On January 21, 2026, the Vietnam National Industry – Energy Group (Petrovietnam), in collaboration with the Vietnam Petroleum Institute (VPI), and Topsoe Sdn. to organize the Energy transition seminar: Low-carbon Technologies.
Panoramic view of the Energy transition seminar: Low-carbon Technologies
In his opening remarks, Dr. Nguyen Van Tu, Deputy General Director in charge of VPI, emphasized that amid the ongoing global energy transition, Petrovietnam in general and VPI in particular clearly recognize the pivotal role of science and technology in ensuring the energy security, while contributing to the commitment of greenhouse gas emission reduction in accordance with established roadmaps. As the scientific research arm of Petrovietnam, VPI places strong emphasis on collaboration with leading global technology partners to access and master advanced technological solutions. Among these partners, Topsoe stands out with its extensive experience and technology portfolio that aligns well with Vietnam’s development conditions and energy transition requirements.
Dr. Nguyen Van Tu expressed confidence that the seminar would provide valuable insights on key technologies such as hydrogen, sustainable fuels, and low-carbon solutions. At the same time, the seminar served as an open forum to foster new cooperation opportunities, generate breakthrough technological ideas, and pave the way for the implementation of concrete projects in the future.
Dr. Nguyen Van Tu, Deputy General Director in charge of VPI, emphasized that amid the ongoing global energy transition, Petrovietnam in general and VPI in particular clearly recognize the pivotal role of science and technology in ensuring the energy security, while contributing to the commitment of greenhouse gas emission reduction in accordance with established roadmaps.
The seminar featured in-depth discussions on Topsoe’s technologies that contribute to greening the energy value chain, including solid oxide electrolysis cell (SOEC) technology to reduce carbon intensity in hydrogen and syngas production; and the SynCOR™ solution, which enables more than a 99% reduction in carbon emission intensity while optimizing capital and operating expenditures.
In addition, the HydroFlex™ technology was introduced, allowing for co-processing or standalone operation of renewable feedstocks to produce sustainable fuels such as sustainable aviation fuel (SAF) and renewable diesel. Furthermore, the PureStep™ technology was highlighted as an advanced chemical recycling solution that converts low-grade, mixed plastic waste into high-quality feedstock for petrochemical complexes, thereby contributing to the development of a circular plastics value chain. The seminar also discussed ammonia cracking technology, which boasts energy efficiency of up to 96% and enables the production of ultra-high-purity hydrogen.
In the closing remarks, Mr. Ngo Anh Hien, Deputy General Manager of Gas Industry & Petroleum Processing division of Petrovietnam, highly appreciated the optimized solutions aimed at reducing carbon intensity in fuel and chemical production. He noted that the seminar generated numerous new ideas and provided participants with a more comprehensive perspective on existing technologies, their practical application effectiveness, and the differences in deployment conditions across enterprises and countries. Drawing on Topsoe’s experience, participating units gained valuable insights into global technology trends, new perspectives, and a clearer understanding of the rationale behind technology selection by companies worldwide.
Mr. Ngo Anh Hien, Deputy General Manager of Gas Industry & Petroleum Processing division of Petrovietnam, highly appreciated the optimized solutions aimed at reducing carbon intensity in fuel and chemical production.
Emphasizing the importance of proactively upgrading technologies and learning from international experience, the leadership of Petrovietnam’s Gas Industry and Refining & Petrochemical Division affirmed that the collection of comprehensive information, practical experience, and support from international partners would deliver tangible benefits to individual enterprises, thereby accelerating the process of technological upgrading and innovation.
