Climate technologies research results and policy options for
Transcript of Climate technologies research results and policy options for
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Climate technologies: research Climate technologies: research results and policy options for results and policy options for
development and transferdevelopment and transfer
Key messagesFrom COP-16 side-event
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Organisers
– ECN, Energy research Centre, Netherlands– University of Sussex, UK– SDC– TERI
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Key message # 1
• SMEs are an important segment of economies of developing countries. Strategies to move towards low carbon economy in developing countries must involve development of less carbon intensive SME sector
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Contribution of SME sector to India’s economy
� 26 million micro, small and medium enterprises (MSME)
� Accounts for 45% of manufacturing output, 8% of GDP
� Responsible for 40% of India’s total exports
� Provides employment to 60 million people
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Why target SMEs ?
� Large-scale industries have the capacities to deploy modern technologies
� Tens of thousands of SMEs use traditional/ low efficient melting and heat treatment technologies
� Enabling these units to switch to clean, energy efficient technologies would yield substantial energy and CO2 savings
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Key message # 2
• CoSMiLE's model for technology development and
diffusion is unique in several ways and is useful for
feeding into the larger UN processes on enhancing
collaborative R&D to promote technology transfer
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A number of cleaner technology packages developed & demonstrated• Competencies of international and national partners
pooled during technology development• Energy savings: 25 – 50% lower than conventional
technologies
Development of cleaner technologies
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Conventional Cupola Divided Blast Cupola (DBC)
Foundry
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Conventional coalfired Pot Furnace
Recuperative natural gas fired Pot furnace
Glass – Pot furnace
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Traditional coal fired
Natural gas fired
Glass – Muffle furnace
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Bull’s Trench Kiln (BTK)
Brick
Vertical Shaft Brick Kiln (VSBK)
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Biomass gasifier – Thermal applications
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Key message # 3
• Strengthening of existing national institutions as
technology nodes should be the preferred route for
accelerated diffusion and transfer of affordable
environmentally sound technologies in the SME sector in
the context of the discussion on developing climate
change technology innovation centers
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The technological content of international technology transfer
Supplier firms
Engineering,
Managerial and other
Technological Capacities
Capital GoodsEngineering ServicesManagerial Services
Product Designs
Skills and Know-how for Operation and Maintenance
Knowledge, Expertise and Experience for Generating and Managing Technical
Change
Creation of new Production
capacity
Accumulation of technological
capacity
Technology Suppliers Technology transferred Technology Importers
Flow A
>>>>>>
Flow B
>>>>>>
Flow C
>>>>>>
>>>>>>
>>>>>>
>>>>>>
Source: Bell, M. 1990. Continuing Industrialisation, Climate Change and International Technology Transfer. SPRU, University of Sussex.
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Technological change and capacity building
Collaborative RDD&D will have the highest impact on technological capacity development
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Climate Change Technology Innovation Centres
• Avoid creation of new institutions, rather strengthen existing ones
• The Centres should strengthen links across different sectors of domestic economy, especially industry/ academic/ government
• Need for technology development for different energy intensive sub-sectors
• Developed technologies need to be adapted to local circumstances
• Need for technology nodes/centres where experiences around a sector/technology are pooled with linkage to international experts