DB12/ 046.03-2011 DB12/ 046.03-2011 Integrated energy consumption calculation method and limit for product unit production: Part 3: Seamless steel pipes

DB12/ 046.01-2011 Product energy consumption calculation method and limit for comprehensive energy consumption per unit output - Part 1: General rules DB12/ 046.02-2011 Product Unit Yield Integrated Energy Consumption Calculation Method and Quota Part 2: Ton Steel DB12/ 046.04-2011 Product Unit Yield Integrated Energy Consumption Calculation Method and Quota - Part 4: Blast Furnace Steel Making DB12/ 046.05-2011 Product Unit Yield Integrated Energy Consumption Calculation Method and Quota - Part 5: Electro-slag Steel Melting DB12/ 046.07-2011 DB12/ 046.07-2011 Calculation method and limit of comprehensive energy consumption per unit output for products - Part 7: Ironmaking DB12/ 046.08-2011 DB12/ 046.08-2011 Computation method and limit of comprehensive energy consumption per unit output for products - Part 8: Cold drawn seamless steel pipes DB12/ 046.09-2011 Product Unit Yield Integrated Energy Consumption Calculation Method and Quota - Part 9: Bar Production Process DB12/ 046.10-2011 Product energy consumption calculation method and limit part 10: Hot-rolled seamless steel pipes DB12/ 046.11-2011 Product energy consumption calculation method and limit for integrated production output of unit: Heat-rolled steel plate, Part 11 DB12/ 046.12-2011 Product unit yield comprehensive energy consumption calculation method and limit - Part 12: Medium and thick plate DB12/ 046.13-2011 Product Energy Consumption Limit for Synthesis of Production Yield - Part 13: Small Bodies of Materials DB12/ 046.14-2011 Product Unit Yield Integrated Energy Consumption Calculation Method and Quota - Part 14: Sintering Process DB12/ 046.15-2011 Product Energy Consumption Limit Calculation Method and Quota - Part 15: Steel wire Output Consumption Limit Calculation Method and Quota DB12/ 046.16-2011 Product Unit Yield Integrated Energy Consumption Calculation Method and Quota - Part 16: Coking Process DB12/ 046.17-2011 Product Unit Yield Integrated Energy Consumption Calculation Method and Quota - Part 17: Cold Rolled Sheet DB12/ 046.18-2011 Product Unit Yield Integrated Energy Consumption Calculation Method and Quota Part 18: Anode Copper Refining DB12/ 046.19-2011 Product Unit Yield Integrated Energy Consumption Calculation Method and Quota - Part 19: Electrolytic Copper Refining DB12/ 046.20-2011 Product Energy Consumption Limit for Production Rate Comprehensive Calculation Methodology and Limitations - Part 20: Aluminum Alloy Profile for Products DB12/ 046.21-2011 Product energy consumption calculation method and limit part 21: Extruded aluminum profiles DB12/ 046.22-2011 Product Unit Yield Integrated Energy Consumption Calculation Method and Quota Part 22: Crude Oil Processing DB12/ 046.23-2011 Product Unit Yield Integrated Energy Consumption Calculation Method and Quota Part 23: Crude Oil Processing Unit Energy Factor DB12/ 046.24-2011 The calculation method and limit for the comprehensive energy consumption of product production units - Part 24: Ethylene. [English translation] DB12/ 046.25-2011 Product Yield and Consumption of Energy Integrated Calculation Method and Limitation - Part 25: Polyester Short Fiber DB12/ 046.26-2011 DB12/ 046.26-2011 Integrated energy consumption calculation method and limit for products unit production - Part 26: Polyester filament yarn DB12/ 046.27-2011 Product Unit Yield Integrated Energy Consumption Calculation Method and Limitation Part 27: PTA Plant DB12/ 046.28-2011 Product energy consumption calculation method and limit part 28: Polyethylene. Note: This is the English translation of the Chinese text DB12/ 046.29-2011 Product unit yield comprehensive energy consumption calculation method and quota - Part 29: Polypropylene. (Energy consumption in polypropylene production) DB12/ 046.30-2011 Product Unit Yield Comprehensive Energy Consumption Calculation Method and Quota Part 