专业从事离子液体的合成、应用及其相关技术的研究工作----Lanzhou Greenchem ILs/青岛奥立科

• [Wiley数据库][2011] Catalytic Conversion of Carbohydrates into 5-Hydroxymethylfurfural by Germanium(IV) Chloride in Ionic Liquids
• 更新时间：2016-01-20；信息类型：期刊文章
• Direct conversion of carbohydrates into 5-hydroxymethylfurfural (HMF) catalyzed by germanium(IV) chloride in ionic liquids has been investigated in search of an efficient and environmentally friendly process. Monosaccharides d-fructose and d-glucose, disaccharides sucrose and maltose, and even the polysaccharide cellulose were successfully converted into HMF with good yields under mild conditions (yield up to 92% in 5 min in the case of fructose). The structure of ionic liquids,catalyst loading, reaction temperature and water content had noticeable effects on this catalytic system. Addition of 5 molecular sieves during the dehydration of glucose resulted in an increase in HMF yield from 38.4% to 48.4%. A mechanism for glucose conversion to HMF catalyzed by germanium(IV) chloride was proposed according to 13C NMR spectra obtained in situ under different conditions using d-glucose-2-13C as the substrate.
• 链接地址：http://www.ionike.com/download/c-articles/2016-01-20/323.html

• [Wiley数据库][2011]Catalytic Conversion of Carbohydrates into 5-Hydroxymethylfurfural by Germanium(IV)
• 更新时间：2016-01-20；信息类型：客户发表SCI论文介绍
• 题名：Catalytic Conversion of Carbohydrates into 5-Hydroxymethylfurfural by Germanium(IV) Chloride in Ionic Liquids
• 链接地址：http://www.ionike.com/research/2016-01-20/420.html

• Production of Nanocatalyst Applicable in Synthesis of Organic Compounds
• 更新时间：2015-02-16；信息类型：国外研究进展
• Iranian researchers succeeded in the production of a new nanocatalyst which eliminates the need for application of organic solvents in the synthesis of organic compounds.
• 链接地址：http://www.ionike.com/research/2015-11-04/409.html

• 辽阳石化成功开发EC离子液体催化剂
• 更新时间：2015-02-07；信息类型：产业化
• 2月3日，记者从辽阳石化公司获悉，经过两年研制，这个公司成功开发的环氧乙烷和二氧化碳羰基化合成碳酸乙烯酯（EC）离子液体催化剂，在低 温、低压条件下转化率达100%，选择性达98%，具有活性高、稳定性好、原料适用性强、生产成本低等特点。
• 链接地址：http://www.ionike.com/research/2015-11-02/369.html

• 环境友好的复合离子液体催化碳四烷基化新技术（CILA）取得重大突破
• 更新时间：2015-01-02；信息类型：产业化
• 碳四烷基化汽油具有高辛烷值、无硫、无烯、无芳等优点，是理想的汽油调和组分。传统工艺以浓硫酸或氢氟酸为催化剂，存在严重的设备腐蚀及潜在的环境 污染与人身危害等重大问题，其工业应用受到了越来越大的挑战。因此，环境友好的烷基化生产技术的开发一直是世界炼油工业的焦点。
• 链接地址：http://www.ionike.com/research/2015-11-02/370.html

• Petronas unit gives Remcoat marketing rights to Wasco
• 更新时间：2014-12-30；信息类型：国外研究进展
• Wong said Remcoat was the second major proprietary product commercialised by Petronas this year after “HycaPure Hg”, a solid-supported ionic liquid mercury removal technology that it signed with Clariant in March this year.
• 链接地址：http://www.ionike.com/research/2014-12-30/356.html

• Driving towards success with biomass-derived petrol
• 更新时间：2014-11-10；信息类型：国内研究进展
• Chinese scientists have overcome previous limitations to generate high octane number petrol from biomass-derived γ-valerolactone (GVL), an organic compound that is already often blended in small amounts with petrol or diesel. Using an ionic liquid catalyst, the conversion churned out a 2,2,4-trimethylpentane-rich substance with an octane number of 95.4, the highest reported for biomass derived fuel.
• 链接地址：http://www.ionike.com/research/2015-11-04/407.html

• Catalytic Properties Developed in Newly-Produced Nanocomposite
• 更新时间：2014-07-07；信息类型：国外研究进展
• The biosensors made of this nanocomposite act as electrochemical sensors and are able to detect the amount of drugs.
• 链接地址：http://www.ionike.com/research/2014-07-07/323.html

• 日本仙台东北大学和新日铁化学公司联合开发的基于离子液体低温己内酰胺合成工艺
• 更新时间：2014-04-18；信息类型：工业应用>成功案例
• 日本仙台东北大学和新日铁化学公司联合开发出以超临界CO2(约30℃、压力超过8MPa) 作为抽提分离溶剂的低温己内酰胺合成工艺。该工艺采用一种新开发的离子液体催化剂, 可使反应在接近室温(约50℃) 的条件下进行, 反应中无需使用有机溶剂, 是一种绿色化学工艺, 而且不会产生硫铵等副产物。离子液体通常在室温下是一种盐类, 新工艺采用的是一种N-甲基咪唑鎓盐。
• 链接地址：http://www.ionike.com/application/2014-04-18/23.html

• 中国科学院兰州化学物理研究所开发的基于离子液体的热裂解制异氰酸酯工艺
• 更新时间：2014-04-14；信息类型：工业应用>成功案例
• 中国科学院兰州化学物理研究所系统研究了以氨基甲酸酯和一氧化碳为羰源合成N-取代氨基甲酸酯并经热裂解制异氰酸酯过程，形成多个优良的催化剂。通过共沉淀-焙烧-还原的方法发展出磁性四氧化三铁负载纳米镍催化剂（Ni/Fe3O4），高效的实现了甲苯二胺、4,4'-二苯氨基甲烷二胺、异佛尔酮二胺等为原料制备相应的N-取代氨基甲酸酯。通过系统表征，揭示出纳米态Fe-Ni 合金是可能的活性组分，同位素示踪反应和机理研究发现N,N’-二取代脲是反应的中间体。
• 链接地址：http://www.ionike.com/application/2014-04-14/13.html