's fastest-growing areas in the 1990s.
  • Diversity and Seasonal Occurrence of Skeletonema (Bacillariophyta) Species in Xiamen Harbour and Surrounding Seas, China

    Diversity and Seasonal Occurrence of Skeletonema (Bacillariophyta) Species in Xiamen Harbour and Surrounding Seas, China

    Cryptogamie, Algologie, 2012, 33 (3): 245-263 ©2012 Adac. Tous droits réservés Diversity and seasonal occurrence of Skeletonema (Bacillariophyta) species in Xiamen Harbour and surrounding seas, China Haifeng GU a*,Xiaodong ZHANG b,c,jun SUN b &Zhaohe LUO a a Third Institute of Oceanography, Xiamen, 361005, P. R. China b Institute of Oceanology, Chinese Academy of Sciences, Qingdao, 266071, P. R. China c Graduate School of the Chinese Academy of Sciences, Beijing, 100039, P. R. China Summary – Skeletonema costatum like cells are recorded globally and often generate ahuge biomass when blooming. In the present study we performed ataxonomic and geographic survey of the species diversity in Skeletonema along the Chinese coastline. We concentrated our efforts on Xiamen Harbour, where we followed the annual cycle of the generic diversity by collecting 51 water samples from 2006 to 2010. Atotal of 687 strains of Skeletonema were established and they were identified as S. ardens, S. costatum, S. dohrnii, S. grevillei, S. menzelii,and S. tropicum. S. dohrnii is awinter-spring species, whereas other species tend to appear in summer and autumn. S. costatum is the single species present throughout the year. To assess how the species overcome the period in which they are not detectable in the water column we also sampled the surface sediments and either isolated resting stages and incubated them into cultures, or we generated monoclonal strains by incubating the sediment and isolated whatever emerged from it. The above six species except S. grevillei, and S. pseudocostatum as well, were detected this way, implying that the species produce resting stages.
  • Chemometry Use in the Evaluation of the Sanya Bay Water Quality

    Chemometry Use in the Evaluation of the Sanya Bay Water Quality

    BRAZILIAN JOURNAL OF OCEANOGRAPHY, 58(4):339-352, 2010 CHEMOMETRY USE IN THE EVALUATION OF THE SANYA BAY WATER QUALITY Jun-De Dong 1, 2, 3,*, Yan-Ying Zhang 1, 2, 3 , You-Shao Wang 2, 3 , Mei-Lin Wu 2 Si Zhang 1, 3 and Chuang-Hua Cai 1, 3 1Key Laboratory of Marine Bio-resources Sustainable Utilization South China Sea Institute of Oceanology (Chinese Academy of Sciences, Guangzhou 510301, China) 2Key Laboratory of Tropical Marine Environmental Dynamics South China Sea Institute of Oceanology (Chinese Academy of Sciences, Guangzhou 510301, China) 3Tropical Marine Biological Research Station in Hainan (Chinese Academy of Sciences, Sanya 572000, China) *Corresponding author: [email protected] A B S T R A C T In this study, chemometric method is employed to identify anthropogenic effects on the water quality in Sanya Bay, South China Sea, and its marine and natural characteristics. Principal component analysis has extracted the four latent factors, thus explaining 85.52% of the total variance. Cluster analysis and principal component analysis have identified three different patterns of water quality based on anthropogenic effects and marine characteristics: Cluster I located in the outer and middle parts of the bay, Cluster II close to downtown Sanya, Cluster III located in the Sanya River estuary. In terms of the temporal pattern, principal component analysis and cluster analysis have distinguished the dry season from November to the following April, and the rainy season from May to October. The temporal pattern is related to climate and natural characteristics. The similarity index between variables and scores of samples can further distinguish the contribution of the variables to the samples.