30: Power Generation Plant Power Supply DB12/ 046.31-2011 Product energy consumption calculation method and limit part 31: Heat supply of thermal power plant DB12/ 046.33-2011 DB12/ 046.33-2011 Computation method and limit of comprehensive energy consumption per unit output for products - Part 33: Engineering tire DB12/ 046.34-2011 DB12/ 046.34-2011 Method for Calculating the Integrated Energy Consumption per Unit Production and Limit for Part 34: Sultanes (Summing the energy consumption of all production processes of a product to calculate the overall energy consumption per unit production) DB12/ 046.35-2011 Product energy consumption calculation method and limit part 35: Bismuth process for polyvinyl chloride (PVC) method for calculating the comprehensive energy consumption per unit output of products DB12/ 046.37-2011 DB12/ 046.37-2011 Computation method and limit of comprehensive energy consumption per unit output for products - Part 37: Carbon black DB12/ 046.38-2011 DB12/ 046.38-2011 Computation method and limit of comprehensive energy consumption per unit output for product - Part 38: Epichlorohydrin DB12/ 046.39-2011 Product energy consumption calculation method and limit part 39: Propylene oxide DB12/ 046.40-2011 Product unit yield comprehensive energy consumption calculation method and quota - Part 40: Potassium chloride DB12/ 046.41-2011 Product energy consumption calculation method and limit part 41: Ammonia synthesis. (Note: This is a translation of the Chinese title of a Chinese standard, and may not fully reflect the content of the standard.) DB12/ 046.43-2011 Product energy consumption calculation method and limit part 43: Flat glass. Note: The English translation provided here is for reference only. It is not necessarily a direct translation of the Chinese content DB12/ 046.44-2011 Product Unit Yield Integrated Energy Consumption Calculation Method and Quota Part 44: Cement. (Note: This is a translation of the Chinese text provided.) DB12/ 046.46-2011 Product Unit Yield Comprehensive Energy Consumption Calculation Method and Quota Part 46: Cement Grinding Station DB12/ 046.48-2011 DB12/ 046.48-2011 Computation method and limit for comprehensive energy consumption per unit output of products - Part 48: Gypsum board. English translation: DB12/046.48-2011. Method for calculating the comprehensive energy consumption per unit output of products - Part 48: Gypsum board DB12/ 046.49-2011 Product Unit Yield Integrated Energy Consumption Calculation Method and Limitation Part 49: Shale Brick DB12/ 046.50-2011 DB12/ 046.50-2011 Computation method and Limit for the comprehensive energy consumption per unit output of products - Part 50: Micro-automobiles DB12/ 046.51-2011 Product Yield Energy Consumption Limitation Methodology and Limitations Part 51: Automotive Engine DB12/ 046.52-2011 Product Unit Yield Integrated Energy Consumption Calculation Method and Quota Part 52: Automotive Axle DB12/ 046.53-2011 Product energy consumption calculation method and limit part 53: Electrical welding wire DB12/ 046.54-2011 DB12/ 046.54-2011 Computation method and limit for comprehensive energy consumption per unit output of products - Part 54: Gear machine tools DB12/ 046.55-2011 Product unit yield comprehensive energy consumption calculation method and quota - Part 55: Refrigerator compressor DB12/ 046.56-2011 Product energy consumption calculation method and limit part 56: Electrodes DB12/ 046.57-2011 Product Unit Yield Comprehensive Energy Consumption Calculation Method and Limitation Part 57: Steel Made by Mechanical Electric Furnace DB12/ 046.58-2011 DB12/ 046.58-2011 Computation method and limit of comprehensive energy consumption per unit output for products Part 58: Spring components for locomotive and rolling stock DB12/ 046.59-2011 DB12/ 046.60-2011 Product energy consumption calculation method and limit for integrated production output - Part 60: Lead-acid battery. Note: This is a translation of the Chinese term "Product unit yield