Our company integrates Environmental, Safety, and Health (ESH) management comprehensively into its sustainable development strategy by establishing and maintaining an integrated management system in accordance with the ISO 14001 Environmental Management and ISO 45001 Occupational Health and Safety Management Systems standards. This system enables the organization to systematically identify, assess, and control environmental and occupational health and safety risks, establish measurable objectives, develop actionable implementation plans, and ensure continuous improvement through periodic performance monitoring and management review.

Grounded in the defining characteristics of the industry, this study systematically advances the development of a green manufacturing system. By employing key strategies—including optimization of production processes, implementation of energy cascade utilization, and promotion of resource recycling and regeneration—it seeks to holistically integrate energy conservation, emission reduction, and low-carbon transformation. This integrated approach is intended to strengthen the sector’s capacity for green and low-carbon development and enhance its long-term sustainability, thereby contributing to scholarly understanding of sustainable industrial transformation.

The company is dedicated to systematically propelling the collaborative advancement of digitalization and intelligence. Through pivotal approaches such as constructing intelligent production systems, executing data-driven process optimization, and effectuating the digital integration of material handling processes, it endeavors to comprehensively elevate the precision of digital control and the sophistication of intelligent decision - making within manufacturing processes. The company is committed to forging a highly adaptable intelligent manufacturing system tailored to the high - temperature alloy production domain, contributing to the academic understanding and practical application in this specialized field.

The company has built a technological innovation management system covering all product categories. By developing data-driven process optimization models, advancing precise high-temperature phase transformation control technologies, and upgrading intelligent melting and casting equipment, it continuously improves material service life and thermal stability. Through an industry-academia-research-user collaboration platform, it integrates upstream and downstream industrial resources, enabling closed-loop management from raw material selection to smelting optimization and service performance prediction, and establishing a sustainable mechanism for technological improvement and innovation.