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ESTABLISHMENT OF A TRANSFER CENTRE FOR ENVIRONMENTALLY SOUND TECHNOLOGY
1. Project Summary and Relationship to China's Agenda
21
This project aims to establish a transfer center for
environmentally sound technology, to conduct training
programs, to set up an information network, and to construct
demonstration projects, in order to improve the capability of
China and other Asian Pacific countries in the exchange,
selection, assessment, introduction, development and
application of environmentally sound technologies.
This project is based on programme area 12C of China's
Agenda 21, and is related to programme areas 6D, 6E, 12B and
13C.
2. Background
Industry is the major environmental polluter contributing
about 70% of the pollution in China. In 1995, the countryís
total discharge of industrial wastewater was 22.25 billion
tons, and industrial solid waste was 22.27 million tons. Air
pollutant emissions also increased. Flue dust emissions rose
to 8.45 million tons, powder dust rose to 6.30 million tons,
and SO2 emissions increased to 13.96 million tons. As a
result, 1,963 industrial pollution accidents occurred in
1995. In particular, the major polluting industries such as
the chemical, pulp and paper, food processing, and building
material industries accounted for over 60% of the total
industrial energy consumption and pollution generation.
With China's economic development in the last decade,
small- and medium-sized enterprises (SMEs) have become a
vital new force of industrial development. However, most of
these enterprises are confronted with problems of low
efficiency in utilisation of raw materials, excessive waste
of natural resources, and heavy industrial pollution which
causes great damage to the environment and human health.
These problems arise from their use of obsolete technologies
and facilities, and unskilled work forces, preventing China
from achieving the goal of sustainable industrial
development. They are exacerbated by insufficient information
availability and accessibility, and limited financial
resources.
Today, this situation has drawn great attention in China.
The Chinese government has taken measures to constraint the
development of energy and pollution-intensive industries and
products. A number of SMEs with low efficiency and serious
pollution have been closed or merged or their productions
have been suspended or transformed. Furthermore, the
government has established special funds for environmental
protection and technological innovation, in order to support
key national pollution control projects and cleaner
production projects.
However, these measures only alleviate the problem; they
do not eradicate environmental pollution. Instead, measures
must be taken to guide and encourage industries, especially
SMEs to adopt technological innovation and process
improvement by introducing and developing environmentally
sound technologies (ESTs), and adopting cleaner production.
This is the only way to address the industrial pollution
problem and to achieve sustainable industrial development.
During the transition to sustainable industrial development,
there are huge market demands for ESTs with less or zero
pollution. However, numerous difficulties exist in EST
introduction, development and application. They are:
(1) Poor availability and accessibility of information on
EST for industrial sectors and enterprises. There is
currently no coordinated information system on ESTs in China.
As a result, there is no reliable way of linking information
services and service providers with particular industries.
(2) Lack of capacity in identification, assessment,
introduction and application of EST. For example, obsolete
technologies are transferred to China through foreign capital
investments without thorough assessment.
(3) Inadequate financial resources and experiences in EST
transfer.
(4) Imperfect incentive mechanism for EST research,
development and application. Furthermore, there are almost no
effective economic policies or laws to prevent transfer of
energy and pollution-intensive technologies to China.
On the basis of the existing conditions of the
Administrative Centre for China's Agenda 21 (ACCA21),
particularly the China Sustainable Development Network (CSDN)
being installed in ACCA21, the State Science and Technology
Commission (SSTC) plans to establish a Transfer Centre for
Environmentally Sound Technology (TCEST) under the technical
assistance of the Asian Development Bank (ADB). The objective
of TCEST is to facilitate EST transfer, diffusion and
application. Moreover, because most SMEs in China take the
development steps similar to those in other Asian and Pacific
countries, the EST information network to be established in
this project will also enhance information exchange and
experience sharing throughout the greater region which will
advance sustainable industrial development not only in China
but in other Asian and Pacific developing countries.
3. Objectives
3.1 Long-term Objective
To enhance the capacity of China and other Asian-Pacific
developing countries in the exchange and acquisition of EST
information and in the assessment, introduction, development
and application of appropriate ESTs, in order to foster EST
transfer, to reduce industrial pollution, and to realise
sustainable industrial development.
