Premier Wen Jiabao of the State Council emphasized at the National Conference on Energy Saving and Emission Reduction held on May 1st that the petroleum processing and chemical industries accounted for the bulk of the society’s energy consumption and pollution emissions, and curbed the excessive use of these high energy-consuming, high-polluting industries. Growth is the top priority for the promotion of energy-saving and emission-reduction work, and it is also an urgent task for the current macro-control. It seems that the energy and emission reductions in the petroleum and chemical industries have no escape route.
Petroleum and chemical industries are the pillar industries of the national economy, but they are also high energy consumption and high emission industries. Last year, some progress was made in the energy conservation and emission reduction of the petroleum and chemical industries, but the overall goal was not achieved. According to the deployment of the Central Government, energy saving and emission reduction will be an important starting point this year, and the extensive economic growth mode focusing on the pursuit of speed will be transformed. A high technology content, good economic returns, low resource consumption, low environmental pollution, and human resources Get a full play of the new road to industrialization.
For a long time, the energy consumption per unit of GDP of China's petroleum and chemical industries has been much higher than the advanced level in the world. High-energy-consuming industries have developed rapidly, the mode of economic growth has been slow, energy consumption has been increasing, and the energy supply in growth has not kept pace. With fast-growing energy consumption, there is a lot of pressure between supply and demand. Therefore, in accordance with the requirements of the Scientific Outlook on Development, we must combine the national energy-saving emission reduction targets with the actual conditions of the industry and the enterprise, formulate energy conservation plans, identify emission reduction targets, select quasi-emphasis, and adopt effective measures to persevere. Effectively achieve results.
For the oil and chemical industry, structural adjustment is an important measure for transforming growth patterns and achieving energy conservation. The practice of relying on stalls, projects, and high investment to support the development of the industry cannot last long. Therefore, we must conscientiously implement the “Provisional Regulations on Industrial Structure Adjustment” and “Guiding Catalogue on Industrial Structure Adjustment” formulated by the National Development and Reform Commission, and resolutely curb blind investment and low-level redundant construction in some industries, strictly limiting high energy consumption, high water consumption, and high Contaminated industries and outdated processes; the proportion of high-end products should be expanded by extending the industrial chain, increasing the depth of processing, and improving the refinement rate of products. For high-energy-consuming industries such as nitrogen fertilizer, soda ash, caustic soda, calcium carbide, and yellow phosphorus, we must increase economic scale and reduce energy consumption through structural adjustment, technological transformation, enterprise integration, and product extension. For high-pollution industries such as chromium salts, pesticides, and dyes, strict access conditions must be tightened to increase governance. At the same time, it is necessary to establish a market entry threshold for high energy-consuming and highly polluting industries.
The petroleum and chemical industry should pay close attention to the key projects and key enterprises' energy-saving and emission reduction work. In 2006, the oil and chemical industries accounted for 340 of the 1,000 energy-saving operations organized by the National Development and Reform Commission, the Energy Office, the Statistics Bureau, the General Administration of Quality Supervision, Inspection and Quarantine, and the SASAC. The energy consumption of these 340 companies accounts for more than half of the energy consumption of the entire industry. Grasping these key enterprises will have a huge impact on the entire industry. In accordance with the implementation plan of the 1,000 enterprise energy conservation actions, we must strengthen organizational leadership and implement the responsibility system for energy saving and emission reduction targets. The vast majority of the “ten key energy conservation projects” put forward by the National Energy Conservation Medium and Long Term Special Plan are related to petrochemicals. We must continue to support the promotion and application of key energy conservation projects, demonstration projects, and high-efficiency energy-saving products, and formulate supporting policies and measures to support the ten key projects. , organize the inspection of the implementation of key projects, implement supporting funds for supporting key energy conservation projects, and strengthen the supervision and inspection of key projects.
The petroleum and chemical industries must organize the forces of the entire industry to accelerate the development of new technologies and new processes with high energy efficiency and low pollutant emissions. Such as: energy conservation and alternative technologies, energy cascade utilization technology, comprehensive utilization of waste technologies, extension of industrial chain and related industry link technology, "zero emission" technology, alternative technologies for toxic and hazardous materials. It is necessary to collect energy-saving and emission-reducing practical technologies and processes in the entire industry, and to integrate technology and increase the use of promotion efforts to ease resource constraints and the environmental pressure from the source. At the same time, efforts should be made to strengthen statistical analysis of energy consumption and pollutant discharge in the industry, to grasp the industry’s energy consumption and pollutant discharge dynamics, to analyze and study the advanced international and domestic energy consumption levels of various industries, establish relevant databases, and timely publish industry energy-saving emission reduction analysis reports. Conduct international and domestic benchmarking to guide the industry in energy conservation and emission reduction.

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