Core Business Strategy - The company will firmly implement the "231" industrial development strategy, focusing on "animal nutrition, food seasoning, and value chain extension" as its two core businesses [1] - The company aims to strengthen its animal nutrition, food additives, and seasoning sectors while promoting breakthroughs in three innovative fields: biomedicine, human nutrition and health, and plant nutrition [1] Financial Performance - In 2024, the company achieved operating revenue of 17.334 billion yuan and a net profit attributable to shareholders of 943 million yuan, representing a year-on-year growth of 39.12% [1] - In the first quarter of 2025, the company reported operating revenue of 4.039 billion yuan and a net profit attributable to shareholders of 474 million yuan, showing a year-on-year increase of 88.55% [1] Production Capacity and Market Position - The company ranks among the top producers globally in core products such as lysine, threonine, monosodium glutamate, and nucleotides, with both production capacity and technology levels leading the industry [1] - The company is investing in a 600,000-ton corn deep processing and cogeneration project in Xinjiang, which is currently under construction and will primarily produce small-volume amino acid products [2] Project Investments - The company plans to invest no more than 3.3 billion yuan in a 450,000-ton amino acid and supporting engineering project, with funding sourced from its own capital and bank loans, each accounting for approximately 50% [2] - The construction period for the amino acid project is expected to be 22 months [2] Market Conditions - The company acknowledges that product sales prices are influenced by raw material costs, market supply and demand, and industry competition, leading to some volatility [2] - The company is focused on enhancing product competitiveness through cost reduction and efficiency improvement, leveraging its large-scale production capabilities [2]

梁骥介绍，过氧化氢作为重要的氧化剂和消毒剂，广泛应用于化工、医疗和环保领域。目前，高能耗的 蒽醌法是生产过氧化氢的主要方法，不仅存在安全隐患，而且会造成环境污染。开发绿色、高效、可持 续的过氧化氢合成方法，一直是科研人员努力的方向。 梁骥表示，新材料的研发，不仅破解了传统生产工艺的高能耗、高污染难题，而且在中性/碱性环境及 复杂水质中展现出卓越适用性，为污水处理、医疗消毒等领域带来全新可能。目前，科研团队正加快优 化制备工艺，推动技术从实验室走向工业化生产线，力争早日实现对传统高污染工艺的替代，助力实 现"绿色化工"的目标。 电化学合成技术被视为过氧化氢生产的理想方案。但长期以来，催化剂在中性/碱性环境中活性低、选 择性差、稳定性不足，制约了该技术的实际应用。 梁骥(左)指导博士生进行催化剂制备研究。新华社发 新华社天津5月27日电（记者张建新、栗雅婷）近日，我国科研人员成功研发出一种高性能电催化剂， 实现了绿色过氧化氢的高效合成，使过氧化氢合成有望实现"即产即用"。 该科研团队研发了一种镍基金属有机框架材料（Ni-BTA），通过独特的层间氢键设计，该材料对于电 合成过氧化氢的催化能力能够精准匹配理论最优值， ...