3.2 Immediate Objectives
- To establish a Transfer Centre for Environmentally Sound
Technology (TCEST), to strengthen the capacity of
industry in EST introduction, development and
application, and improve related management skills;
- To select key pollution-intensive industries and
representative enterprises to establish demonstration
projects for EST transfer so as to provide experiences
for other industries and enterprises.
4. Outputs and Activities
4.1 Establishment of EST databases and an information
network to enhance the availability and accessibility of
information on ESTs
- To conduct a survey on EST introduction, development and
application in China's key industrial sectors, collect
data and materials related to the EST transfer,
development and application in industrialised countries
and other Asian-Pacific countries, set up a library based
on the outcomes of analysing and summarising both
domestic and international materials;
- To assess the present situation of EST application in
China and predict its development trend, identify the
major users, data and information sources, and design the
framework for the EST information system;
- To install the EST information system, set up a WWW
server in connection with the Internet, develop a TCESTís
home page to disseminate EST-related information
including relevant organisations and companies, and
technologies of energy conservation, cleaner production,
wastewater treatment, solid waste disposal, greenhouse
gases abatement, acid rain control, biodiversity
conservation, etc.;
- To establish 10 branches of the TCEST across China and
provide consulting services to local governments and
enterprises.
Monitoring Indicator: an EST information network connected
with the Internet
Implementing Agency: ACCA21
Time Schedule: October 1996 - December 1998
4.2 Training programs on EST transfer to upgrade the
capacity of managerial and technical personnel in assessment
and consultancy on ESTs
- To train TCEST staff and core experts on EST assessment,
market analyses, feasibility studies and EST licensing,
and place the TCEST staff in selected overseas technology
centres;
- To develop teaching materials, conduct training on EST
for the staff of TCEST branches as well as managerial and
technical personnel in key industrial sectors, local
agencies and other Asian Pacific countries, publish and
distribute the regular newsletter on EST;
- To convene international workshops and symposiums on EST
research, development, application and transfer, exchange
and share the information on ESTs among countries and
industrial sectors;
- To conduct EST training programs for management and
technical personnel in Chinese local governments and
enterprises, especially those in SMEs, taking advantages
of the branches of the TCEST.
Monitoring Indicator: an EST training network
Implementing Agency: ACCA21
Time Schedule: June 1997 - December 1999
4.3 Formulation of economic and technological policies
which foster the introduction, development and application of
ESTs and promote foreign investment in ESTs
- To study the existing laws, regulations, technological
and economic policies related to EST transfer, including
the patent law, and the mechanisms of intellectual
property rights protection;
- To conduct EST market analysis, put forward a list of key
technologies to be transferred, develop assessment
criteria for EST transfer projects involving both
technical evaluation and financial analysis.
- To conduct monographic studies on financing of EST
transfer projects, organise investment promotion
workshops on such topics as the foreign investment
environment, opportunities, trends, latent problems,
co-operation conditions, outputs and benefits, etc., in
order to advance the co-operation on EST transfer between
China and other countries.
- To establish financial mechanisms for EST research,
development, application and transfer, e.g. establish an
EST transfer fund, formulate related incentive policies;
- To produce the first five-year development plan for
TCEST, including market strategy, staffing program.
Monitoring Indicators: a Guideline for the Identification,
Appraisal, Construction and Operation of EST Projects, a
Report on EST Market Study, Guideline for Foreign Investments
in ESTs, China's Strategy for Introduction, Development and
Application of ESTs, a Report on Financing ESTs, a Five-Year
Development Plan for TCEST, etc.
Implementing Agency: ACCA21
Time Schedule: January 1997 - December 1998
4.4 Establishment of demonstration projects for EST
transfer
- To select 5 sectors among such pollution-intensive
industries as the chemical, pulp and paper,
electroplating, tannery, dyeing and textile, food
processing and building material industries, and assess
and identify one representative enterprise in each of the
5 sectors;
- To conduct environmental audits on the 5 targeted
enterprises, identify existing environmental problems and
key areas where technological transformations are
necessary;
- Making use of the established EST information system, to
identify ESTs for the 5 targeted enterprises;
- To carry out a comprehensive assessment of the selected
ESTs taking into account the technical, economic,
regulatory and financial aspects, and complete
feasibility studies and engineering designs for the
demonstration projects;
- To procure and install the selected ESTs in the 5
targeted enterprises, and train technical and managerial
personnel;
- To evaluate the 5 demonstration projects, formulate a
work plan for EST promotion on the basis of experiences
gained from the demonstration projects.
