Explained | Why The SCO's Green Technology Corridor Matters In An Increasingly Climate-Stressed World
The SCO’s proposed Green Technology Corridor could transform scientific cooperation into a strategic instrument for clean energy, climate resilience and sustainable development across Eurasia.
Published : September 1, 2026 at 9:43 PM IST
|Updated : September 2, 2026 at 7:14 AM IST
New Delhi: The most consequential aspect of the Shanghai Cooperation Organisation’s (SCO) Bishkek summit may lie not only in its geopolitical deliberations but in a less conspicuous decision: the adoption of a programme to create an SCO ‘Green Technology Corridor’ for 2026–2030.
The programme, formally titled the ‘SCO Member States’ Cooperation Programme on the Formation of the SCO Green Technology Corridor (Scientific and Technological Cooperation) for 2026–2030’, is potentially more than another environmental cooperation agreement.
If implemented with adequate financing, technology-sharing mechanisms and measurable projects, it could provide the SCO with a platform to connect scientific research, clean technology, energy transition and climate resilience across a large part of Eurasia.
The decision to adopt the Green Technology Corridor programme was actually made on May 22 this year in Bishkek at the 10th Meeting of the Heads of Science and Technology Ministries of the SCO member states.
The event was chaired by Gulzat Isamatova, Minister of Science, Higher Education, and Innovation of the Kyrgyz Republic, and attended by delegations from other SCO member states. Participants discussed the results of the first competition for joint research projects and emphasized the need to strengthen direct ties between universities and research centres to accelerate the digitalization of the region’s economy.
Following the meeting, a protocol was signed outlining the direction of the SCO’s scientific and technological policy for the coming period. Minister Gulzat Isamatova noted that joint scientific initiatives are becoming a key strategic resource, and the transition to green technologies will ensure sustainable development and environmental security for all member states.
At a time when climate change is reshaping energy markets, industrial strategies and development priorities, the initiative could potentially turn the SCO into a platform for cooperation in technologies that will increasingly determine economic competitiveness and strategic autonomy.
The urgency is underlined by the latest assessment of the World Meteorological Organisation (WMO). Its ‘State of the Global Climate 2025’ report says that 2015–2025 were the 11 hottest years on record, while Earth's energy imbalance reached the highest level in the 65-year observational record. The report also notes continuing glacier loss and increasingly damaging extreme weather events.
From climate declarations to technology cooperation
The central importance of the Green Technology Corridor lies in its emphasis on scientific and technological cooperation. Climate diplomacy has traditionally concentrated on emissions targets, financial commitments and negotiations over burden sharing. Those remain indispensable, but the widening climate crisis increasingly requires something more tangible: technologies that can actually reduce emissions, improve energy efficiency, protect ecosystems and enable economies to adapt to climate impacts.
The SCO already possesses an institutional foundation for this. Its Meeting of Heads of Ministries and Departments of Science and Technology has been operating since 2012 and maintains a Permanent Working Group on Scientific and Technical Cooperation. Its established areas include environmental protection, sustainable use of natural resources, energy and energy efficiency, earth sciences, seismology and geology, information and telecommunications technologies and other scientific fields.
The Green Technology Corridor can therefore potentially convert existing scientific cooperation into a more focused green-technology ecosystem.
Why the Eurasian geography of the SCO matters
The geographical scale of the SCO gives the agreement particular importance. The SCO comprises China, Kazakhstan, Kyrgyzstan, Russia, Tajikistan, Uzbekistan, India, Pakistan, Iran and Belarus. It is the world’s largest regional organisation in terms of geographic scope and population, covering at least 24 percent of the world’s total area (65 percent of Eurasia) and 42 percent of the world population. As of 2024, its combined nominal GDP accounts for around 23 percent, while its GDP based on purchasing power parity (PPP) comprises approximately 36 percent of the world’s total.
The organisation brings together countries with vastly different energy systems, resource endowments, industrial structures and stages of economic development. India and China are among the world’s largest energy consumers and producers of renewable energy; Russia and Central Asian states possess enormous hydrocarbon and mineral resources; while several Central Asian members are simultaneously confronting water scarcity, desertification, glacier retreat and extreme weather.
For some members, the immediate priority may be renewable power and grid modernisation. For others, it may be energy efficiency, cleaner industrial production, methane reduction, water conservation, climate-resilient agriculture or technologies for monitoring fragile ecosystems.
A corridor linking these capabilities could allow the SCO to approach climate change as a technology and development challenge, rather than solely as a diplomatic issue.
The energy-security connection
The agreement also fits into a broader transformation taking place in global energy investment.
According to the International Energy Agency’s (IEA) ‘World Energy Investment 2026’, global energy investment is expected to reach a record $3.4 trillion in 2026, with about $2.2 trillion going to clean energy technologies, including renewables, nuclear power, electricity grids, storage, low-emissions fuels, energy efficiency and electrification. Clean energy investment is thus expected to be almost twice the investment in fossil fuels.
This changes the strategic meaning of “green technology”.
Renewable energy is no longer simply a climate policy instrument. Solar power, wind energy, batteries, electricity grids, nuclear technology, energy efficiency and low-carbon industrial processes are increasingly linked to energy security, industrial competitiveness and technological sovereignty.
The Himalayan dimension
The agreement has an especially important context following the Himalayan flash floods in Nepal on August 26.
Though the Bishkek agreement cannot be seen as a direct response to that particular disaster, the event illustrates the kind of climate and environmental risks that scientific and technological cooperation must increasingly address.
The Himalayas are a transboundary ecological system. Glacier and snow changes in the high mountains affect river flows, hydropower, agriculture and communities across several countries. A disaster in one section of the mountain system can rapidly affect transport networks, power infrastructure and downstream populations.
This makes technologies for satellite observation, remote sensing, glacier monitoring, geological surveillance and early-warning systems potentially important components of a wider SCO green technology agenda.
India, in particular, has significant capabilities in space-based earth observation and remote sensing that could potentially be integrated into such cooperation.
How India stands to gain from this agreement
For India, the agreement provides another potential avenue for advancing its climate and technology diplomacy.
India has consistently argued for a climate approach that combines mitigation with development priorities, while expanding renewable energy, energy efficiency, green hydrogen, electric mobility and other clean technologies.
Participation in an SCO Green Technology Corridor could allow India to showcase and export capabilities in areas such as solar energy technology, space-based environmental monitoring, digital public infrastructure applied to climate management, energy-efficient technologies, green hydrogen, electric mobility, battery storage, disaster-warning systems, and climate-resilient agriculture.
It could also provide Indian companies and research institutions with access to Central Asian and Eurasian markets.
Ultimately, the proposed Green Technology Corridor could give the SCO an opportunity to address two challenges at the same time: the need to decarbonise economies and the need to make them resilient to climate impacts that are already occurring.
The global climate outlook makes the urgency clear. The WMO expects temperatures to remain at historically high levels through the end of this decade, while UN Environment Programme’s projections indicate that current national commitments remain insufficient to put the world on a 1.5 degrees Celsius pathway. At the same time, the clean energy economy is expanding rapidly, with the IEA projecting $2.2 trillion in clean energy investment in 2026.
The SCO’s challenge - and opportunity - is to ensure that its Green Technology Corridor becomes part of this transformation.
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