Official Development Assistance (ODA)
Part III. Sectoral Issues for ODA

Chapter 1 Endeavors to Address Environmental Issues Which Are Expanding on a Global Scale

Section 4 The Japan-China Environmental Model Cities Plan

To date, the undertaking that most strongly reflects the ideals of the ISD (global human security, ownership, and sustainable development) is the Japan-China Environmental Model Cities Plan, which was proposed during a summit meeting of Japanese and Chinese leaders in September 1997.

Severe environmental degradation has been one of the unwanted side-effects of rapid economic growth in China. To give an example, sulfur dioxide concentrations in the cities of Gui Yang and Chongqing have risen higher than the levels registered in Japan during its worst years of pollution.7 However, because China is a large country with many cities, Japan is limited in what it can do to help with its own aid resources. The Japan-China Environmental Model Cities Plan was accordingly conceived in the interest of providing more effective aid. The goal of this plan was to select several cities and have them serve as models of efficient environmental planning for other cities throughout China.

The plan constitutes an unprecedented effort in collaboration. Japan and China organized a committee of experts8 to study the plan from a professional perspective as well as from medium- and long-range perspectives. Both governments have adopted the committee's proposals as guidelines for action, and moved forward into the implementation stage.

The committee selected Chongqing, Gui Yang, and Dalian as the three model cities, and in April 1999 submitted reports to both governments with proposals for core guidelines and projects considered to deserve implementation priority. At present, both governments are heading efforts to implement the plan in accordance with committee recommendations.

1. Outline of Expert Committee Recommendations

The main text of the expert committee's recommendations included core guidelines for the plan, expectations of related institutions, and a framework for follow-up action. This was supplemented by a list of projects in each city that were considered to deserve implementation.

Chart 24 Overview of Environment Center Projects (Six Countries)

  Thailand: The Environmental Research and Training Center (ERTC) Project
Duration of technical cooperation
(project-type)
1 April 1990~31 March 1995
1 April 1990~31 March 1997 (extension)
Cooperation already completed.
Counterpart institution Ministry of Science, Technology & Environment (MOSTE)
Environmental Research and Training Center (ERTC)
Cooperation objectives To promote and strengthen research training and monitoring activities in the fields of water pollution, air pollution, noise and vibration, solid waste, toxic substances and so forth in ERTC, and thus to improve the quality of the environment in the Kingdom of Thailand.
Project content Technology transfer related to research, training and monitoring in the following areas:
  1. Water pollution
  2. Air pollution
  3. Noise and vibrations
  4. Solid waste
  5. Toxic substances
  6. Environmental administration
  7. Environmental impact assessment
  8. Environmental data processing
  9. Environmental education
Cooperation
Grant aid: Around ¥2.3 billion in total
Technical cooperation
  Long-term expert dispatch: 41 persons
  Trainees accepted: 33 persons
  Provision of equipment: Around ¥200 million
Counterpart country arrangements (As at project completion date)
Center staff: Around 70 persons
Center budget: 61.50 million bahts
No. of trainees during cooperation period
ERTC trainees: 956 persons
Local trainees: 890 persons
Training guidance training: Around 150 persons

  Indonesia: The Environmental Management Center (EMC)
Duration of technical cooperation
(project-type)
1 January 1993~31 December 1997
1 January 1998~31 March 2000 (extension)
Counterpart institution Environmental Impact Management Agency
Cooperation objectives To strengthen capacity of environmental management through environmental research and monitoring activities and information systems in the fields of water pollution, toxic substances and other environmental subjects, and environmental training for human resources development in the primarily government organizations concerned, and to improve the quality of environment in the Republic of Indonesia.
Project content
1. Water pollution
2. Air pollution
3. Toxic substances
4. Noise and vibration
5. Information systems
6. Environmental engineering
7. Environmental impact assessment
8. Environmental biology
9. Other environmental subjects
(1~3: main fields, 4~9: when required)
Cooperation
Grant aid: Around 2.7 billion in total
Technical cooperation (up to FY1998)
  Long-term experts dispatched: 17 persons
  Short-term experts dispatched: 40 persons
  Trainees accepted: 35 persons
  Provision of equipment: Around ¥320 million
Counterpart country arrangements
Center staff: 94 persons (52 engineers)
Center budget (FY1998): 370 million rupiah
FY1993-98 cumulative total: Around 4.8 billion rupiah
No. of trainees during cooperation period
303 persons (13 times)
(As of the end of August 1999)

