Recently, the Inner Mongolia Autonomous Region has formulated a policy requiring the six major industries such as power, steel, non-ferrous metals, chemicals, building materials, and coal to increase energy-saving technological transformation and improve energy efficiency. In 2010, the unit product consumption of major products will reach the domestic advanced level. Product unit consumption reached the international advanced level.
In 2006, the total energy consumption of the entire society in Inner Mongolia was 113.565 million tons of standard coal, of which 88.85 million tons of standard coal was consumed by industrial energy, which accounted for 78% of the total energy consumption in the region. Electricity consumption in the six major industries, such as electricity and steel, accounted for 69% of the region, and accounted for 88% of industrial energy consumption.
The Inner Mongolia Autonomous Region Government has formulated new energy-saving standards, and the power industry has focused on promoting the construction of 600,000 kilowatts of supercritical and ultra-supercritical thermal power generators, encouraging large generating units to generate more electricity. Actively promote the construction of 500,000 kV power transmission and transformation projects, and the power grid network loss rate has dropped from the current 7% to 6%. The coal consumption of power supply unit in the region was reduced by 4 g/kWh to 6 g/kWh per year on the basis of 368 g/kWh in 2006, and it was controlled within 345 g/kWh by 2010, and strives to reach the domestic advanced level.
The steel industry must promote large-scale blast furnaces and converters, and vigorously promote new technologies such as dry coke quenching and pressure difference at the top of blast furnaces. By 2010, the comprehensive energy consumption of iron and steel industry unit products will reach 0.69 tons of standard coal, and the comparable energy consumption per unit product will reach 0.68 tons of standard coal.
Non-ferrous metals industry, electrolytic aluminum using large pre-baked electrolyzer technology, the use of oxygen-rich oxygen flash and oxygen-enriched molten pool smelting technology, the use of oxygen-rich bottom blowing lead smelting technology, zinc smelting using wet smelting technology. By 2010, the comprehensive power consumption of electrolytic aluminum units will reach 14,000 kWh/ton.
The chemical industry promotes new technologies such as ion-exchange membrane caustic soda production, and makes full use of coalbed methane resources as civilian fuels and chemical resources. By 2010, the unit energy consumption of major chemical products will be reduced by 15%, and efforts will be made to contribute to the development of clean energy such as coal oil, dimethyl ether, and coal-to-olefins.
The building materials industry promotes new technologies such as pure low-temperature waste heat power generation and the construction of cement waste heat power generation devices, making full use of industrial and domestic waste as raw materials. By 2010, the proportion of new dry process cement will reach 80%, the use of bulk cement will increase to 40%, the proportion of high-performance cement will reach 50%, and the proportion of new wall materials will increase to 50%, of which the new wall materials will use fly ash to reach 10 million. Ton.
The coal industry insists on the implementation of a new well construction coal mine of no less than 1.2 million tons/year and an open-pit mine of no less than 3 million tons/year. We will increase the resources integration of medium-sized coal mines and build large-scale modern coal mines to achieve high production efficiency. By 2010, the mine resource recovery rate will reach over 60%, the mining area recovery rate will reach over 75%, the working surface recovery rate will reach over 90%, and the washing ratio will reach over 60%. At the same time improve the comprehensive coal processing system.
In 2006, the total energy consumption of the entire society in Inner Mongolia was 113.565 million tons of standard coal, of which 88.85 million tons of standard coal was consumed by industrial energy, which accounted for 78% of the total energy consumption in the region. Electricity consumption in the six major industries, such as electricity and steel, accounted for 69% of the region, and accounted for 88% of industrial energy consumption.
The Inner Mongolia Autonomous Region Government has formulated new energy-saving standards, and the power industry has focused on promoting the construction of 600,000 kilowatts of supercritical and ultra-supercritical thermal power generators, encouraging large generating units to generate more electricity. Actively promote the construction of 500,000 kV power transmission and transformation projects, and the power grid network loss rate has dropped from the current 7% to 6%. The coal consumption of power supply unit in the region was reduced by 4 g/kWh to 6 g/kWh per year on the basis of 368 g/kWh in 2006, and it was controlled within 345 g/kWh by 2010, and strives to reach the domestic advanced level.
The steel industry must promote large-scale blast furnaces and converters, and vigorously promote new technologies such as dry coke quenching and pressure difference at the top of blast furnaces. By 2010, the comprehensive energy consumption of iron and steel industry unit products will reach 0.69 tons of standard coal, and the comparable energy consumption per unit product will reach 0.68 tons of standard coal.
Non-ferrous metals industry, electrolytic aluminum using large pre-baked electrolyzer technology, the use of oxygen-rich oxygen flash and oxygen-enriched molten pool smelting technology, the use of oxygen-rich bottom blowing lead smelting technology, zinc smelting using wet smelting technology. By 2010, the comprehensive power consumption of electrolytic aluminum units will reach 14,000 kWh/ton.
The chemical industry promotes new technologies such as ion-exchange membrane caustic soda production, and makes full use of coalbed methane resources as civilian fuels and chemical resources. By 2010, the unit energy consumption of major chemical products will be reduced by 15%, and efforts will be made to contribute to the development of clean energy such as coal oil, dimethyl ether, and coal-to-olefins.
The building materials industry promotes new technologies such as pure low-temperature waste heat power generation and the construction of cement waste heat power generation devices, making full use of industrial and domestic waste as raw materials. By 2010, the proportion of new dry process cement will reach 80%, the use of bulk cement will increase to 40%, the proportion of high-performance cement will reach 50%, and the proportion of new wall materials will increase to 50%, of which the new wall materials will use fly ash to reach 10 million. Ton.
The coal industry insists on the implementation of a new well construction coal mine of no less than 1.2 million tons/year and an open-pit mine of no less than 3 million tons/year. We will increase the resources integration of medium-sized coal mines and build large-scale modern coal mines to achieve high production efficiency. By 2010, the mine resource recovery rate will reach over 60%, the mining area recovery rate will reach over 75%, the working surface recovery rate will reach over 90%, and the washing ratio will reach over 60%. At the same time improve the comprehensive coal processing system.