GRI’s New Sustainability Reporting Guidelines: G4GRI最新可持续发展报告指导方针:G4-Sherin L...Simba Events
CSR Leadership World 2014 committee, Simba Events, concentrates to bring the whole system from global network to review and exam CSR issues with 360 angle to discover the earnest ways toward a sustainable economy future!
2014全球企业社会责任领袖峰会组委会-上海辛巴商务咨询有限公司,致力于打造一个整合全球CSR体系资源力量,用360度的全视角审视及检测当前及未来的CSR发展议题,共同找到通往可持续发展的商业未来的最佳路径!
The Bionic Group announces its patent pending method of microwave assisted liquefaction of carbonaceous feedstock like coal or char. The technology is an improved application of the Bergius-Pier process which has single-handedly fueled the German airforce during WW2 from 1941. The application of microwaves offers a previously unknown level of energy efficiency to CTL and a carbon footprint reduced to a minimum. More about Bionic's ground breaking work on the application of microwaves to the production of alternative fuels can be found at www.bionic-world.net or write to info@bionic-lab.de.
GRI’s New Sustainability Reporting Guidelines: G4GRI最新可持续发展报告指导方针:G4-Sherin L...Simba Events
CSR Leadership World 2014 committee, Simba Events, concentrates to bring the whole system from global network to review and exam CSR issues with 360 angle to discover the earnest ways toward a sustainable economy future!
2014全球企业社会责任领袖峰会组委会-上海辛巴商务咨询有限公司,致力于打造一个整合全球CSR体系资源力量,用360度的全视角审视及检测当前及未来的CSR发展议题,共同找到通往可持续发展的商业未来的最佳路径!
The Bionic Group announces its patent pending method of microwave assisted liquefaction of carbonaceous feedstock like coal or char. The technology is an improved application of the Bergius-Pier process which has single-handedly fueled the German airforce during WW2 from 1941. The application of microwaves offers a previously unknown level of energy efficiency to CTL and a carbon footprint reduced to a minimum. More about Bionic's ground breaking work on the application of microwaves to the production of alternative fuels can be found at www.bionic-world.net or write to info@bionic-lab.de.
4. 快速增长的能源需求
Fast rising energy
requirement 国家:政策扶持引导
National: policy
guidance and support
以煤为主的能源结构 企业:调整产品结构
Energy structure Enterprise: adjust
centering on coal product structure
经济与环境协调发展
Coordinated development
of economy and environment
经济与环境可持续发展
Sustainable economic and
environmental development
煤炭清洁转化煤炭清洁转化煤炭清洁转化煤炭清洁转化
Clean coal conversion
发发发发
展展展展
低低低低
碳碳碳碳
能能能能
源源源源
煤炭清洁转化引起政府和社会普遍重视煤炭清洁转化引起政府和社会普遍重视煤炭清洁转化引起政府和社会普遍重视煤炭清洁转化引起政府和社会普遍重视
Clean coal conversion arouses govn’t & society attention
Developmentoflow-carbonenergy
10. 四项关键措施四项关键措施四项关键措施四项关键措施
Four important measures
BSU
神华与科研院所神华与科研院所神华与科研院所神华与科研院所
Shenhua &
Research Institute
10 times
249 days
油品收率高产品结构良好油品收率高产品结构良好油品收率高产品结构良好油品收率高产品结构良好
Higher Oil Yield and
Good Product Quality
神华与科研院所神华与科研院所神华与科研院所神华与科研院所
ShenhuaShenhuaShenhuaShenhua &&&&
Research InstituteResearch InstituteResearch InstituteResearch Institute
6次长周期试验次长周期试验次长周期试验次长周期试验
6 long-time tests
工艺简单,操作稳定工艺简单,操作稳定工艺简单,操作稳定工艺简单,操作稳定,成本低成本低成本低成本低
Simple Process, Higher
Stability, Lower Cost
催化剂催化剂催化剂催化剂
Catalyst
神华与大学神华与大学神华与大学神华与大学
Shenhua &
University
1米直径冷模米直径冷模米直径冷模米直径冷模
ΦΦΦΦ1m Cold
Model
设备结构合理设备结构合理设备结构合理设备结构合理
Rational Equipment Structure
设备设备设备设备
Facility
神华与企业神华与企业神华与企业神华与企业
Shenhua &
Enterprises
5次试验次试验次试验次试验
5 tests
工程放大、优化工艺、运行支持工程放大、优化工艺、运行支持工程放大、优化工艺、运行支持工程放大、优化工艺、运行支持
Scale-up, Process Optimization,
Operation Support
PDU
开开开开
发发发发
试试试试
验验验验
验验验验
证证证证
Develop/Test/Verify
11. 四项关键成果四项关键成果四项关键成果四项关键成果
Four critical achievements
– 高效、低廉的催化剂及其生产工艺流程
– Cheap high-efficiency catalyst and its production
process
– 开发出了首个完整的煤直接液化生产技术工艺包
– Development of the first full DCL engineering process
package
– 成功放大实现一步走向大型示范工厂, 工艺高度集中和设
