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5 The Energy-saving and Emission-reduction Technology Theme Display Appendix MTM Expo 203 SPACE APPLICATION / CONTRACT Please complete and return to Shenshi Exhibition Service Co., Ltd. Tel: ext. 85 Fax: Helen@2expo.net Company: Address: : Authorised Official s Name: Ms. Mr. Position: Tel: Fax: Details of product to be exhibited: Metallurgy Tube Metal Foundry Please choose ( ): Shell Scheme Booth: min 2 sqm (*surcharge for corner booth) Booth no. US$,600 per booth with 2 m2 (3 x m) US$6,900 per booth with 8 m2 (3m 6m) Shell scheme booth: 3 walls panel, carpet, round table, 3 leather chairs, bin reception counter, bar chair, company name panel, 2 spot lights, socket. Indoor Raw Space: min. 2 sqm, Booth rental: USD 350 per sqm US$350 per sqm with Width m Depth m =US$ (Min.2sqm) Importance:This form must be signed by a person authorized on behalf of the company. We, the undersigned, confirm to participate in MTM Expo to be held from June -6, 203. We also confirm having read and agree to the terms and conditions of the contract as well as the rules and regulations specified in the exhibition manuals. All rental payment is non-refundable. Terms of payment:. 50% of deposit in USD of the booth fee must be made to our company and returned together with the completed application form. The balance payment must be paid in full three months before the exhibition date. 2. Only upon receiving the non-refundable down payment (50% of the total rental), this reservation is valid within 5 working days after receiving our confirmation. 3. Bank Details: Company name: Shanghai Shenshi Exhibition Service Co., Ltd. Bank: Industrial and Commercial Bank of China Shanghai Branch (02272), Jinshajiang Road, Shanghai, China Account: Swift code: ICBKCNBJSHI Stamp/Authorized Signature: Name: Date:

6 The Energy-saving and Emission-reduction Technology Theme Display Appendix 2 Briefing of Exhibiting Product / Technology Product/Technology Product/Technology(CN) (Please refer to Appendix 2. of Energy- Index saving and Emission-reduction Technology) Introduction Please brief the working principle and application condition of the Product/Technology Effect of energy-saving and emission-reduction Please introduce effect of energy-saving and emission-reduction of the Product/Technology and list related technology index (must be measurable) Application briefing Please introduce application of the Product/Technology, e.g. case study, enterprises using the Product/Technology. Exhibitor Contact Details Contact Person Mobile Tel Fax Address P.C.

7 The Energy-saving and Emission-reduction Technology Theme Display Appendix 2. of Energy-saving and Emission-reduction Technology Technolog Process Coke Making (A) Sinter (B) Iron Making (C) Iron Making (D) Steel Rolling (E) Others (F) Subto tal (item) Remarks i.e:high efficient Energy efficiency upgrading A 0 B 8 C D 0 E 6 F 29 combustion,high efficient heat exchangers and etc. i.e: CDQ power Energy -saving Residue energy recycling A2 B2 8 C2 3 D2 E2 5 F2 0 2 generation,trt,fu me residue heat recycling, melt slag waste heat recycling Process energy saving and new energy application A3 B3 C3 D3 E3 F3 0 i.e.: hot charging and hot transferring, thin-strip casting,bf coal injection Emission reduction Air pollutants A B C D E F 2 for SO2, NOx, reduction fume dusts, dioxin and etc. i.e. coke and cold Water saving rolling waste and water A5 B5 C5 D5 E5 F5 6 water treatment Emission-r pollution 5 and reclaimed eduction treatment water recycling and etc. Reusing and high value added Solid waste A6 B6 C6 D6 E6 F6 28 recycling utilization 5 3 technology for each kind of solid wastes i.e.:energy control Information and Automation A7 0 B7 0 C7 0 D7 E7 2 F7 2 8 center tech., environment auto monitoring tech. Subtotal Total 58

8 Instruction.The classification number table is convenient for technology index searching and archiving management; 2.Technical classification number consists of one letter and one digital, letter representing processes and the digital representing energy saving & emission reduction technology. For example, CDQ power generation process belongs to residue heat recycling from the coking process, therefore it is classified in A2; cold-rolling wastewater treatment technology is classified in E5, Energy Center Technology is classified in F7; 3.For technology with multiple energy saving and emission reduction effects, it is classified by its main energy saving effect, such as CDQ technology, with both energy saving and water conservation effects, but also with pollutant emissions reduction effect, but since its energy-saving effect is more significant, and it is accordingly classified in the energy-saving technology.in process classification, some enterprises do not separate the coking making from coking, so here they are grouped together; refining and continuous casting are unified in the steel-making process; hot-rolling, cold-rolling, strip steel, steel pipes, wire rod are unified in the rolling process; common technology is classified in the others.

