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    • 39. 发明授权
    • Process for separation by settling in a plurality of distinct zones
    • 通过沉降多个不同区域进行分离的方法
    • US06203712B1
    • 2001-03-20
    • US09229578
    • 1999-01-13
    • Charles BronnerAlain ForestiereFrançois Hugues
    • Charles BronnerAlain ForestiereFrançois Hugues
    • B01D2130
    • B01D17/0208B01D17/0214
    • A process for separating at least two liquid phases which are at least partially non miscible is characterized in that after reacting, a polyphase effluent is settled in at least two distinct settling zones arranged in parallel, each of these settling zones containing at least one settler. The feed to be treated is sent to reactor R via a means for circulating fluids P via line 1. The effluent leaves the reactor via line 2 and is separated into two fractions. One fraction is sent to a settling zone a) via line 3; the other fraction is sent to a settling zone b) via line 4. The heavy phase from settling zone a) is sent to the reactor via line 7 and the heavy phase of the settling zone b) is sent to the reactor via line 6. The light phase from settling zone a) is sent to line 8, and rejoins fresh feed supply line 1. The light phase from settling zone b) is evacuated from the circuit via line 5.
    • 分离至少部分不混溶的至少两个液相的方法的特征在于,在反应之后,多相流出物沉降在平行布置的至少两个不同的沉降区中,每个这些沉降区含有至少一个沉降器。 待处理的进料经由管线1循环流体P的装置送至反应器R.流出物通过管线2离开反应器并分离成两部分。 一部分经由管线3送至沉降区a) 另一部分通过管线4送至沉降区b)。来自沉降区a)的重相通过管线7送至反应器,沉降区b)的重相通过管线6送至反应器。 来自沉降区a)的光相被送到管线8,并重新加入新鲜的进料供应管线1.来自沉降区域b)的光相通过管线5从回路排出。