Core Viewpoint - The government work report emphasizes the development of new productive forces and the acceleration of a modern industrial system, particularly focusing on the green low-carbon economy, which serves as a guideline for the Shandong Haihua Group to establish a new high ground in modern marine chemical development [1] Group 1: Green Low-Carbon Transition - Shandong Haihua Group is actively promoting a green low-carbon transition in its development model, focusing on the dual transformation of new energy and new materials, and advancing the innovation chain, industrial chain, and value chain of marine chemicals towards higher-end levels [1] - The company has been recognized as a national pilot for the "One Water Eight Uses" model of circular economy, which enhances resource utilization and integrates various processes such as aquaculture and chemical production [2] Group 2: Technological Innovations - The largest nitrate salt project in China, operated by Haihua Huaylong New Materials Company, integrates large-scale, intensive, and automated production, achieving significant energy savings and high-quality product standards [3] - The project produces 135,000 tons of nitrite and 65,000 tons of nitrate annually, utilizing advanced green manufacturing technologies and achieving a 100% product quality rate [3] Group 3: Establishment of R&D Base - The inauguration of China's first marine chemical pilot base marks a significant milestone for Haihua and the marine chemical industry, aimed at fostering innovation and facilitating the commercialization of scientific achievements [4] - This base will serve as a hub for technology research and development in high-end fields such as salt chemicals and new materials, promoting the integration of research and industry [4] Group 4: Future Development Goals - The company aims to strengthen collaboration with top research institutions and universities, focusing on deep integration of production, learning, and research to accelerate the transition towards modern marine chemical technologies [5]