Japan has adopted several policies that signal its intent to rely on hydrogen to achieve net-zero climate goals. However, many of those same policies are unclear about its support for a transition to green hydrogen. Relying on gray and blue hydrogen without a transition to green hydrogen will harm the climate. It will also result in several other...
T7 Policy brief: Task Force on Wellbeing, Environmental Sustainability, and Just Transition
As the world’s most developed economies, the Group of Seven (G7) countries play a crucial role in leading the transition to net-zero, which necessitates the use of critical minerals (CMs) in various clean energy applications. However, the growing demand...
In the net-zero context, technology transfer plays a critical role in achieving the emission reduction and meeting the climate mitigation goals of countries. However, the extent of penetration of transferred technologies and their respective mitigation potential will depend on the scale of transfer among the source and recipient countries.
This...
Today the global demand for cleaner technologies has been growing significantly, in order to help countries meet Paris climate goals and carbon neutrality targets. However, developing economies, many of which are vulnerable to adverse climate impacts, continue to face critical challenges in terms of availability, accessibility, affordability and...
The long-standing relationship between Japan and India forms a favourable precursor for the countries to collaborate further under the Article 6 mechanisms of the Paris Agreement. While Japan’s support to India for promoting low-carbon technology and clean energy use can help minimise carbon emissions, the partnership will in turn give greater...
India has an ambitious renewable energy target for the decades ahead. However, the targets are faced with two critical impediments: (1) the lack of an internationally competitive renewable equipment manufacturing industry domestically and (2) the overdependency on external supply sources for equipment and machinery. The chapter finds that, despite...
Hydrogen is a potentially transformative multi-functional fuel that could help many countries achieve ambitious decarbonisation targets. High concentrations of heavy industries and rising transport emissions make hydrogen’s potential particularly enticing in Asia. However, hydrogen’s widespread deployment requires assessing multiple dimensions of...
In this discussion paper, we demonstrate why and how co-innovation can serve as a critical enabler of a bilateral Japan-India partnership on hydrogen technologies. We argue that more than conventional approaches to technology transfer, co-innovation places a premium on the role of multi-stakeholder collaboration in triggering the transition from...
Japanese companies have pioneered the development of a large number of low-carbon technologies (LCTs). As a rapidly expanding economy with burgeoning energy requirements, India offers a significant potential market for Japanese LCTs. The industry sector in India accounts for a significant share of commercial energy use and hence carbon dioxide (CO2...
The widespread adoption of low emissions technologies in rapidly developing countries is critical to resolving the climate emergency.1 However, many fast growing economies lack the energy efficient, renewable, and other advanced technologies needed to mitigate climate change. Technology transfer could help address these countries need. Yet the...