2017中国制氢与先进煤气化技术研讨会China H2 Production & Advanced Coal Gasification Conference 2017
低油价背景下，油制氢、煤制氢和天然气制氢何者更优？Oil, Coal & Gas, which is the best feedstock for H2 production under low oil price?
背景
氢气是炼油、石化和煤化工行业的重要原料，也是“氢能经济”的基础。持续的低油价刺激了油品消费并提振炼化项目投资，2017年全球有800多个炼油项目处于建设或前期工作阶段，国际能源署(IEA)预计2022年全球石油消费量将达50.6亿吨，将极大增加氢气需求和制氢技术的市场。
中国环保要求日趋严格，为了解决雾霾问题正大力推进清洁油品升级，深度加氢脱硫是重要手段。在高油价时期，具备成本优势的煤/石油焦气化制氢成为中国炼厂制氢的发展趋势。气化是煤制氢的核心技术，制氢装置要求气化炉高效和稳定运行。截至2017年，中国炼厂制氢和煤化工行业有超过20种气化技术的数百台煤气化炉在运行中。先进煤气化技术正在向高能效、大型化和宽煤种适应性方向发展。
但随着原油和天然气价格持续走低，油制氢、天然气制氢和煤制氢的成本差距在缩小。在传统的大规模煤制氢、天然气制氢和小规模甲醇裂解制氢之外，以新能源——风电和光伏不能上网的电量电解水制氢，并与传统的化工装置相结合，不仅可以解决弃风与弃光问题，而且可以大幅减少煤化和石化行业的碳排放。此外，光催化分解水制氢与硫化氢制氢技术研发也已取得进展。
2017中国制氢与先进煤气化技术研讨会将于10月31日在山东济南召开。会议将探讨全球与中国炼油行业氢气需求，炼厂不同制氢方案的经济性比较，先进煤气化技术进展与应用，氢气分离提纯工艺路线，中小规模制氢解决方案，化工园区一体化公用工程岛与氢气/合成气供应，新能源制氢的可行性分析，光催化分解水制氢与硫化氢制氢技术研发进展等。
主题
1.低油价下全球炼油石化装置投资趋势2.中国油品升级与氢气需求展望3.油制氢、天然气制氢和煤制氢经济性分析4.炼油厂制氢装置运行经验与工艺方案的优化5.先进煤气化技术进展及其与煤质、下游产品的匹配6.制氢关键技术——变换与氢气分离提纯7.化工园区一体化公用工程岛与氢气/合成气供应8.不同路线中小规模制氢方案比较9.超临界水煤气化制氢耦合发电技术10.新型制氢技术：光催化分解水制氢与硫化氢制氢11.中国风电和光伏制氢的前景12.制氢、储氢技术及其在能源互联网的应用
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Background
Hydrogen (H2) is not only an important feedstock in refining, petrochemical and coal chemical industry, but also the base of“Hydrogen Economy”. The continuous low oil price stimulates consumption and boosts refining & petrochemical projects investment. In 2017, more than 800 refining projects in the world are under construction or development. According to EIA’s prediction, the global oil consumption will reach 5.06 billion ton in 2022, which will greatly increase H2 demand and H2 production market.
The increasingly stringent environmental protection requirements, and to solve urban smog problem, China is vigorously promoting oil products upgrading for cleaner fuels, and deep hydrodesulfurization is a kind of important means. During the period of high oil price, coal/oil coke gasification to H2 has become the development trend of H2 production in China’s refineries, due to its cost advantage. Gasification is the core process of coal to H2, and H2 production requires the efficient and stable operation of gasifiers. By 2017, hundreds of gasifiers with more than 20 gasification technologies are under operation in China, which are used for H2 production in refineries and coal chemical industry. The development of advanced coal gasification technology is going to the direction of high energy efficiency, large scale and wide adaptability of coal types.
However, with the continuous falling of oil and gas price, the cost gap between oil/gas to H2 and coal to H2 is narrowing. In addition to the traditional large scale coal to H2, gas to H2 and small scale methanol cracking to H2, water electrolysis for H2 production by using incapable grid-connected wind power and photovoltaic (PV) power, and further combined with traditional chemical units, can not only improve utilization rate of renewable energy, but also greatly reduce carbon emissions from coal chemical and petrochemical industries. Besides, the technology R&D of photocatalytic decomposition of water to hydrogen and hydrogen sulfide to hydrogen has made breakthrough.
China H2 Production & Advanced Coal Gasification Conference 2017 will be held on Oct 31 in Jinan, Shandong, China. The conference will discuss global and China’s H2 demand in oil refining industry, economical comparison of refineries’different H2 production schemes, advanced coal gasification technologies updates and application, H2 separation and purification process routes, middle and small scale H2 production solutions, integration of utility island & H2/syngas supply in chemical parks, feasibility analysis of H2 production by new energy, technology R&D progress of photocatalytic decomposition of water to hydrogen and hydrogen sulfide to hydrogen, etc.
Topics
1.Global oil refining & petrochemical investment prospect at low oil price2.China’s oil products upgrading & H2 demand outlook3.Economic analysis of oil to hydrogen, gas to hydrogen and coal to hydrogen4.Refineries H2 production plant operation experience & process optimization5.Progress of advanced coal gasification technologies & their matching to coal quality, downstream products6.Key technologies for H2 production: shift, H2 separation & purification7.Integration of Utility Island & H2/syngas supply in chemical parks8.Comparison of different middle and small-scale H2 production processes9.Hydrogen production by coal gasification in supercritical water coupled with power generation10.Novel hydrogen production technologies: photocatalytic decomposition of water to hydrogen & H2S to hydrogen11.Prospect of wind power and photovoltaic (PV) power for H2 production in China12.Hydrogen production & storage technologies & their application in Energy Internet
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