9 The Energy-saving and Emission-reduction Technology Theme Display Appendix 2.2 附件 2.2 钢铁企业节能减排技术一览表 ( 编号请参照附件 2.) Appendix 2.2 Overview of Energy-saving and Emission-reduction Technology A: 炼焦及焦化 Coke Making A 0 项 A2 A3 A 9 项 '' 2'' 3'' '' 5'' 6'' 7'' 8'' 9'' 0'' '' 2'' 3'' '' 5'' 6'' 炼焦过程中焦炉变压调节 Variable pressure regulation of ovens during the coking process 焦炉的状态维护 Maintenance of coke ovens 清扫炉门和炉门框密封 Cleaning of oven doors and frame seals 焦化厂平稳而无干扰的操作 Smooth and undisturbed operation the coke oven plant 保持炭化室内气流畅通 Maintaining free gas flow in the coke oven 炉门及炉门框密封性的改进 Improvement of oven door and frame seals 提高炭化室体积 Larger coke oven chambers 上升管和装煤孔密封 Sealing of ascension pipes and charging holes 新的防泄漏炉门 Modern Leak-proof Door 煤调湿 Coal Moisture Control 干熄焦 Coke Dry Quenching 新一代炼焦技术 SCOPE2 高压氨液吸除系统 High Pressure Ammonia Liquor Aspiration System 推焦除尘及处理系统 Dedusting of Coke Pushing 焦炉煤气处理的气密性操作 Gas-tight operation of the gas treatment plant 闭式传送带 Closed belt conveyors A 9 项 A5 5 项 A6 7'' 推焦除尘 Emission reduction during coke pushing 8'' 低水分湿法熄焦工艺 Coke wet quenching (CWQ) 9'' NOx 源头消减技术 Reduction of NOX by primary measures 20'' NOx 末端治理技术 Reduction of NOX by secondary measures 2'' 焦炉煤气脱硫 Reduction of SO2 by coke oven gas desulphurization 22'' 氨的去除 ( 焦化废水预处理技术 ) Ammonia stripping from wastewater 23'' 焦油和多环芳香烃 (PAH) 的去除 ( 焦化废水预处理技术 ) Removal of tar(and PHA)from wastewater 2'' 一级反硝化 ( 焦化废水处理技术 ) Primary nitrification-dentrification process 25'' 二级反硝化 ( 焦化废水处理技术 ) Secondary nitrification-denitrification process 26'' 活性炭吸附 ( 焦化废水处理技术 ) Adsorption of activated carbon 27'' 焦油渣配煤炼焦 Coking of Tar Residue Blended with Coal 28'' 两级离心处理焦油渣 Two- stage centrifugal treatment of Tar Residue 29'' 除尘焦粉用于高炉喷吹 Application of Coke Breeze in Coal Injection of Blast Furnaces 30'' 焦炉处理废塑料 Utilzation of waste plasties by coking process

