Over the last 20 years, green technologies have become a global
market worth US$ 650 billion in 2008, matching the aerospace and
pharmaceutical industries in revenue, with the United States, Japan
and the European Union as the leaders. According to the European
Forum on Eco-Innovation the market is expected to reach some US$
2,300 billion by 2020.
Promising sectors
Green technologies include extremely complex and expensive
advanced technology (high-tech) and the simplest technologies that
serve basic human needs. ITC has identified renewable energy, green
information technology and related services, and waste recycling
and water treatment as the most promising sectors in terms of
export growth and opportunities. The table opposite details
exportable technologies and services and their potential for
South-South trade.
The United Kingdom's Joint Environmental Markets Unit predicts
that by 2010 developing and transition countries will expand their
environmental business by 10 per cent a year, producing a market of
US$ 178 billion. Establishing a strong and competitive green
technologies sector is vital if developing countries are to benefit
from these opportunities.
The 2009 World Bank report, International Trade and Climate
Change, states: "Traditionally, developing countries have been
importers of clean technologies, while developed countries have
been exporters of clean technologies. However, as a result of their
improving investment climate and huge consumer base, developing
countries are increasingly becoming major players in the
manufacture of clean technologies. These developments augur well
for a buoyant South-South technology transfer in the future."
Developing South-South trade in green technologies will help create
new export opportunities, facilitate technology transfer and
represent an effective tool for a low-carbon, sustainable
development and a catalyst for creation of "green" jobs and export
revenue.
Sunny prospectsChina, India, Malaysia, Pakistan, Philippines, Thailand and Viet
Nam have already achieved some success in exporting green
technologies. Thailand, for example, exported approximately US$ 2.3
billion of water treatment, pollution control and renewable energy
technologies in 2007.
An example of export-led innovation is Thai Ravotek. This
company, with a staff of 20, began in 2002 to develop Thai-patented
solar collectors (which use solar energy to heat water) and can now
produce 2,000 square metres of collectors every month. Vikorn
Vallikul, Ravotek's director, says: "Our advantage is that we are
good at manufacturing, doing research and investing in training.
But we are not so good at marketing, developing dealers, and
expanding and sourcing. We plan to export to any area with
sunshine. Our niche is to look at the environment and customers
first before we do the design." Companies like Ravotek are in a
good position to export their products, engineering and management
to South-East Asia and possibly beyond.
Environmental industries are emerging in least developed
countries such as Cambodia and the Lao People's Democratic
Republic. These countries are also target markets for import of
low-cost environmental technologies and services from other
developing countries.
Overcoming bottlenecksFurthering trade in green technologies in developing countries
is often hampered by challenges. ITC consulted with developing
country business communities and governments to identify the
bottlenecks that exporters aiming to get into global environmental
markets may face:
- Insufficient knowledge of the global environmental
technology and related services markets
- Complex rules of entry into global green technology
markets for small and medium-sized enterprises (SMEs)
- Lack of international marketing know-how for
technology suppliers
- Poor integration of environmental industry views and
concerns into global policymaking on trade and environment
- Weak capacities and networking of trade support
institutions (TSIs) for promoting international trade in the
sector.
ITC's trade development activities in this sector seek to
strengthen the competitiveness of SME green technology exporters
and help develop TSIs' capacities to expand trade in environmental
technologies and services.
ITC will work with businesses and policymakers to assist them in
their "green" investment decisions and export strategy design.
In-depth studies assessing the status and trade prospects of key
green technology sectors will serve as the basis for establishing
specialized training and capacity-building activities to help
facilitate access and diffusion of green technologies. A series of
business round tables, study tours and buyers-sellers meetings are
planned to encourage knowledge and information sharing. These
actions are meant to enhance intra-regional collaboration in green
technologies and create a new market chain and generate exports for
project partners.
Solar-powered MoonLight
Cambodia
In 2010, as part of a pilot project in Cambodia, ITC is helping
businesses and policymakers with their green investment decisions
and export strategy design at the corporate and national
levels.
One example of an emerging green business opportunity is an
increasing demand for small electricity systems for rural
households. A Cambodia-based solar energy company, Kamworks Ltd,
established in 2006, has developed The MoonLight, a portable solar
lantern that offers a safe, affordable (US$ 15) and sustainable
solution for people living in rural areas who need good-quality
electric lighting to replace inefficient candles and kerosene
lamps.
Green technology
Defined
ITC defines green technologies as "goods and services to
measure, prevent and limit pollution, to improve environmental
conditions of the air, water, soil, waste and noise-related
problems, which are affordable, adaptable and available at the
markets of developing countries for distributed use and
export".
CLIMATE CHANGE INDUSTRY SEGMENTS AND DEVELOPING
COUNTRIES EXPORT POTENTIAL 2009
CLIMATE CHANGE INDUSTRY SEGMENTS
| TECHNOLOGIES AND SERVICES | EXPORT POTENTIAL
SOUTH-SOUTH TRADE
|
Low-carbon power
| Solar power (photovoltaic, concentrated solar, solar thermal),
wind power, biomass, biogas, hydro power, mini-hydro, micro
turbines, waste-to-energy, landfill gas. | High potential |
Carbon capture and
storage (CCS) | Technology development, design and construction, operation and
maintenance. Carbon capture technology and systems. Pipelines and
other CO2 transport infrastructure and services. Geological
storage, enhanced oil and gas recovery. Other storage: oceans,
mineral carbonation. | Low potential
|
Energy efficiency
| Energy audits, feasibility studies and related technical
services. Project development, measuring and verification. Lighting
components and products. Building materials, insulation.
Consumer/user education. Metering, monitoring and control
devices. | High potential
|
Energy storage
| Electrochemical: batteries. Electrical: capacitor. Mechanical:
compressed air energy storage. Pumped air and water. Thermal:
molten salt, solar ponds, cryogenic liquid air or nitrogen,
seasonal thermal. | Low potential
|
Green buildings
| Green building design, construction and contracting, smart
building systems. | High potential
|
Transportation
| Urban design/land use. Non-grain biofuels. Vehicle motors,
parts, components systems | High potential
|
| Carbon markets | Voluntary market: carbon offsets. Regulatory market: carbon
emission credits. Carbon credit and offset trading: brokering,
banking, futures. Project development: CDM & JI, forestry,
agriculture, landfill gas, renewable energy and low-carbon. Project
verification services and registries. | Low potential
|
| Services | Consulting and engineering: emission inventories, studies,
efficiency, renewables, other power systems. Climate science and
studies: government, academic, non-profit, corporate, etc. Research
and development. | High potential
|