  PRC: The Japan-China Friendship Environmental Protection Center Project
Duration of technical cooperation
(project-type)
1 September 1992~31 August 1995 (Phase I)
1 February 1996~31 January 2001 (Phase II)
Counterpart institution National Environmental Protection Agency
Cooperation objectives Phase I: The collection and analysis of environmental monitoring data, the study of pollution control technology, and the training of staff in environmental protection fields, to provide Chinese counterpart personnel to become staff of the Center with the necessary technical transference for the smooth opening of the Center in 1995.
Phase II: The Center plays a leading role in the field of environmental research, training, and monitoring.
Project content
1. Environmental monitoring technology
2. Pollution control technology
3. Environmental information
4. Environmental strategy/policy research
5. Environmental education/public awareness
6. Human resources development for researchers
Cooperation
Grant aid: Around ¥10.5 billion in total
Technical cooperation (up to FY1998 for Phase II)
  Phase I Phase II
Long-term experts dispatched: 11 persons 16 persons
Short-term experts dispatched: 12 persons 24 persons
Trainees accepted: 24 persons 18 persons
Provision of equipment: ¥93 mil. ¥94 mil.
Counterpart country arrangements
Center staff: 282 persons
(full quota 410)
Center budget (FY1998): 16 million yuan
No. of trainees during cooperation period
1,800 persons (44 times)
(As of the end of October 1998)

  Chile: The National Center for Environment (CENMA) Project
Duration of technical cooperation
(project-type)
1 June 1995~31 May 2000
Counterpart institution National Commission for the Environment (CONAMA)
University of Chile
Cooperation objectives To enable the Center to conduct training, research and development relevant to environmental matters, as well as to provide environmental information.
Project content
1. Forecasting of air pollution episodes
2. Water quality management and industrial liquid wastes
3. Management of industrial solid wastes
4. Air quality control
5. Environmental information
6. Training (to facilitate human resources development)
7. Environmental impact assessment (E.I.A.) and environmental management
Cooperation
Grant aid (equipment): Around ¥700 million
Technical cooperation (up to FY1998)
  Long-term experts dispatched: 10 persons
  Short-term expert dispatch: 28 persons
  Trainees accepted: 14 persons
  Provision of equipment: Around ¥530 million
Counterpart country arrangements
Center staff: 24 persons
Center budget (FY1998): 626 million pesos
Center construction and repairs: Completed January 1997
No. of trainees during cooperation period
Training participants: 345 persons
Seminar participants: 1,010 persons
(As of the end of August 1999)

  Mexico: The National Center for Environmental Research and Training (CENICA) Project
Duration of technical cooperation
(project-type)
1 July 1995~30 June 1997 (Phase I)
1 July 1997~30 June 2000 (Phase II)
Counterpart institution National Institute of Ecology (INE)
Cooperation objectives Phase I: To strengthen the National Center for Environmental Research and Training (CENICA).
Phase II: The structure and activities of CENICA are strengthened, etc.
Project content
1. Improvement of the management skills of the Center
2. Implementation of air pollution monitoring
3. Survey and analysis of air pollution and survey and analysis of hazardous waste
4. Establishment of a pilot monitoring station, implementation of air pollution monitoring
5. Support for development of environmental protection standards
6. Planning and conducting training and seminars
7. Collection of environment-related information
Cooperation Technical cooperation (up to FY1998 for Phase II)
  Phase I Phase II
Long-term experts dispatched: 3 persons 6 persons
Short-term experts dispatched: 4 persons 5 persons
Trainees accepted: 7 persons 8 persons
Provision of equipment: ¥ 40mil. ¥354 mil.
Counterpart country arrangements
Center staff: 27 persons
Center budget (FY1999): ¥65 million
Center construction and repairs: Completed October 1997
No. of trainees during cooperation period
Phase I: 950 persons
Phase II: 970 persons
  (As of the end of August 1999)