10 附件 2.2 钢铁企业节能减排技术一览表 ( 编号请参照附件 2.) Appendix 2.2 Overview of Energy-saving and Emission-reduction Technology B: 烧结及球团 Sinter B 8 项 B2 8 项 3'' 32'' 33'' 3'' 35'' 36'' 37'' 38'' 39'' 0'' '' 2'' 3'' '' 点火装置多缝式烧嘴 Multi-slit Burner in Ignition Furnace 在烧结矿配料中减少易挥发的碳氢化合物的含量 Loweringthe content of volatile hydrocarbons in the sinter feed 铺底料技术 Sintering with Bedding material 厚料层烧结 Deep bed sintering 球团矿原材料分离技术 segregation of raw materials on pellets 脱硫后提高烧结矿里的煤配比 Increased of coal content in sintering feed after FGD 烧结喂料系统改进 Improvements in feeding equipment 粒化加强装置 Equipment of reinforce granulation 烧结台车上集成冷却和部分烟气循环余热回收 strand cooling and waste heat recovery with partial waste gas recirculation 结合换热器的烧结后段烟气循环利用 (LEEP) Recycling of waste gas from the end sinter strand combined with heat exchange 不同烧结段烟气再循环的工艺 Recycling of parts of waste gas to other parts of the sinter strand 部分循环整个烧结机的烟气 (EOS) Partial recycling of waste gas from the whole strand 烧结矿冷却热空气和烧结烟气余热回收及部分烧结烟气再循环 sinter cooler and waste gas heat recovery with sectional waste gas recirculation 烧结矿冷却热空气的余热回收 sinter cooler waste heat recovery with conventional sintering B2 8 项 B3 B 5'' 烧结矿冷却热空气余热回收用来区域供热 District Heating Using Waste Heat 6'' 烧结矿冷却热空气和烧结烟气混合再循环 (EPOSINT 工艺 ) recycling of waste gas from part of the end sinter strand and use of waste gas from the sinter cooler 7'' 生物质燃料在烧结上的应用 Biomass for Iron and Steel Making 8'' 减少烧结矿来料中的硫含量 Lowering the content of sulfure insintering feed. 9'' 机头高效静电除尘器 High-efficiency Electrical Percipitator of sinter strand 50'' 粗颗粒旋风除尘器 Cyclones 5'' 机尾烟气袋式除尘技术 Bag filter 52'' 湿法烟气脱硫技术 Wet FGD 53'' 干法 ( 半干法 ) 烟气脱硫技术 Circulating fluid-bed de-sulf technogy for sinter 5'' 55'' 56'' 57'' 58'' 低温等离子体法处理烧结烟气 Exhaust Gas Treatment through Low-Temperature Plasma 选择性催化还原法脱硝 Selective catalytic reduction (SCR) 活性炭吸附脱硝技术 Regenerative activated carbon (RAC) process for desulphurisation and reduction of NOX 原料优化配比降低烧结过程 SO 2 减排技术 Primary measures for reduced SO2 emissions from the sinter process PCDD/F 排放最小化的流程优化 Process optimisation for PCDD/F emission reduction

11 附件 2.2 钢铁企业节能减排技术一览表 ( 编号请参照附件 2.) Appendix 2.2 Overview of Energy-saving and Emission-reduction Technology B B5 B6 5 项 C: 炼铁 Iron Making C C2 3 项 59'' 湿式洗涤器 Fine wet scrubbers 60'' 溢流水串级使用或外排 The use of backed-up water and discharge 6'' 采用絮凝沉淀浓缩处理 Coagulation and concentration treatment of wastewater 62'' 底流污泥可返回烧结配料综合利用 Recycle sludge containing iron and carbon from the sinter strand 63'' 多种尘泥均质化造粒回烧结 Use of dust and sludge in the sinter plant 6'' 烧结车间粉尘压块后 Oxycup 处理 Utiilization of sintering mill dust in Oxycup shaft furnace proceess aftering briquetting 65'' 高含氯除尘灰的洗氯预处理 washing pre-treatment of BF dust with high content chlorine 66'' 烧结电场除尘灰的脱除钾钠处理 De- Alkali Metal treatment of sintering EP dust 67'' OG 泥泵送喷浆回收 OG sludge direct recovery in the first mixer of sintering plant 68'' 69'' 70'' 7'' 72'' 73'' 7'' 直接喷吹还原剂 Direct injection of reducing agents 提高高炉能源效率 Increase of energy efficiency in blast furnaces 改进高炉装料 Improve Blast Furnace Charge Distribution 高炉煤气除尘 Blast furnace gas treatment 高炉余热回收利用 Blast Furnace Heat Recuperation 回收利用高炉煤气 Recovery and use of blast furnace gas 高炉煤气余压发电 Top Pressure Recovery Turbine-- TRT C5 C6 C: 炼铁 Iron Making C3 C 5 项 75'' 76'' 77'' 78'' 79'' 熔融还原工艺 Smelting reduction process 直接还原工艺 Smelting Reduction Processes ITmk3 炼铁工艺 Direct Reduction Process 双向直缸炉炼铁 ITmk3 Ironmaking Process 出铁场除尘系统 Cast house dedusting 80'' 高炉渣恶臭治理技术 Slag Odor Control 8'' 铁水装料烟尘抑制技术 Fume suppression during hot metal charging 82'' 炉顶料斗煤气回收系统 Gas recovery system for top hopper release 83'' 高炉渣处理过程臭味控制 Slag Odor Control 8'' 高炉煤气洗涤水的处理 Treatment and reuse of scrubbing water 85'' 高炉泥渣的水力旋流 Hydrocyclonage of blast furnace sludge 86'' 高炉渣的海洋应用 BF slag marine application 87'' 高炉渣和脱硅渣制取硅钾肥 BF slag or desiliconized slag used to formulate Slow-Release Silicon- Potash Fertilizer 88'' 高炉渣用作水泥 ( 混凝土 ) 的活性材 ( 掺和料 ) BF slag used as composite cement or concrete admixture

