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    • 4. 发明授权
    • Process for preparing 2,5,6-trimethyl-2-cyclohexen-1-one
    • 制备2,5,6-三甲基-2-环己烯-1-酮的方法
    • US5994589A
    • 1999-11-30
    • US265695
    • 1999-03-10
    • Detlef RuffWolfram BurstWulf KaiserManfred Stroezel
    • Detlef RuffWolfram BurstWulf KaiserManfred Stroezel
    • C07C45/72C07C45/74C07C49/603C07C45/75
    • C07C45/74
    • A process for preparing 2,5,6-trimethyl-2-cyclohexen-1-one by reacting diethyl ketone with crotonaldehyde or a compound which is converted under the chosen reaction conditions into crotonaldehyde, in the presence of basic agents at elevated temperature, which comprisesa) simultaneously pumping one mole of crotonaldehyde or one mole of a compound which is converted under the reaction conditions into crotonaldehyde, about 5 to 30 moles of diethyl ketone and the aqueous solution or suspension of a strong base, through separate lines or at least partly in the form of a suitable mixture, continuously into a pressure vessel, which is heated where appropriate and which ensures vigorous mixing, in such a way thatb) the reaction temperature is between 150.degree. C. and 350.degree. C., and the average residence time in the pressure vessel is only about 0.1 second to 20 minutes.
    • 一种通过使二乙基酮与巴豆醛或在选择的反应条件下转化成巴豆醛的化合物在高温下在碱性试剂存在下制备2,5,6-三甲基-2-环己烯-1-酮的方法, 包括a)同时泵送一摩尔巴豆醛或1摩尔在反应条件下转化为巴豆醛的化合物,约5至30摩尔二乙基酮和强碱的水溶液或悬浮液,通过分开的管线或至少 部分以合适混合物的形式,连续地进入压力容器,其在适当时被加热并且确保剧烈混合,使得b)反应温度在150℃和350℃之间,并且 在压力容器中的平均停留时间仅为约0.1秒至20分钟。
    • 5. 发明申请
    • Dividing wall column for fractionation of a multicomponent mixture
    • 分隔壁柱用于多组分混合物的分馏
    • US20110139604A1
    • 2011-06-16
    • US09782305
    • 2001-02-14
    • Wolfram BurstHorst HartmannGerd KaibelGuido Harms
    • Wolfram BurstHorst HartmannGerd KaibelGuido Harms
    • B01D3/16
    • B01D3/141B01D3/14Y10S159/906Y10S203/20
    • A dividing wall column comprises the following segments:a) an upper column region (1),b) an enrichment section (2) of the feed section,c) a stripping section (4) of the feed section,d) an upper part (3) of the offtake section,e) a lower part (5) of the offtake section,f) an intermediate region (9) of the feed section,g) an intermediate region (10) of the offtake section andh) a lower column region (6).For the purposes of the present invention, it is essential that the dividing wall (7) is located vertically between the segments b) (2) and d) (3) and between the segments c) (4) and e) (5), the segments b) (2), d) (3), c) (4) and e) (5) have separation-active internals and the cross-sectional area Ab of the segment b) (2) is at least 10% smaller than the cross-sectional area Ad of segment d) (3), and the cross-sectional area Ac of the segment c) (4) is at least 10% greater than the cross-sectional area Ae of segment e) (5).
    • 分隔壁柱包括以下部分:a)上部柱区域(1),b)进料部分的富集部分(2),c)进料部分的汽提部分(4),d)上部部分 (3),e)出料部分的下部(5),f)进料部分的中间区域(9),g)出料部分的中间区域(10)和h)a 下列区域(6)。 为了本发明的目的,重要的是分隔壁(7)垂直位于段b)(2)和d)(3)之间以及段c)(4)和e)(5)之间。 ,分段b)(2),d)(3),c)(4)和e)(5)具有分离活性的内部,并且段b)(2)的横截面积Ab至少为10 (3)段的横截面面积Ad的百分比小于段c)(4)的横截面积Ac比段e)的横截面积Ae至少大10%( 5)。
    • 6. 发明授权
    • Dividing wall column for fractionation of a multicomponent mixture
    • 分隔壁柱用于多组分混合物的分馏
    • US08092655B2
    • 2012-01-10
    • US09782305
    • 2001-02-14
    • Wolfram BurstHorst HartmannGerd KaibelGuido Harms
    • Wolfram BurstHorst HartmannGerd KaibelGuido Harms
    • B01D1/14B01D3/42C07C67/54
    • B01D3/141B01D3/14Y10S159/906Y10S203/20
    • A dividing wall column is described which includes the following segments:a) an upper column region (1),b) an enrichment section (2) of the feed section,c) a stripping section (4) of the feed section,d) an upper part (3) of the offtake section,e) a lower part (5) of the offtake section,f) an intermediate region (9) of the feed section,g) an intermediate region (10) of the offtake section andh) a lower column region (6).The dividing wall column has a dividing wall (7) is located vertically between the segments b) (2) and d) (3) and between the segments c) (4) and e) (5). The segments b) (2), d) (3), c) (4) and e) (5) have separation-active internals, Segment b (2) has a cross-sectional area Ab which is at least 10% smaller than the cross-sectional area Ad of segment d) (3), and segment c) has a cross-sectional area Ac which is at least 10% greater than the cross-sectional area Ae of segment e) (5).
    • 描述了分隔壁柱,其包括以下部分:a)上部柱区域(1),b)进料部分的富集部分(2),c)进料部分的汽提部分(4),d) 所述出料部分的上部(3),e)所述出料部分的下部(5),f)所述进料部分的中间区域(9),g)所述出料部分的中间区域(10)和 h)较低的列区域(6)。 分隔壁柱具有位于段b)(2)和d)(3)之间以及段c)(4)和e)(5)之间的分隔壁(7)。 段b)(2),d)(3),c)(4)和e)(5)具有分离活性内部,段b(2)的横截面积Ab至少减小10% 比段d)(3)的截面面积Ad大,截面积Ac的截面面积Ac比段e)(5)的横截面面积Ae至少大10%。