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“钱凯港既是‘金色’的,也是‘绿色’的”

Core Insights - The opening of the Chancay Port in Peru marks a significant milestone in the Belt and Road Initiative, being the first smart and green port in South America, enhancing Peru's connectivity between land and sea, and linking Asia with Latin America [2][7]. Group 1: Port Operations and Performance - Since its opening in November 2024, Chancay Port has achieved impressive operational metrics, with a total import and export value exceeding $777 million and a container throughput of 94,400 TEUs in the first five months [2]. - The port's design capacity allows for an annual throughput of 1 million TEUs in the short term and 1.5 million TEUs in the long term, indicating significant growth potential [4]. Group 2: Technological Innovations - The project team developed a high-tech self-moving pile-driving platform that increased efficiency, allowing for the installation of 7 piles in 3 days, which is 4.7 times faster than traditional methods [3]. - Over 10 original Chinese technologies were implemented, including automated control systems and noise reduction techniques, which reduced pollution by 40% and saved over 25% in water usage [4]. Group 3: Local Workforce Development - The project has trained over 3000 local workers, accounting for 75% of the construction team, enhancing local employment and skill levels [5]. - Training programs such as the "Inca Lecture Hall" and "Chancay Port Engineering College" have been established to provide hands-on learning experiences for local employees [5]. Group 4: Economic Impact - The port is expected to contribute 1.8% to Peru's GDP annually and create thousands of jobs, significantly boosting the local economy [7]. - The establishment of new shipping routes has reduced logistics costs by over 20%, enhancing the competitiveness of Peruvian exports [7][9]. Group 5: Environmental Considerations - The construction project prioritized ecological balance, with measures taken to protect local wildlife and minimize environmental impact during the construction phase [4].