12 附件 2.2 钢铁企业节能减排技术一览表 ( 编号请参照附件 2.) Appendix 2.2 Overview of Energy-saving and Emission-reduction Technology D: 炼钢 Steel Making D2 D3 D 7 项 89 转炉煤气 ( 燃烧系统 ) 冷却系统 Control and automization of converter operation 90 转炉煤气能量的回收 Energy recovery from the BOF gas 9 废钢预热 Scrap preheating 92 OG- 锅炉系统 ( 非燃烧系统 )/ 干式旋风除尘器 OG-boiler System (Non-combustion)/ Dry-type Cyclone Dust Catcher 93 转炉直接出钢 Laser contouring system to extend the lifetime of BOF refractory lining 9 富氧燃料烧嘴 / 氧枪 Oxy-fule burners/lancing 95 近终型连铸技术薄带连铸 Optimised Skid Design to Reduce Skid Marks 96 近终形异型坯浇铸技术 Near Net Shape Casting / Thin Slab Casting 97 BOF 集尘罩 Use Enclosures for BOF 98 废气冷却系统 ( 燃烧系统 ) Exhaust Gas Cooling System (Combustion System) 99 布袋除尘器前喷射吸附剂脱除废气中的有机物 Reduction of PCDD/F by means of additives injection in combination with bag filters 00 铁水预处理除尘 Particulate matter abatement from hot metal pretreatment 0 转炉一次除尘 Primary dedusting of BOF 02 转炉二次除尘 Collection and abatement of secondary emissions of BOF 03 减少转炉二次烟尘排放的通用技术 General techniques prevent or reduce diffuse and fugitive secondary emissions D5 D6 0 闭环冷却水系统 ( 电炉 ) Slap slitting 05 转炉炼钢湿法除尘废水和浓缩液处理 Coagulation and concentration treatment of wastewater from wet 06 dedusting 采用沙滤装置处理连铸废水 A high rate of recirculation along with filtration 07 采用密闭水冷系统冷却电炉组成元件 Cooled with water in a closed circuit of the slabs,blooms and billet 08 降低废钢中的锌含量 Lowering the zinc content of scrap 09 转炉除尘灰冷压块 Cold briquetting of BOF dust and sludge 0 富 Zn 泥浆 / 粉尘的处理 Treatment of dust or sludge with high content of Zinc 粉尘热压块和再循环及回收高 Zn 浓缩球团作外部重新应用 Dust hot briquetting and recycling with recovery of high zinc concentrated pellets for external re-use 2 电炉渣利用 EAF slag application 3 EAF 粉尘再循环利用 EAF dust processing for the recovery of heavy metals 高合金电炉渣处理 Treatment of high alloyed EAF slags 5 OxyCup 竖炉技术 OxyCup Shaft Furnace 6 转炉钢渣的热态调质改性 Adjustment of free lime content of BOF slag 7 钢渣的海洋应用 Steel slag marine application 8 滚筒渣 (BSSF) 处理技术 BSSF Baosteel s innovative process for steelmaking slag treatment