  Egypt: The Environmental Monitoring Training Project
Duration of technical cooperation
(project-type)
1 September 1997~31 August 2002
Counterpart institution Egyptian Environmental Affairs Agency (EEAA)
Cooperation objectives EEAA's Cairo Central Center and Regional Branch Offices are capable of conducting appropriate ambient and point sources monitoring on water, air and industrial wastes.
Project content
1. Environmental monitoring training
2. Pollution abatement technology
3. Development of training courses
4. Implementation of training courses
5. Establishment of information systems
Cooperation
Grant aid (equipment): Around ¥1.58 billion in total
Long-term experts dispatched: 6 persons
Short-term experts dispatched: 4 persons
Trainees accepted: 4 persons
Provision of equipment: Around ¥81 million
Counterpart country arrangements
Center staff: 45 persons
Center budget (FY1998): 350,000 LE
Facility maintenance  
No. of trainees during cooperation period
Center staff training: 13 persons
(Launched in 1998; as of the end of August 1999)
Local branch staff training: 18 persons
(Launched in 1999; as of the end of August 1999)

2. Future Efforts

It is essential that China assume its own initiative if the model cities plan is to be put into action. On that understanding, Japan intends to encourage China to make exhaustive efforts toward implementation, and is committed to providing China with assistance that effectively bundles various forms of aid, including yen loans and technical cooperation. Under its fourth five-year yen loan package for China (two years remaining: FY1999 and FY2000) Japan decided to provide yen loan funding of up to ¥40.5 billion for projects that the expert committee recommended for implementation in the three model cities.

In its recommendations, the committee noted that steady progress in project implementation will be crucial, together with work in the arena of human resources development. As the forefront of Sino-Japanese cooperation in the environmental field, the Japan-China Friendship Environmental Protection Center has a vital role to play, and in that respect, will face the necessity of utilizing its resources effectively. For full realization of the model cities plan, though, several other goals remain to be addressed, including the formation of recycling-oriented industrial and social systems. Japan and China will be expected to cooperate toward the achievement of those goals.

Chart 25 Japan-China Environmental Model City Plan: Recommendations by Expert Committees (Overview)

1. Basic policy

(1) Measures to combat sulfur dioxide and soot, acid deposition control
(2) Formation of recycling-oriented industries and social systems
(3) Measures to combat global warming

In the above areas, air pollution prevention projects will be implemented on a prioritized, intensive basis, while appropriate consideration will also be given to projects to combat water pollution where conditions for implementation are met and to build environment management capacity.

2. Requests to governments and other related institutions

(1) Utilize schemes as diverse as possible in line with the nature of the project
(2) Emphasize human resources development and other "soft" aspects in tandem with development of "hard" aspects
(3) Consider the introduction of effective "cleaner production"

Full consideration should be given to the above points, and efforts made to ensure that concept objectives are met.

3. Follow-up arrangements

The Japanese and Chinese expert committees will review the overall progress of the concept and make recommendations to their respective government as the occasion demands.

Project lists for each model city

Chongqing City

  • Recommended projects
    1. Fuel Conversion Project for Small and Medium-size Boilers and Household Burning Facilities
    2. The West Plant Flue Gas Desulfurization Engineering of Chongqing Power Plant
    3. Desulfurization Project of Coke Oven Gas in Chongqing Iron and Steel (Group) Company
    4. Automatic Monitoring on Major Emission Sources in Chongqing
    5. Production of Potassium Sulfate from Desulfurized Gypsum Collected from Power Plants
    6. Chongqing Compressed Natural Gas Auto Engineering Project
  • Projects to be Considered
    • Bio-Briquette Plant Construction Project
    • Coal Preparation Plant Construction Project
    • The East Plant Retrofit and Flue Gas Desulfurization Engineering Project of Chongqing Power Plant
  • Estimated effect
    • SO2: 122,000 tonne reduction (44 percent of total emissions)
    • NOx: 7,000 tonne reduction (12 percent of total emissions)
    • Soot: 15,000 tonne reduction
    • CO2: 670,000 tonne reduction

