Topics 报告内容 GTI Overview 美国燃气技术研究院 (GTI) 简介 R-GAS Coal Gasification Project Collaboration with China R-GAS 煤气化示范项目与中国企业的合作 CarboLock Hollow Fiber Memb

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1 GAS TECHNOLOGY INSTITUTE 美国燃气技术研究院 Advanced Clean Energy Technology Development for China Market 面向中国市场的先进清洁能源技术开发 2017 China U.S. Clean Coal Industry Forum, Morgantown, WV Don Stevenson Executive Director, R&D Gas Technology Institute 1 December

2 Topics 报告内容 GTI Overview 美国燃气技术研究院 (GTI) 简介 R-GAS Coal Gasification Project Collaboration with China R-GAS 煤气化示范项目与中国企业的合作 CarboLock Hollow Fiber Membrane Contactor (HFMC) CO 2 Capture Technology 中空纤维膜 (CarboLock ) 二氧化碳捕集技术 Oxygen-Fired Pressurized Fluidized Bed Coal Combustion Technology (Oxy-PFBC) 燃氧加压流化床煤炭燃烧 (Oxy-PFBC) 技术 Supercritical Transformational Electric Power (STEP) for Indirect Coal-Fired Power Cycles 实现间接燃煤动力循环的超临界转换发电 (SETP) 技术 Summary 总结 2

3 GTI Overview 美国燃气技术研究院 (GTI) 简介 FOR A BETTER ENVIRONMENT AND A BETTER ECONOMY 改善环境促进经济 SUPPLY 供应 CONVERSION 转化 DELIVERY 运输 UTILIZATION 利用 Independent not-for-profit covering entire gas value chain 独立的非营利机构业务覆盖整个燃气能源产业价值链研发项目管理技术 / 分析咨询培训员工 World-class facilities headquartered in Chicago 全球领先的实验设施总部位于芝加哥 3

4 GTI Gasification Development History GTI 气化技术的发展历程 Development Focus Supply Security Substitute Natural Gas (SNG) Industrial Fuel Gas Biomass, Renewables Syngas to Power - IGCC Syngas to Products Fuels, Chemicals, SNG R-GAS Pilot Plant 2018 AGTF 2000 Shanghai Plant RENUGAS Pilot Plant 1990 FFTF Early PDU U-GAS Pilot Plant 1980 HYGAS Pilot Plant Skive Zaozhuang Lab Facility Dr. James L. Johnson Yima

Advanced cooling design for robust thermal margins, long component life 先进的冷却设计保障设备安全使用寿命 Eliminates black

5 R-GAS Gasification System R-Gas TM 气化系统 (GTI) R-GAS Attributes 优势特性 : Dry feed for high efficiency, feedstock flexibility 高效灵活的干粉进料 Rapid mix injector + plug flow reactor for 90% smaller volume 高效混合烧嘴和塞流式反应器大幅减小设备尺寸 Advanced cooling design for robust thermal margins, long component life 先进的冷却设计保障设备安全使用寿命 Eliminates black water system for conventional coal processing 避免传统煤气化系统的黑水处理系统 Long MTBF, short MTTR for high availability 故障少修复快, 可用性高 5

R-GAS Gasifier R-Gas TM 气化炉 90% smaller reactor volume allows for factory

temperature operation enables gasification of high ash fusion temperature

CGE: 2-4% > than other dry feed 7%-9% > than slurry 气化效率提高 15-25% lower

6 R-GAS Gasifier R-Gas TM 气化炉 90% smaller reactor volume allows for factory integration and enables modularization 大幅减小炉体尺寸, 便于装置集成和模块化配置 High temperature operation enables gasification of high ash fusion temperature and high ash coals 高温运行解决了高灰熔点高灰煤气化难题 46 ft (14 m) Reduced water usage 用水量降低 CGE: 2-4% > than other dry feed 7%-9% > than slurry 气化效率提高 15-25% lower CAPEX & OPEX 节省成本 20 ft (6 m) Pilot Plant 18 TPD Demo Plant 800 TPD Commercial Plant 3,000 TPD 6

800 TPD GTI-Yangquan Demonstration Plant GTI-

demonstration plant investment 项目投资 FEED

construction 2018 工程设计及施工 Commissioning 2019

Coal Mining Group 阳煤集团 Taiyuan, Shanxi, China

Technology Institute Des Plaines, IL, USA

China Engineering Science and Technology Co.