13 附件 2.2 钢铁企业节能减排技术一览表 ( 编号请参照附件 2.) Appendix 2.2 Overview of Energy-saving and Emission-reduction Technology D: 炼钢 Steel Making D7 E: 轧钢 Steel Rolling E 6 项 E2 5 项 9 MultiGasTM 烟气分析仪高效燃烧的在线反馈 MultiGasTM Analyzer - On-line Feedback for Efficient Combustion 20 用于真空脱气装置实时钢液测温的副枪成像系统 ProVision Lance-based Camera System for Vacuum Degasser - Real-time 2 通过自动化提高转炉车间能源效率 Increase energy efficiency in the steel shop by automatisation 22 VIPER 温度监控系统 VIPER temperature monitoring system 23 减少物料传送机构的热损失 Reduction of Energy Loss through Stock Transportation 2 Device 热量存储箱和防散热盖 Heat conversation box and Thermal cover 25 热卷箱 Coil box 26 热卷保温炉 Coil recover furnace 27 传输车加上罩盖 Heat Shields on Transfer Tables 28 工作辊润滑系统 Work roll lubrication system 29 蓄热式燃烧 Regenerative Burner System 30 自蓄热式烧嘴 Recuperator and Recuperative Burners 3 待轧坯预热 Feedstock Preheating 32 加热炉烟气余热锅炉 Heat Recovery steam generator for heating furnace flue 33 加热炉滑轨蒸发冷却 Evaporative Furnace Skid Cooling E3 E 6 项 E5 E6 3 项 3 加热炉富氧燃烧技术 Oxygen - enriched combustion of heating furnace 35 热装热送 Hot Charging/Direct Rolling 36 在线热处理技术 ( 加速冷却 ) Strip Edge Heating 37 强制中间机座带钢冷却系统 Forced Interstand strip cooling 38 低 NOX 烧嘴 Low-NOx Burners 39 外部烟气循环 External Flue Gas Recirculation (FGR) 0 减少加热炉烟尘无组织排放 / 氧化物颗粒脱除系统 Reduction of Fugitive Emissions / Oxide Removal System 矫直机除尘 Leveler dedusting 2 加热炉烟气选择性催化还原技术 (SCR) Selective catalytic reactor (SCR) 3 加热炉烟气选择性非催化还原技术 (SNCR) Selective Non-Catalytic Reduction (SNCR) 工艺水中碳氢化合物污染防治技术 Abatement of hydrocarbon in process waste discharge 5 减少水的消耗与排放 Reduction of water consumption and discharge 6 含油含屑废水的处理 Treatment of scale and oil bearing process water 7 冷却水的处理 Cooling water treatment 8 蒸馏回收废油渣中的氧化铁粉和油 Recovery oxided iron powder and oil from hot mill residues containing oill by distillation 9 氧化铁皮制取还原铁粉 Preparation of reduced iron powder from Mill scale 50 氧化铁皮生产磁性材料 Preparation of magnetic material from Mill scale

14 附件 2.2 钢铁企业节能减排技术一览表 ( 编号请参照附件 2.) Appendix 2.2 Overview of Energy-saving and Emission-reduction Technology E: 轧钢 Steel Rolling F: 能源公辅及其他 Others E7 2 项 5 提高能效的通用方法和低排放操作 ( 加热炉和热处理炉 ) Rolling of Wedge-type Slabs 52 工业炉自动控制 General Measures for Energy Efficiency and Low Emission Operation F F F5 F6 F7 2 项 53 区域能源综合利用解决方案 Optimized solution of regional intergration of energy sources 5 堆场物流运输抑尘技术 Dust suppressing technology for stockyard and conveyors 55 全厂水循环梯级利用 Cascade use of process water 56 含铁尘泥返生产及综合利用 Cycling and Reuse of Ferrous dust & ooze 57 能源管理中心 Energy management and control center 58 新型特征污染物监测技术 Monitoring and appraisement of charactrized pollutants

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第 33 卷第 6 期钢摇铁摇钒摇钛摇摇摇摇摇摇摇摇摇摇摇 2012 年 12 月 IRON STEEL VANADIUM TITANIUM 摇摇摇摇摇摇摇摇摇摇摇摇 Vol 郾 33,No 郾 6 December 2012 氯化法钛白生产装置三废处理工艺改进孙洪涛 ( 东华工程科技股份