Monitoring Indicator: 5 EST demonstration projects
Implementing Agencies: 5 selected enterprises, ACCA21.
Time Schedule: January 1998 - December 1999
5. Inputs
5.1 Chinese Inputs
Chinese inputs will be mainly used for the expenses of
domestic staff, data collection, office and communication,
and for partial funding of the demonstration projects.
5.2 International Inputs
International inputs will be used for expenses of experts,
information collection, establishment of information systems
and network, training materials and necessary equipment, and
the demonstration projects.
5.3 Budget
The total budget needed for this project is US$ 33.60
million. The Chinese side will raise US$ 11.40 million from
domestic sources, while the international sources will cover
US$ 22.20 million.
Table 1. Budget by Item (in million US
dollars)
Item
|
Total
|
Chinese
Inputs
|
International
Inputs
|
Subtotal
|
Grant
|
Loan
|
Local
Contribution
|
Subtotal
|
Grant
|
Loan
|
Direct
Investment
|
Information
Collection
|
0.3
|
0.15
|
0.15
|
|
|
0.15
|
0.15
|
|
|
Experts
|
0.5
|
0.2
|
0.2
|
|
|
0.3
|
0.3
|
|
|
Training
|
0.5
|
0.2
|
0.2
|
|
|
0.3
|
0.3
|
|
|
Equipment
|
3.8
|
0.5
|
0.5
|
|
|
3.3
|
0.3
|
3.0
|
|
Demonstration
Projects
|
28.0
|
10.0
|
1.0 |
4.0
|
5.0
|
18.0
|
1.0
|
17.0
|
|
Contingency
|
0.5
|
0.35
|
0.35
|
|
|
0.15
|
0.15
|
|
|
Total
|
33.6
|
11.4
|
2.4
|
4.0
|
5.0
|
22.2
|
2.2
|
20.0
|
|
Table 2. Budget by Output (in million
US dollars)
Output
|
Total
|
Chinese
Inputs
|
International
Inputs
|
Subtotal
|
Grant
|
Loan
|
Local
Contribution
|
Subtotal
|
Grant
|
Loan
|
Direct
Investment
|
4.1
|
1.3
|
0.7
|
0.7
|
|
|
0.6
|
0.6
|
|
|
4.2
|
0.9
|
0.5
|
0.5
|
|
|
0.4
|
0.4
|
|
|
4.3
|
0.4
|
0.2
|
0.2
|
|
|
0.2
|
0.2
|
|
|
4.4
|
31.0
|
10.0
|
1.0
|
4.0
|
5.0
|
21.0
|
1.0
|
20.0
|
|
Total
|
33.6
|
11.4
|
2.4
|
4.0
|
5.0
|
22.2
|
2.2
|
20.0
|
|
6. Benefits
This project will greatly enhance the capacity of the
Chinese government and industry, especially the TCEST, in the
selection, assessment, introduction and application of ESTs.
Nearly 1,000 professionals in different organisations will be
trained, which in turn will prevent the disadvantageous
transfer of energy and pollution-intensive technologies to
China, and promote EST research and development. Furthermore,
the established TCEST will not only provide consulting
services for China's industrial sectors and enterprises on
EST transfer, but also could, through the EST information
network installed at TCEST, be an effective channel for
information exchange and sharing between China and other
Asian Pacific countries, and thus contribute to the EST
transfer in those countries.
The target beneficiaries of this project are the TCEST,
the selected pollution-intensive industries and enterprises,
and the relevant agencies and companies in other Asian
Pacific countries.
7. Risks
The possible reluctance of some industrial sectors and
foreign institutions in revealing and sharing data, materials
and technologies will hamper the implementation of this
project. It is important to strengthen the coordination among
industrial sectors and international agencies, and to
establish partnerships with commitment to work towards
development and benefit for all interested parties. The risk
can be alleviated by the strong support of the Chinese
government and the Asian Development Bank and by enlisting
the commitment of key polluting industries by convincing them
of the direct benefits to their enterprises and to the
climate in which they function.
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