Guiyang City

  • Recommended projects
    1. Expansion of Coke Oven Gas Making Plant
    2. Air Pollution Prevention at Guiyang Steel and Iron Plant
    3. Flue Gas Desulfurization Engineering of Guiyang Power Plant
    4. Automatic Monitoring on Major Emission Sources and the Ambient Environment in Guiyang
    5. Guizho Cement Plant Dust Prevention Project
    6. Lindong Clean Coal Project
    7. Guizho Organo Chemical Plant Project
  • Projects to be Considered
    • Guiyang Cement Plant Relocation and Air Pollution Prevention Project
    • Guiyang Hongyan Chemical Plant Relocation and Air Pollution Prevention Project
    • Flue Gas Desulfurization Engineering of Qingzhen Power Plant
  • Estimated effect
    • SO2: 139,000 tonne reduction (68.5 percent of total emissions)
    • Soot: 51,000 tonne reduction (58.6 percent of total emissions)
    • CO2: 618,000 tonne reduction
    *In the case that flue gas desulfurization engineering at Guiyang Power Plant is implemented on a reduced scale:
    • SO2: 91,000 tonne reduction (44.8 percent of total emissions)
    • Soot: 33,000 tonne reduction (38.4 percent of total emissions)

Dalian City

  • Recommended projects
    1. Dalian Iron and Steel (Group) Company Electric Furnace Air Pollution Prevention Project
    2. Dalian Pharmaceutical Plant Air Pollution Prevention Project Phase 1
    3. Dalian Cement (Group) Company Dust Prevention Project
    4. Yandao Chemical Industrial Estate Thermoelectric Project
    5. Chunhai Thermoelectric Project Phase 2
    6. Automatic Monitoring on Major Emission Sources and the Ambient Environment in Dalian
  • Projects to be Considered
    • Flue Gas Desulfurization Engineering of Hua Neng Power Plant
    • Water Supply and Drainage Facility Construction in Lushun City
    • Water Supply and Drainage Facility Construction in Zhuanghe City
    • Water Resources Project in Wafangdian City
  • Estimated effect
    • SO2: 9,000 tonne reduction (5.6 percent of total emissions)
    • Soot: 36,000 tonne reduction
    • CO2: 618,000 tonnes reduction

Nature of project lists

  • Project lists are "long lists", and there is no obligation to implement all projects within a given time-frame.
  • Implementation priority will be given to those projects on the lists which meet implementation conditions, bearing in mind the effect of the concept as a whole.
  • The amount of investment in each project will not be taken into consideration in project selection.
  • The Japanese expert committee has not prioritized the various projects. Lists are in the order provided by the Chinese side.

Section 5 Environmental Assistance through Collaboration with NGOs

Grant aid for grassroots projects has already earned strong appreciation inside and outside Japan as a means of providing aid to citizens for projects at the grassroots level, and is also finding effective use in the environmental field. In FY1998, Japan disbursed ¥700 million (12 percent of the total in grant assistance for grassroots projects) for 132 environmental projects. Additionally, ¥60 million was disbursed to subsidize 15 NGO-led projects in reforestation, assignment of experts, and other environmental protection-related areas.

In sectoral terms, projects for the supply of safe water and other improvements in the quality of the residential environment accounted for 70 percent of the aid total. One notable feature is that undertakings focused on natural environmental protection accounted for a larger share of this aid than is the case for conventional environmental ODA.