备超大型化
– Successful scale-up to DP level achieving high process
integration and super-large equipment composition
– 将先进成熟的单元工艺技术实现了优化集成组合
– Integration and optimization of advanced and mature
process units
15. 工程设计过程工程设计过程工程设计过程工程设计过程
Project engineering process
– 2002年5月煤直接液化项目可行性研究报告通过国家审
查
In May, 2002, DCL demonstration project feasibility
study report passed government review
– 2002年9月煤直接液化示范工程得到国家正式批复
In September, 2002, DCL demonstration project being
formally approved by government
– 2004年8月煤直接液化项目示范工程工艺设计方案完成
In August, 2004, DCL demonstration project
engineering design completed
16. 工艺设计质量控制工艺设计质量控制工艺设计质量控制工艺设计质量控制
Engineering design quality control
– 利用国内外技术力量进行优化设计利用国内外技术力量进行优化设计利用国内外技术力量进行优化设计利用国内外技术力量进行优化设计
Employ domestic and foreign renowned
companies to do engineering and optimization
– 聘请国内外知名技术专家提供咨询服务聘请国内外知名技术专家提供咨询服务聘请国内外知名技术专家提供咨询服务聘请国内外知名技术专家提供咨询服务
Recruit domestic and foreign experts for
consultation
– 采用先进、可靠、成熟的设备以提高全厂可靠性采用先进、可靠、成熟的设备以提高全厂可靠性采用先进、可靠、成熟的设备以提高全厂可靠性采用先进、可靠、成熟的设备以提高全厂可靠性
Adopt advanced, reliable and mature equipment
so as to improve plant reliability
17. 原料消耗和产品方案原料消耗和产品方案原料消耗和产品方案原料消耗和产品方案
Feedstock & Products
原料原料原料原料原料原料原料原料Feedstock MTAFeedstock MTA
原煤原煤原煤原煤原煤原煤原煤原煤 Raw coal 3.45Raw coal 3.45
产品产品产品产品产品产品产品产品 Products KTAProducts KTA
液化石油气液化石油气液化石油气液化石油气液化石油气液化石油气液化石油气液化石油气 LPG 102.1LPG 102.1
石脑油石脑油石脑油石脑油石脑油石脑油石脑油石脑油 Naphtha 249.9Naphtha 249.9
柴油柴油柴油柴油柴油柴油柴油柴油 Diesel 714.6Diesel 714.6
苯酚苯酚苯酚苯酚苯酚苯酚苯酚苯酚 Phenol 3.6Phenol 3.6
总计总计总计总计总计总计总计总计 Total 1.07 MTATotal 1.07 MTA
22. 公辅装置公辅装置公辅装置公辅装置2007年陆续开车年陆续开车年陆续开车年陆续开车
Utilities & auxiliary units Startup in Succession from Late 2007
•空分装置空分装置空分装置空分装置2007年年底开车年年底开车年年底开车年年底开车
•Air separation unit startup at the end of
2007
•自备电厂自备电厂自备电厂自备电厂2007年年底开车年年底开车年年底开车年年底开车
•Captive Power plant startup at the
end of 2007
23. 煤炭气化制氢装置煤炭气化制氢装置煤炭气化制氢装置煤炭气化制氢装置
Coal Gasification and Hydrogen-making Units
•2008年年年年5月月月月5日开车,并生产出合格日开车,并生产出合格日开车,并生产出合格日开车,并生产出合格H2
•Gasification startup on May 5th, 2008, qualified H2 was obtained
•最长连续运行时间最长连续运行时间最长连续运行时间最长连续运行时间58天天天天
•The longest continuous-operation period was 58 days
28. 试车保障措施试车保障措施试车保障措施试车保障措施
Guaranteeing measures taken for the commissioning
• 提前培训技工
Early training of operators
• 提前组建生产管理团队
Early setting up a production management team
• 国家成立工程领导小组
Governmental project leading group to provide
support
• 现场技术指导
Experts to provide on-site technical assistance
29. 试车效果试车效果试车效果试车效果
Results of plant commissioning
– 煤直接液化示范工程第一次投煤全程试运转303个小时
The first coal-in commissioning lasted 303 hours
– 投入原料煤36524吨,制备油煤浆76000吨,添加溶剂17855吨
Consumption of 36,524 tons of feedstock coal, yielding coal slurry
76,000 tons, 17,855 tons of solvent added
– 共生产各类油品8748吨
Yielding oil products 8,748 tons
– 煤的转化率为90.94%(无水无灰基)
Coal conversion rate 90.94% (moisture & ash free)
– 实际油收率为56.86%(无水无灰基),达到了基础设计数据
Actual oil yield rate 56.86% (moisture & ash free) achieving
design base requirement
30. 工艺高度集中和设备超大型化工艺高度集中和设备超大型化工艺高度集中和设备超大型化工艺高度集中和设备超大型化
Highly integrated process and oversize facility
先进的煤直接液化工艺、温和的反应条件先进的煤直接液化工艺、温和的反应条件先进的煤直接液化工艺、温和的反应条件先进的煤直接液化工艺、温和的反应条件
Advanced coal Direct liquefaction process & moderate reaction
conditions
新型高效液化催化剂新型高效液化催化剂新型高效液化催化剂新型高效液化催化剂
New high efficiency catalyst for coal liquefaction:
采用先进成熟的单元工艺技术的优化组合,降低了项目的风险,采用先进成熟的单元工艺技术的优化组合,降低了项目的风险,采用先进成熟的单元工艺技术的优化组合,降低了项目的风险,采用先进成熟的单元工艺技术的优化组合,降低了项目的风险,
提高了运行的可靠性和经济性提高了运行的可靠性和经济性提高了运行的可靠性和经济性提高了运行的可靠性和经济性
The adoption of the optimized combination of advanced unit process
reduces project risk and enhances the reliability and economic
efficiency of operation
神华煤直接液化项目技术创新成果神华煤直接液化项目技术创新成果神华煤直接液化项目技术创新成果神华煤直接液化项目技术创新成果
Technical innovation of Shenhua DCL Project