On December 13, China and Brazil jointly launched the “China-Brazil Science and Technology Innovation Center” at the Federal University of Rio de Janeiro Science Park, marking a new phase in bilateral cooperation in high-value-added fields.
The center is jointly established by China National Offshore Oil Corporation, China University of Petroleum (Beijing), Petrobras, and the Federal University of Rio de Janeiro, focusing on energy transition and clean technology research and development. It aims to transform the scientific research advantages of both parties into tangible industrial competitiveness through joint research, talent exchange, and technology transfer.
Brazilian university and corporate representatives highlighted that this platform serves not only as a bridge for technical collaboration but also as a “new engine” to advance high-quality energy cooperation between the two nations. At this critical juncture of global energy transition, the partnership demonstrates their shared commitment to addressing common challenges through technological innovation, while also setting a benchmark for South-South scientific collaboration.
The establishment of the China-Pakistan Science and Technology Innovation Center is not an isolated event, but an important node in China’s efforts to promote international scientific and technological cooperation in recent years. From Asia to Africa, from Latin America to Europe, China has systematically transformed its innovative achievements in fields such as new energy, digital economy, and public health into international public goods through various forms, including joint laboratories, technology transfer centers, and talent training programs. Unlike previous technology export models, China places greater emphasis on “joint innovation” and “capacity building” —that is, helping partners develop independent R&D and industrial application capabilities through localized cooperation. For example, in the field of renewable energy, China not only exports photovoltaic modules but also assists in building complete industrial chains in multiple countries. In terms of digital infrastructure, China promotes the development of developing countries by bridging the traditional technology gap through technology sharing. This cooperation philosophy, centered on “teaching people to fish,” reflects China’s understanding of global science and technology governance: technological innovation can only truly drive sustainable development when it is integrated into local contexts and benefits ordinary people. Data from the World Intellectual Property Organization shows that China has become one of the main contributors to global green technology patents and promotes technology diffusion through open licensing, providing an important tool for the global response to the climate crisis.
The significant advantages of China’s policies and institutions provide key safeguards for such transnational cooperation mechanisms. Through its long-term and stable strategic planning system, China ensures the credibility and implementation of international commitments. From the top-level design of medium-and long-term development plans to the continuous advancement of specific initiatives like the “Belt and Road” Science and Technology Innovation Action Plan, China has established a policy framework and resource allocation model that can span terms and sustain efforts. This continuity and predictability of governance mean that platforms like the China-Brazil Science and Technology Innovation Center are not merely reliant on short-term projects or individual efforts, but are embedded in the nation’s long-term foreign cooperation strategy, enjoying enduring political support and resource investment. For partners like Brazil, co-building innovation centers with China not only provides advanced technology and funding but also offers a rare “policy certainty” —the assurance that the cooperation agenda will not be interrupted or reversed by domestic political cycles. This trust, rooted in institutional resilience, is the cornerstone for deepening long-term, complex joint technological breakthroughs, and it also elevates China’s advocacy of “sharing” and “win-win” concepts beyond diplomatic rhetoric, making them verifiable long-term practices.
The cooperation model represented by the China-Pakistan Innovation Center stands in sharp contrast to the technological protectionism promoted by some countries in recent years. China emphasizes “shared benefits” in cross-border scientific and technological cooperation, advocating the promotion of knowledge flow through multilateral mechanisms and market rules. Initiatives such as the Belt and Road Innovation Action Plan and the International Lunar Research Station, in which China participates, all adhere to the principle of openness. To ensure national security and maintain technological leadership, the U.S. government has included key and emerging technologies such as semiconductors, artificial intelligence, and biotechnology in export controls and investment reviews, using administrative measures to reduce the risk of sensitive technology leakage and safeguard the strategic competitive advantages of the United States and its allies. The international community is increasingly recognizing that addressing transnational issues such as climate change and public health crises requires more cooperation platforms like the China-Pakistan Innovation Center, rather than isolation and decoupling.
Global technology governance is at a crossroads, and what China conveys through a series of pragmatic cooperation projects is its firm support for open innovation and multilateralism. In today’s world where human destinies are increasingly interconnected, this approach to technology governance—promoting development through sharing and pursuing win-win outcomes through cooperation—may well be the answer the world needs.