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    • 1. 发明授权
    • Method for dilution of cellulose pulp
    • 稀释纤维素纸浆的方法
    • US07887671B2
    • 2011-02-15
    • US10599092
    • 2005-03-09
    • Vidar SnekkenesLennart GustavssonJonas SaetherasenGoran Olsson
    • Vidar SnekkenesLennart GustavssonJonas SaetherasenGoran Olsson
    • D21F1/74D21C9/18D21C9/06
    • D21F1/74
    • The method and a device is for the dilution of dewatered cellulose pulp that maintains a consistency of 20-30% or greater. By shredding of the pulp to a finely divided dry-granulate, dilution to a homogeneous consistency in the medium consistency range can take place exclusively through hydrodynamic effects from the addition of dilution fluid. The dilution fluid is added to granulate at a position at which granulate is in free fall in a standpipe and above a level LiqLEV of diluted pulp in the standpipe. A number of nozzles are arranged around the periphery of the stand pipe, directed in towards the centre of the stand pipe, obliquely downwards in the direction of fall of the granulate. It is possible through this simplified procedure to avoid completely the conventional dilution screws, and this reduces the investment costs and operating costs, while at the same time unnecessary mechanical influence of the pulp fibres can be avoided.
    • 该方法和装置用于稀释维持20-30%或更大稠度的脱水纤维素纸浆。 通过将纸浆切碎成细碎的干颗粒,在中等稠度范围内稀释至均匀的稠度可以通过添加稀释液体的流体动力学效应进行。 将稀释液加入到颗粒在立管中自由落体的位置并在竖管中的稀释纸浆的LiqLEV之上。 多个喷嘴围绕立管的周边布置成朝着立管的中心朝向颗粒的坠落方向倾斜向下倾斜。 通过这种简化的程序,可以完全避免常规的稀释螺钉,这样可以降低投资成本和操作成本,同时可以避免纸浆纤维的不必要的机械影响。
    • 4. 发明申请
    • Method and Arrangement For Impregnation of Chips
    • 芯片浸渍方法和布置
    • US20080277081A1
    • 2008-11-13
    • US11570901
    • 2005-06-21
    • Lennart GustavssonJonas SaetherasenVidar Snekkenes
    • Lennart GustavssonJonas SaetherasenVidar Snekkenes
    • D21C3/24D21H23/20
    • D21C1/00D21C3/00
    • A method and an arrangement for the impregnation of untreated chips during the manufacture of chemical pulp. The untreated chips are fed without preceding steam treatment into an impregnation vessel (10) that comprises an upper part (11) with a first area and a lower part (13) with a second area A2 that is larger than the first area A1 by a factor of at least r2. The chips establish in the upper part (11) a level (14) of chips that is located at a level (h) above a level (18) of fluid consisting of liquor. The chips after passage of the upper part (11) pass through a transitional part (12), where an increase in area from the first area (A1) to and it is here that the angle of repose of the chips is reduced.
    • 在制造化学纸浆期间浸渍未处理的碎片的方法和装置。 将未经处理的碎片在没有进行蒸汽处理的情况下进料到浸渍容器(10)中,浸渍容器(10)包括具有第一区域和下部(13)的上部部分(11),第二区域A 2大于第一区域A 1 至少为r 2。 芯片在上部(11)中形成位于液体(18)上方的液面(18)上的液位(14)的液面(14)。 上部部分(11)通过后的碎片通过过渡部分(12),其中从第一区域(A 1)开始的面积增加,并且在这里减小了芯片的休止角。
    • 6. 发明授权
    • Method for the feed of cellulose chips during the continuous cooking of cellulose
    • 在纤维素连续蒸煮期间纤维素片的进料方法
    • US07422657B2
    • 2008-09-09
    • US10504948
    • 2003-03-12
    • Lennart GustavssonVidar Snekkenes
    • Lennart GustavssonVidar Snekkenes
    • D21C7/06D21C3/24
    • D21C7/06
    • The method is for feeding a chips-slurry from a low-pressure to a high-pressure system during the continuous cooking of chemical cellulose pulp. The feed takes place through a sluice feeder 53′ between these systems. The sluice feeder is provided with a rotor with through-pockets 1, 2 that are alternately connected with the low-or the high-pressure system. A recirculation line 54′, that has a high-pressure pump 57′, extends from the first outlet 53b′ of the sluice feeder to the second inlet 53c′ of the sluice feeder for transporting the fluid that has been expelled from the pockets of the sluice feeder when these are located in their first position. The fluid expels the chips mixture from the pockets of the sluice feeder in their second position and is essentially exclusively constituted by the fluid that has been expelled from the pockets in their first position.
