Macroeconomic policies and market dynamics in China are deepening the “dual carbon” target path, emphasizing the importance of energy security and transformation. Recent policies at the national level continue to promote the transformation of the energy structure, with a focus on the clean and efficient use of coal as a transitional energy source, while accelerating development in the new energy sector. Impact: Traditional coal chemical enterprises face greater environmental protection and energy efficiency pressures, but new technological routes such as coal-to-oil and gas, coal chemical coupling with green hydrogen and green electricity are gaining development opportunities. The trend of the refining industry transforming towards new chemical materials and high-end chemicals is becoming clearer.
International oil prices are experiencing wide fluctuations, with geopolitical factors and demand expectations dominating market dynamics: Recent significant fluctuations in international crude oil prices have been influenced by geopolitical tensions in the Middle East, the continuation of OPEC+ production cuts, and economic data from major global economies (especially China and the United States). Impact: The uncertainty of oil prices poses challenges for cost control and profit forecasting in downstream refining and chemical industries. Companies need to respond more flexibly to fluctuations in raw material prices.
Technological breakthroughs and frontier advancements in CCUS (Carbon Capture, Utilization, and Storage) projects are accelerating: Several large domestic CCUS projects have entered substantial advancement stages, such as the Qilu Petrochemical – Shengli Oilfield million-ton CCUS project, which has been operating stably. Additionally, technologies for producing chemicals from carbon dioxide (such as methanol and biodegradable plastics) have also achieved breakthroughs in pilot testing. Significance: CCUS is seen as a key technology for achieving low-carbon utilization of fossil energy, and its large-scale application is crucial for the carbon neutrality goals of the energy and chemical industries.
The green hydrogen industry is experiencing explosive growth: China has planned and initiated several gigawatt-level large-scale green hydrogen projects in resource-rich areas such as Inner Mongolia, Ningxia, and Gansu. The manufacturing costs of electrolyzer technologies (especially alkaline electrolysis and PEM electrolysis) continue to decline, with efficiency improvements. Impact: Green hydrogen provides deep decarbonization solutions for the chemical industry (such as synthetic ammonia, methanol, and refining hydrogenation). Chemical companies are actively laying out an integrated industrial chain of “green electricity – green hydrogen – green chemicals.”
Research and development of bio-based and biodegradable materials are active: The production capacity and technology of materials such as polylactic acid (PLA), polyhydroxyalkanoates (PHA), and bio-based polyamides (nylon) are continuously breaking through. Policies continue to promote plastic pollution control, creating market space for biodegradable materials. Significance: This is an important path for the chemical industry to reduce dependence on fossil raw materials and achieve a circular economy.
Corporate strategies and major projects: Large integrated refining bases are becoming mainstream: Private refining projects such as Hengli Petrochemical, Zhejiang Petrochemical, and Shenghong Refining have been fully constructed and are continuously optimizing operations. These projects are characterized by scale, integration, and high-end development, extending downstream to high-value-added chemical products, enhancing the overall competitiveness of China’s petrochemical industry.
Multinational companies are accelerating their layout of high-end and green production capacity in China: International chemical giants such as BASF, ExxonMobil, and SABIC are advancing large projects in China (such as BASF’s Zhanjiang integrated base and ExxonMobil’s Huizhou ethylene project) as planned, focusing on high-performance chemicals and green technologies.
Corporate mergers and strategic collaborations are active: To integrate resources, optimize the industrial chain, and acquire new technologies, frequent mergers and restructuring activities are occurring within the industry, particularly in the fields of new energy materials (such as lithium battery materials) and specialty chemicals.
Regional hotspots and global perspectives: The Middle East is vigorously developing “oil-chemical integration”: Oil companies in the Middle East, such as Saudi Aramco and the Abu Dhabi National Oil Company, are heavily investing in technologies and projects that directly convert crude oil into chemicals (Crude-to-Chemicals), aiming to transform from global oil suppliers to core suppliers of chemical products. Impact: This will intensify the competitive landscape for basic chemical products globally in the future.
The European chemical industry is seeking solutions in the energy transition: Affected by the previous energy crisis, European chemical companies are under significant cost pressure. They are responding to challenges by improving energy efficiency, shifting to biomass raw materials, investing in green hydrogen, and relocating some production capacity to regions with lower renewable energy costs.
In summary, the energy and chemical industry is currently undergoing a profound historical transformation. The core driving forces come from: green low-carbon transformation: this is the most core driving force, promoting the development of disruptive technologies such as CCUS, green hydrogen, and bio-manufacturing. Energy security: ensuring the stable supply and efficient utilization of traditional energy remains an important cornerstone during the transformation. High-end development and value enhancement: industry competition is shifting from cost and scale to technology and high-end value chains, with new chemical materials being a key battleground.