7 800 TPD GTI-Yangquan Demonstration Plant GTI- 阳煤 800 吨 / 天气化示范装置 Project Status 项目状态 >$75MM demonstration plant investment 项目投资 FEED initiated July 2017 前端设计开始 Design & construction 2018 工程设计及施工 Commissioning 2019 试车运行 Selected Demo Site (Qingxu) Yangquan Coal Mining Group 阳煤集团 Taiyuan, Shanxi, China Plant Owner & Project Developer 业主及项目开发方 Gas Technology Institute Des Plaines, IL, USA Gasifier Technology Developer 气化技术开发方 East China Engineering Science and Technology Co. 东华科技 Hefei, Anhui, China Design Institute (EPC) 设计单位 (EPC 承包方 ) 7

Carbolock for CO 2 Capture 二氧化碳捕集技术 Lower CAPEX and OPEX 投资成本更低 High packing density results in >100x increase in mass transfer coefficient and smaller equipment 高填充密度得以百倍提高传质效率并减小设备尺寸 >30% reduction

sweetening and LNG feed prep 天然气脱硫及 LNG 来料处理 Pre-combustion CO 2 capture 燃烧前 CO 2 捕集 Separation of CO 2 from hydrogen in refineries 炼厂氢气脱除二氧化碳 Biogas separations 生物气分离工艺 Dehydration of natural gas

8 Carbolock for CO 2 Capture 二氧化碳捕集技术 Lower CAPEX and OPEX 投资成本更低 High packing density results in >100x increase in mass transfer coefficient and smaller equipment 高填充密度得以百倍提高传质效率并减小设备尺寸 >30% reduction in weight 设备重量减轻三成 Modular scales easily 模块化设备易于放大装置规模 Uses commercial (amdea) and advanced solvents 技术工艺使用先进的工业溶剂 Applications 应用广泛 Natural gas fired flue gas CO 2 capture 天然气烟气处理 Natural gas sweetening and LNG feed prep 天然气脱硫及 LNG 来料处理 Pre-combustion CO 2 capture 燃烧前 CO 2 捕集 Separation of CO 2 from hydrogen in refineries 炼厂氢气脱除二氧化碳 Biogas separations 生物气分离工艺 Dehydration of natural gas 天然气脱水处理 CO 2 permeates through membrane, reacts with solvent; CH4 or N2 do not react and have low solubilities in solvent 二氧化碳经膜渗透后与溶剂反应 ; 甲烷和氮气不反应且溶解度低 High contact surface area (~3,000 m2/m3) enable an increased volumetric masstransfer rate 高接触面积提高体积传质速率 NCCC PSTU system (0.5 MW e, packed column) GTI Carbolock system (0.5 MW e ) 8

ultra-compact combustor 采用床层内置换热器实现超小尺寸的燃烧装置 1/3 the size and half the cost of traditional boiler

9 Oxy-PFBC Coal Combustion 燃氧加压流化床煤炭燃烧 (Oxy-PFBC) 技术 High power density reactor for coal-fired electric power or steam with near-zero emissions 利用高功率密度的反应器实现接近零排放的燃煤发电或燃煤锅炉运行 In-bed heat exchanger for ultra-compact combustor 采用床层内置换热器实现超小尺寸的燃烧装置 1/3 the size and half the cost of traditional boiler 较传统锅炉设备尺寸降低三分之二, 成本减半 No net increase in COE for CO2 prices/credit > $30/ton, or $18/ton with SCO2 不增加电力成本 9