    • 该方法是在化学纤维素纸浆的连续蒸煮期间将碎屑浆料从低压供给到高压系统。 进料通过这些系统之间的闸门进料器53'进行。 闸门供给器设置有与低压或高压系统交替连接的通孔1,2的转子。 具有高压泵57'的再循环管线54'从闸门供给器的第一出口53b'延伸到闸门供给器的第二入口53c',用于输送已经从口袋排出的流体 当它们位于其第一位置时。 流体将碎屑混合物从闸门进料器的凹穴排放到其第二位置,并且基本上由在其第一位置从口袋排出的流体完全构成。
    • 7. 发明授权
    • Cooking of cellulose pulp in a cooking liquor containing pre-evaporated black liquor
    • 在含有预蒸发黑液的蒸煮液中烹调纤维素纸浆
    • US07351306B2
    • 2008-04-01
    • US10501246
    • 2003-01-17
    • Mikael LindstromVidar Snekkenes
    • Mikael LindstromVidar Snekkenes
    • D21C3/26D21C3/24D21C3/02
    • D21C3/222D21C11/10
    • The method is for cooking of cellulose pulp in which the raw material, preferably in the form of chips, undergoes a successive elevation of temperature towards the cooking temperature while the chips are first impregnated with an impregnation liquor followed by cooking in a cooking liquor that is preferably alkali. Through the addition of pre-evaporated black liquor, either as early as the impregnation stage or during the subsequent cooking stage, an improved delignification process is achieved in which the pulp obtains improved properties, primarily with respect to strength/viscosity for a given degree of delignification, and also with respect to yield. The method can be used both for continuous cooking and for batch cooking of cellulose pulp.
    • 该方法用于烹饪纤维素纸浆,其中优选以碎屑形式的原料经历温度朝着烹饪温度的连续升高,同时首先用浸渍液浸渍木屑,然后在蒸煮液中烹饪, 优选碱。 通过加入预蒸发的黑液,无论是早在浸渍阶段还是在随后的烹饪阶段,实现了改进的脱木质过程,其中纸浆获得改进的性能,主要是对于给定程度的强度/粘度 脱木质素,以及产量。 该方法可用于连续烹饪和用于纤维素浆的分批烹饪。
    • 8. 发明授权
    • Method for continuous cooking of chemical pulp to improve heat economy
    • 连续烹饪化学纸浆以提高热效率的方法
    • US07112256B2
    • 2006-09-26
    • US10250886
    • 2003-01-22
    • Vidar SnekkenesLennart Gustavsson
    • Vidar SnekkenesLennart Gustavsson
    • D21C7/14D21C11/00
    • D21C3/24D21C7/14
    • A method for the continuous cooking of chemical pulp with the aim of achieving improved heat economy in a digester system having a vessel (1) for impregnation and a vessel (2) for cooking the impregnated cellulose chips. A part of the black liquor (14) withdrawn from the digester (2) is added at the beginning of a transfer system (4) to increase the temperature of the chips mixture in the transfer system (4). A fraction of the transport fluid (10) from the transfer system (4) that is continuously withdrawn from the impregnated chips fed into the top of the digester is returned to the impregnation vessel (1) at essentially the maintained transfer temperature.