comprehensive energy consumption calculation method and limit" and the part "Part 60: Lead-acid battery". The English translation is provided for reference only DB12/ 046.61-2011 Product energy consumption calculation method and limit part 61: Nickel-hydrogen battery. Note: This is a translation of the Chinese text and may not represent the exact English term used in the original document DB12/ 046.62-2011 Product Unit Yield Comprehensive Energy Consumption Calculation Method and Limit: Part 62: Lithium-ion Batteries DB12/ 046.63-2011 Product Energy Consumption Limit for Total Output Yield and Calculation Methodology - Part 63: Fine Worsted Textiles. (Note: This is a Chinese translation of a specific energy consumption standard) DB12/ 046.64-2011 Product unit yield comprehensive energy consumption calculation method and limit, Part 64: Printing and dyeing cloth DB12/ 046.65-2011 Product Unit Yield Integrated Energy Consumption Calculation Method and Quota - Part 65: Cotton Cloth DB12/ 046.66-2011 Product energy consumption calculation method and limit part 66: Cotton yarn DB12/ 046.67-2011 DB12/ 046.68-2011 Product Unit Yield Integrated Energy Consumption Calculation Method and Limit: Part 68: Large Infusion Dose DB12/ 046.69-2011 DB12/ 046.69-2011 Comprehensive Energy Consumption Calculation Method and Limit for Product Unit Output - Part 69: Compound Salvia Mixture Drops DB12/ 046.70-2011 DB12/ 046.70-2011 Comprehensive energy consumption calculation method and limit for product unit output - Part 70: Caffeine DB12/ 046.71-2011 DB12/ 046.71-2011 Computation method and limit of comprehensive energy consumption per unit output for products - Part 71: Soft drinks DB12/ 046.72-2011 Product Unit Yield Integrated Energy Consumption Calculation Method and Quota Part 72: Cigarettes. (Note: This is a translation of the Chinese text.) DB12/ 046.73-2011 Product Unit Yield Integrated Energy Consumption Calculation Method and Quota Part 73: Baijiu (Chinese white liquor) DB12/ 046.74-2011 Product unit yield comprehensive energy consumption calculation method and limit - Part 74: Paper making DB12/ 046.75-2011 Product Consolidated Energy Consumption Calculation Method and Quota Part 75: Ink. (Note: This is a translation of the Chinese text provided.) DB12/ 046.76-2011 The method and limit for calculating the comprehensive energy consumption of product output, Part 76: Beer. (Note: The specific method and limit may vary depending on the country or region.) DB12/ 046.77-2011 DB12/ 046.77-2011 Method for calculating comprehensive energy consumption per unit output of products and energy consumption limit of 77th part: Alcohol DB12/ 046.78-2011 Product Unit Yield Integrated Energy Consumption Calculation Method and Limitation Part 78: Corrugated Paper. (Note: This is a translation of the Chinese text.) DB12/ 046.79-2011 DB12/ 046.79-2011 Method for calculating comprehensive energy consumption per unit output and quotas Part 79: Laundry detergent DB12/ 046.80-2011 Product Unit Yield Integrated Energy Consumption Calculation Method and Quota Part 80: Paint. (Note: This is a translation of the Chinese text.) DB12/ 046.81-2011 DB12/ 046.82-2011 Product energy consumption calculation method and limit part 82: Air conditioner. (Note: The English translation provided above is only for reference and may not fully reflect the context of the original Chinese text.) DB12/ 046.83-2011 Product Unit Yield Energy Consumption Calculation Method and Limitation Part 83: Microwave Oven. (Note: This is a Chinese translation and the English translation is not provided.) DB12/ 046.84-2011 Product Consolidated Energy Consumption Calculation Method and Limitation Part 84: EPS Foam Products DB12/ 046.85-2011 Product energy consumption limit calculation method and quota - Part 85: Cathode ray tube (CRT), display device DB12/ 046.86-2011 Product unit yield comprehensive energy consumption calculation method and limit, Part 86: Soldered capacitor. (Note: This is a translation of