The significance of comprehensive intelligence of chemical products

The comprehensive intelligence of chemical products is the core transformation that drives the industry to upgrade from traditional manufacturing to efficiency, green, and safety. The core significance is reflected in two dimensions: industrial value and social value
1、 For the chemical industry itself: reconstructing value creation and enhancing core competitiveness
Improving efficiency and reducing costs throughout the entire production chain from R&D to production: Intelligence can shorten the R&D cycle of new materials (traditional R&D can last up to ten years, while AI assistance can shorten it by 30% -50%). At the same time, through intelligent optimization of production parameters and predictive maintenance of equipment, energy consumption and downtime losses can be reduced. BASF optimizes the operation of ethylene cracking furnaces through AI, directly improving energy efficiency by 5% -10%. Dow Chemical relies on AI to predict equipment failures, reducing maintenance costs by 20%.
Promote product upgrading and eliminate homogeneous competition: Intelligence can achieve customized production, meet the personalized needs of downstream high-end manufacturing (new energy, semiconductor, medical) for special chemical materials, and optimize product performance based on data to enhance product added value, enabling enterprises to shift from low price competition to high-end market competition.
Enhancing production safety and reducing risks from the source: Through real-time monitoring and AI risk warning, intelligent technology can identify safety hazards of flammable, explosive, and toxic materials in advance, assist in the rapid disposal of accidents, reduce the incidence of safety accidents, and solve the core pain points of high safety risks in the chemical industry.
2、 For society and the environment: aligning with the dual carbon goals and supporting the upgrading of downstream industries
Assist in green transformation and reduce environmental pollution: Intelligence achieves efficient utilization of raw materials and energy through refined control, reduces emissions of three wastes, and optimizes processes to reduce by-products, promoting low-carbon and green production in the chemical industry and aligning with the "dual carbon" development goal.
Supporting the development of downstream high-end industries: Emerging industries such as new energy (lithium batteries, photovoltaics), semiconductors, and biomedicine have a large demand for high-end chemical materials. The intelligence of chemical products can accelerate the research and development of new materials, provide core material support for downstream emerging industries, and help upgrade the overall industry.
Generating new industry opportunities: Comprehensive intelligence has given rise to new entrepreneurial tracks such as intelligent chemical equipment manufacturing, intelligent chemical technology services, and large-scale models in the chemical industry, injecting new vitality into the industry's development. According to Accenture, AI is expected to create over $400 billion in additional value for the global chemical industry by 2030.