Also, as one of its efforts under the Japan-U.S. Common Agenda Japan has been providing grant assistance for grassroots project for U.S. NGO-led projects in environmental conservation (the Parks-in-Peril program). For example, in Panama it has assisted in a project to establish an international center for environmental education. The center will have the mission of promoting sustainable forms of development near the Panama Canal, an area afflicted by chronic water shortages attributable to local forest depletion and a consequent deterioration in the water retention capacity of the soil.

Another undertaking involved assistance to the Indonesian village of Sengata, which is located in a region of East Kalimantan that serves as a natural habitat for orangutans. Villagers alarmed by the downtrend in the local orangutan population had initiated programs of protection and monitoring. To aid their efforts, Japan supplied observation huts, motorcycles for patrol purposes, and radio transceiver equipment. Ownership will be fundamental to the solution of environmental problems. Accordingly, providing assistance for independent activities by NGOs and local citizens can be expected to have significant benefits over the medium and long range, particularly within the context of fostering a heightened awareness of environmental issues and boosting local capacity to address and counter environmental strains.


Section 6 Special Yen Loan Interest Rates for Environment Projects and the Flexible Utilization of Grant Assistance

Although most developing countries have demonstrated a much-improved awareness of the gravity posed by environmental problems, in some cases development still earns top priority while the environmental problems go neglected. This state of affairs has prompted Japan to enlist various strategies of promoting the formulation of more projects in the environmental field. In particular, it has begun offering lower interest rates for yen loans, as well as easier recipient country income level-related terms for the provision of grant assistance.

The following measures were taken in order to induce developing countries to utilize yen loans for projects against global warming. First, in September 1997, Japan eased its terms on yen loans for undertakings in pollution abatement and countermeasures against global environmental problems to an annual interest rate of 0.75 percent with 40year repayment period (including a 10-year grace period). Second, under the Kyoto Initiative announced in December that year, Japan widened the scope of project eligibility for yen loans under these terms and drew up a new case list.9 This includes undertakings in a variety of areas that until now were not treated as environmental fields: urban mass-transit systems for the relief of traffic congestion (subways, monorails, etc.), hydroelectric stations (limited to projects that do not pose a heavy environmental load), natural gas-fired power generation facilities, and facility renovation work aimed at conserving energy and other resources. In FY1998, projects to which the special environmental interest rate was applied accounted for 28 percent of the total yen loans (on a commitments basis).

The utilization of more flexible income-related standards has effectively improved grant access even to countries that no longer rely on grants for their development: e.g., particularly for the establishment of environmental centers and other projects that are aimed at boosting recipient capacity to deal with environmental problems.


Section 7 Environmental Considerations for General ODA Projects

At least two dimensions characterize the issues for aid in the environmental context. One concerns ways of promoting ODA in the environmental field (environmental ODA), and the other concerns ways of reducing the negative environmental impact caused by development itself. JICA and the OECF have drawn up guidelines for the inclusion of an environmental perspective into the implementation stages for general ODA projects. Furthermore, the above-cited special environmental interest rate is applied to the consulting services for yen loan projects that require environmental consideration in implementation. Also, environmental impact assessments are now an important element of the ex-post evaluation process for completed projects.


  1. Atmospheric concentrations of sulfur dioxide in Gui Yang and Chongqing averaged 0.418 mg/m3 and 0.321 mg/m3, respectively (according to China Environmental Almanac 1997 data). By comparison, the concentration in the Japanese city of Yokkaichi was 0.25 mg/m3 at its worst.
  2. The expert committee was jointly headed by Dr. Toshio Watanabe (professor at the Tokyo Institute of Technology) and Mr. Wang Yangzu (former vice director of China's State Environmental Protection Bureau).
  3. Terms equivalent to the zero-interest loans offered by the International Development Association (IDA) (0 percent interest, 0.75 percent service charge, 40-year repayment period including 10-year grace period), which are the most concessional available from any lender worldwide. The scope of eligibility extends to projects in pollution abatement (air pollution, water pollution, industrial waste) and countermeasures against global environmental problems, e.g., energy conservation, new and renewable energy resources, forest preservation and reforestation.

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