the Chinese text and may not be identical to the original Chinese.) DB12/ 046.87-2011 Product unit yield comprehensive energy consumption calculation method and quota Part 87: Integrated circuits DB12/ 046.88-2011 Product energy consumption calculation method and limit part 88: Crystal oscillator. Note: This is an industry standard that has not been officially published yet and has no specific English translation. However, based on the context, the English translation of "product energy consumption calculation method and limit" would be "the calculation method and limit of comprehensive energy consumption per unit production of products." "Crystal oscillator" would be "a type of electronic component that is used in various electronic devices for timing and synchronization purposes." DB12/ 046.89-2011 Product Energy Consumption Limit for Production Output - Part 89: Mobile phones. Result only in English translation DB12/ 046.90-2011 Product energy consumption calculation method and limit for integrated production unit output - Part 90: Communication equipment DB12/ 046.91-2011 Product Unit Yield Synthesis Energy Consumption Calculation Method and Quota Part 91: Wine. (Note: This is a translation of the Chinese text provided.) DB12/ 046.92-2011 Product Unit Yield Synthesis Energy Consumption Calculation Method and Quota Part 92: Yogurt. (Note: This is a translation of the Chinese text provided.) DB12/ 046.93-2011 Product unit yield comprehensive energy consumption calculation method and quota Part 93: Ultra-high temperature aseptic milk DB12/ 046.94-2011 DB12/ 046.95-2011 Product Unit Yield Comprehensive Energy Consumption Calculation Method and Quota Part 95: Portthroughput DB12/ 046.96-2011 Product Unit Yield Integrated Energy Consumption Calculation Method and Quota Part 96: Steel Strand. (Note: This is a translation of the Chinese term used in the context of energy consumption calculation methods and quotas for products.) DB12/ 046.97-2011 The method for calculating the comprehensive energy consumption of product units and its quotas Part 97: High frequency seamless welded steel pipes DB12/ 046.98-2011 DB12/ 046.98-2011 Method for Calculating the Total Energy Consumption per Unit Output of Products and Limitations - Part 98: Pile pipes DB12/ 046.99-2011 Product Unit Output Energy Consumption Calculation Method and Limitation Part 99: Dry Power Transformer DB12/ 046.100-2011 Product energy consumption per unit production calculation method and limit Part 100: Juice beverages. Note: The text in the original language will be given below for reference only DB12/ 046.101-2011 DB12/ 046.101-2011 Computation method and limit of comprehensive energy consumption per unit output for product - Part 101: Low oxygen copper rod DB12/ 046.102-2011 DB12/ 046.102-2011 Computation method and limit for comprehensive energy consumption per unit output of products - Part 102: Automobile tires DB12/ 046.103-2011 Product Unit Yield Integrated Energy Consumption Calculation Method and Quota Part 103: Motorcycles. (Note: This is a translation of the Chinese text provided.) DB12/ 046.104-2011 DB12/ 046.104-2011 Computation method and limit of comprehensive energy consumption per unit output for product - Part 104: Palm oil DB12/ 046.105-2011 Product energy consumption calculation method and limit part 105: Coal-fired central heating heat source plant DB12/ 046.106-2011

DB12/ 046.03-2008 The method for calculating the comprehensive energy consumption of seamless steel pipes and its limit is as follows: "seamless steel pipes" refers to a type of steel pipe that is produced through a continuous casting process without any welded seams or seams. The comprehensive energy consumption of seamless steel pipes is calculated by taking into account the energy consumption of raw materials, production equipment, production processes, and management and maintenance during the entire production process. The limit of the comprehensive energy consumption of seamless steel pi