Gongda Kaiyuan's General Manager Dong Weijia Attends the 3rd China Electro-Hydrogen Coupling and Hydrogen Chemical Technology Innovation Conference and Delivers Keynote Speech
From August 7th to 8th, the highly anticipated 3rd China Electro-Hydrogen Coupling and Hydrogen Chemical Technology Innovation Conference was successfully held. The conference brought together numerous experts, scholars, corporate leaders, and industry elites in the field of new energy. They engaged in in-depth discussions and exchanges on cutting-edge topics such as electro-hydrogen coupling and hydrogen chemical technology innovation, pooling wisdom and contributing strength to promote the development of related industries. Dong Weijia, General Manager of the New Energy Business Division of Gongda Kaiyuan, was invited to participate in this grand event and delivered a keynote speech titled "Application and Future Market Path of Skid-Mounted Green Ammonia and Methanol Units in Distributed Scenarios," which sparked widespread attention and enthusiastic responses from the attending guests.
In her speech, General Manager Dong Weijia, aligning with current development trends in the new energy industry, focused on the important application field of distributed scenarios and provided an in-depth analysis of the application value of skid-mounted green ammonia and methanol units. She pointed out that with the advancement of the "dual carbon" goals, distributed energy systems are becoming a crucial direction for energy structure transformation due to their advantages of flexibility, high efficiency, and environmental friendliness. As clean energy carriers, green ammonia and methanol hold broad application prospects in distributed scenarios. Skid-mounted units, characterized by their high level of integration, small footprint, and easy installation, provide strong support for the large-scale application of green ammonia and methanol in such distributed settings.
General Manager Dong Weijia detailed the practical achievements of Gongda Kaiyuan in the research, development, and application of skid-mounted green ammonia and methanol units. Leveraging years of technological accumulation in the sector, the company has continuously increased R&D investment in new energy-related technologies. Tailoring to the characteristics of distributed scenarios, Gongda Kaiyuan has implemented a series of optimizations and innovations for these skid-mounted units. Currently, the relevant units have been applied in several pilot projects, demonstrating stable operation and significant results. They not only improve energy utilization efficiency and reduce carbon emissions but also deliver substantial economic and environmental benefits to users.
Regarding the future market path, General Manager Dong Weijia also provided in-depth analysis and outlook. She believes that with continuous technological maturation, gradual cost reduction, and ongoing policy support, market demand for skid-mounted green ammonia and methanol units in distributed scenarios will continue to grow. In the future, Gongda Kaiyuan will further strengthen technological innovation, optimize product performance, and expand application fields. Simultaneously, the company will actively collaborate with upstream and downstream enterprises in the industrial chain to jointly promote the marketization process of skid-mounted green ammonia and methanol units, contributing even greater strength to the development of the new energy industry.
The participation of General Manager Dong Weijia in the 3rd China Electro-Hydrogen Coupling and Hydrogen Chemical Technology Innovation Conference and her keynote speech not only demonstrated Gongda Kaiyuan's technical prowess and developmental achievements in the field of skid-mounted green ammonia and methanol units but also established a robust platform for communication and cooperation between the company and various stakeholders within the industry. Gongda Kaiyuan will take this conference as an opportunity to keep pace with industry development, continuously enhance its competitiveness, and steadfastly advance on the path of promoting new energy applications in distributed scenarios.
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