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The prospects of coal chemical industry during the 15th Five-Year Plan period – from a \"complement\" to a \"key asset\". For a long time, the role of the coal chemical industry has been clear: it served as a complement to the petrochemical industry, acting as an \"alternative\" when oil prices were high. However, there was a fundamental shift in logic this time. “The 15th Five-Year Plan explicitly calls for strengthening the capacity and technological reserves for coal-based oil and gas production for the first time. The message conveyed by this is only one: coal chemical industry is no longer merely an industrial issue, but rather an important tool for ensuring **energy security**. In other words, its evaluation logic has changed; it no longer focuses solely on cost-effectiveness, but rather on playing a \"safety net\" role in extreme situations. This also explains why policies exhibit a seemingly \"contradictory\" combination: on the one hand, there is strict control over coal consumption, efforts to reach a peak in coal use, and enhanced low-carbon constraints ； On the other hand, it is clearly stated that the reserve capacity for coal-based oil and gas needs to be increased. This is not policy indecision, but rather a tiered strategy: avoiding large-scale expansion in normal times so as to be able to step in promptly at critical moments. I. Why now? From a purely policy perspective, it is easy to mistake it for “administrative push.” However, upon closer examination, this round of reevaluation actually embodies a clear industrial logic. II. Energy Security: China’s oil and gas sector has long faced the issue of a high degree of dependence on imports, with these imports coming from a very limited number of sources. The dependence on imported crude oil has remained above 70% for a long time. Import channels rely heavily on the Middle East and sea transportation. This means that in extreme situations, a disruption in oil and gas supply is not a matter of probability, but of time. Coal is one of the few energy sources in China that can achieve \"complete self-sufficiency\". Therefore, the significance of coal chemical industry has also changed; its purpose is not merely to generate profits, but to have a fallback option in the worst-case scenarios. III. Technical closure loop: In the past, the biggest challenge facing the coal chemical industry was not policy factors, but rather technical bottlenecks. But today, this prerequisite has changed. China has become the only country in the world to possess both large-scale direct coal liquefaction and indirect coal liquefaction technologies. More importantly, coal gasification, coal-to-olefins (CTO/MTO), and the related key equipment have achieved large-scale industrial production, with a high degree of domestic production. This shows that coal chemical engineering is no longer merely a “theoretical alternative,” but a closed industrial system that can operate in practice. IV. The oil price disparity: While the first two factors determine whether to develop coal chemical industries, the third factor determines when an opportunity for development will arise. The economic principles of coal chemical industry are relatively simple; it’s akin to an option on oil prices. The generally accepted benchmark in the industry is: around $60 per barrel, which is the break-even point. Over $80: Enters the high-profit range. Over $100: Full profit realization. With each increase in oil prices, the cost advantage of coal-based chemical manufacturing becomes more evident rapidly. This is precisely why, during periods of low oil prices, coal chemical industry appears to be a \"policy burden,\" while during periods of high oil prices, it can become a \"profit engine.\" V. A more important fact: If one focuses only on the above three points, it is easy to reach the mistaken conclusion that the coal chemical industry will enter a new cycle of development. But the reality is quite the opposite. This time, the “opportunities” have been carefully selected. The policy has established clear boundaries, and not all coal chemical projects are encouraged. It can even be said that most traditional paths are facing systematic elimination. Currently, three typical types of \"red-line\" projects have emerged: The first type consists of low-end traditional coal chemical projects such as coke, calcium carbide, conventional ammonia synthesis, and ordinary methanol production – projects that fall directly within the scope of policy restrictions. Category 2: High-carbon projects that have not been modified – Projects that lack access to green electricity, green hydrogen, and low-carbon development pathways will find it difficult to meet the requirements related to energy consumption and carbon emissions in the future. Category three: Small-scale, decentralized projects – those that lack the advantages of integrated development and cost efficiency, and basically have no chance of surviving in market competition. Meanwhile, the development directions that are truly favored by policy are actually quite concentrated: it can be seen that what these projects have in common is not the pursuit of larger scale, but rather higher entry barriers. True change does not lie in expanding production. By taking all these indicators into account, it is possible to reach a clearer conclusion: the development logic of the coal chemical industry has shifted from \"industrial expansion\" to \"strategic capabilities + high-end manufacturing\". This directly results in the industry no longer experiencing full-scale prosperity, but only structural opportunities. In other words, the question is no longer whether there are opportunities, but rather that these opportunities are available only to a small subset of participants.