Supercritical CO 2 (sco 2 ) Power Cycles 超临界二氧化碳 (sco2) 动力循环技术 Motivation - sco 2 power cycles offer

2-5% point efficiency improvement 效率更高 3-4% reduction in LCOE 度电成本更低 Reduced emissions, fuel, and water

plant Steam Turbine Equivalent MW sco 2 Turbine 项目目标 : 设计建设并运行一个 10 MW e sco 2 示范装置 Advance high-temp

项目方 :GTI( 主导 ), SwRI( 场地 ), GE( 主要透平机械 ) Project duration 2017-2022 项目工期 Application 应用案例 Turbine Temp

>700 C ~50% 10-100 MW e Biomass -Fired Power 400-600 C 25-35% 5-30 MW e Waste Heat Recovery 300-550 C

10 Supercritical CO 2 (sco 2 ) Power Cycles 超临界二氧化碳 (sco2) 动力循环技术 Motivation - sco 2 power cycles offer economic and environmental benefits 利用 sco 2 技术提高经济效益和环保性能 Lower costs relative to steam cycles 成本低于蒸汽循环 2-5% point efficiency improvement 效率更高 3-4% reduction in LCOE 度电成本更低 Reduced emissions, fuel, and water usage 排放燃料消耗及用水量得以降低 STEP Program Summary 项目概述 Goal - design, build, and operate a 10 MW e sco 2 pilot plant Steam Turbine Equivalent MW sco 2 Turbine 项目目标 : 设计建设并运行一个 10 MW e sco 2 示范装置 Advance high-temp sco 2 cycle from TRL 3 (concept) to TRL 7 (pilot) 将高温 sco 2 循环由技术理念推进至示范运行阶段 Sponsored by U.S. DOE with $80MM funding 能源部提供资金 Roles: GTI (prime), SwRI (host site), GE (key turbo-machinery supplier) 项目方 :GTI( 主导 ), SwRI( 场地 ), GE( 主要透平机械 ) Project duration 项目工期 Application 应用案例 Turbine Temp 透平温度 Efficiency 效率 Scale 规模 Fossil Fuel -Fired Power >700 C >50% 100-1,000 MW e Concentrated Solar Power >700 C ~50% MW e Biomass -Fired Power C 25-35% 5-30 MW e Waste Heat Recovery C 20-30% 4-20 MW e 14 MW sco 2 Turbine 715 C/250 bar inlet (existing GE-SwRI SunShot design) sco 2 Compressors existing GE O&G product Compact Recuperator Concepts Printed circuit heat exchangers Micro-tube designs Compact plate/frame designs 10

11 Summary 总结 Several new clean coal technologies suitable for China market advancing toward commercialization 多个适合中国市场的新型清洁煤技术正在向商业化应用积极推进 R-GAS gasification demonstration project underway R-GAS 煤气化技术的工业示范项目正在进行中 Carbolock, Oxy-PFBC and sco 2 Power Cycles present promising opportunities in China Carbolock, Oxy-PFBC 和 sco 2 发电等先进技术在中国的推广将大有可为 Strong collaboration on R-GAS demonstration plant project with Yangquan and ECEC provides template for further cooperation R-GAS 示范项目上与阳煤和东华院的紧密协作为进一步合作提供借鉴模式 11

12 Turning Raw Technology into Practical Solutions 将先进技术理念转化为实际解决方案 O 办公 : +1 (818)

Microsoft PowerPoint - WatanabeTokyoGas.ppt

Microsoft PowerPoint - WatanabeTokyoGas.ppt Fuel Cell & Biomass Power Development at Tokyo Gas 2006 29,2006 Tokyo Gas Co., Ltd. 1 Contents 2 Outline of Tokyo Gas Establishment 1885 # of Customers (E. fy. 2005) 9.6 million Net Sales (fy. 2005) US$11.1