    • 用于连续烹饪化学纸浆的方法,其目的是在具有用于浸渍的容器(1)和用于烹饪浸渍的纤维素片的容器(2))的蒸煮器系统中实现改进的热经济性。 在转移系统(4)的开始处加入从蒸煮器(2)中取出的黑液(14)的一部分,以增加转移系统(4)中的碎屑混合物的温度。 来自转移系统(4)的输送流体(10)的一部分从输入到蒸煮器顶部的浸渍碎片连续地取出,在基本保持的转移温度下返回到浸渍容器(1)。
    • 9. 发明申请
    • Method for the feed of cellulose chips during the continuous cooking of cellulose
    • 在纤维素连续蒸煮期间纤维素片的进料方法
    • US20060037723A1
    • 2006-02-23
    • US10504948
    • 2003-03-12
    • Lennart GustavssonVidar Snekkenes
    • Lennart GustavssonVidar Snekkenes
    • D21C7/06
    • D21C7/06
    • The method is for feeding a chips-slurry from a low-pressure to a high-pressure system during the continuous cooking of chemical cellulose pulp. The feed takes place through a sluice feeder 53′ between these systems. The sluice feeder is provided with a rotor with through-pockets 1, 2 that are alternately connected with the low- or the high-pressure system. A recirculation line 54′, that has a high-pressure pump 57′, extends from the first outlet 53b′ of the sluice feeder to the second inlet 53c′ of the sluice feeder for transporting the fluid that has been expelled from the pockets of the sluice feeder when these are located in their first position. The fluid expels the chips mixture from the pockets of the sluice feeder in their second position and is essentially exclusively constituted by the fluid that has been expelled from the pockets in their first position.
    • 该方法是在化学纤维素纸浆的连续蒸煮期间将碎屑浆料从低压供给到高压系统。 进料通过这些系统之间的闸门进料器53'进行。 闸门进料器设置有与低压或高压系统交替连接的通孔1,2的转子。 具有高压泵57'的再循环管线54'从闸门供给器的第一出口53b'延伸到闸门供给器的第二入口53c',用于输送已经从口袋排出的流体 当它们位于其第一位置时。 流体将碎屑混合物从闸门进料器的凹穴排放到其第二位置,并且基本上由在其第一位置从口袋排出的流体完全构成。
    • 10. 发明申请
    • Method for continuous cooking
    • 连续烹饪方法
    • US20050173081A1
    • 2005-08-11
    • US11038704
    • 2005-01-19
    • Vidar SnekkenesLennart GustavssonJonas Saetherasen
    • Vidar SnekkenesLennart GustavssonJonas Saetherasen
    • D21C7/14D21C3/02D21C3/24
    • D21C3/24D21C3/02D21C7/10D21C7/14
    • A procedure for the continuous cooking of chemical pulp, comprising an impregnation vessel 101 and a digester 102. The chips are impregnated in the impregnation vessel 101 and are fed after impregnation together with circulation fluid through a transfer line 103 to a top separator 105 on the digester 102 in order to be cooked. A fraction of the circulation fluid is withdrawn at a top separator 105 and returned to the bottom of the impregnation vessel 101 via a return line 106. Black liquor is withdrawn from the digester via a black liquor line 108 to the impregnation vessel 101. The invention is characterised in that a heat exchanger 107 is arranged between the return line 106 and the black liquor line 108. The heat exchanger 107 allows the exchange of heat between the two lines, but does not allow the exchange of fluid. The temperature of the black liquor in the black liquor line 108 after passing through the heat exchanger 107 has been cooled by 10-15 ° C.
    • 用于连续烹饪化学纸浆的方法,包括浸渍容器101和蒸煮器102。 将芯片浸渍在浸渍容器101中,并且在浸渍之后与循环流体一起通过输送管线103进料至蒸煮器102上的顶部分离器105,以进行烹饪。 循环流体的一部分在顶部分离器105处被抽出并通过返回管线106返回到浸渍容器101的底部。 黑液从蒸煮器通过黑液管线108排出到浸渍容器101.本发明的特征在于,热交换器107设置在返回管线106和黑液管线108之间。 热交换器107允许两条管线之间的热交换,但不允许流体的更换。 通过热交换器107后的黑液液体管线108中的黑液的温度已经被冷却了10-15℃