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    • 41. 发明授权
    • Feeding cellulose material to a treatment vessel
    • 将纤维素材料送入处理容器
    • US06436233B1
    • 2002-08-20
    • US09573046
    • 2000-05-18
    • Mark D. BarrettJ. Robert ProughC. Bertil Stromberg
    • Mark D. BarrettJ. Robert ProughC. Bertil Stromberg
    • D21C110
    • D21C7/08D21C7/06
    • A feed system for a cellulose pulp treating vessel (such as a continuous digester) is not limited by the required L/W ratio of the pump feeding a wood chip slurry to a high pressure transfer device, the feed system may be kept at a low temperature to minimize flashing of liquid into steam, and a return conduit from the treatment vessel to the transfer device high pressure inlet may be eliminated. Some of the liquid is removed from the slurry just before the low pressure inlet to the transfer device, and/or just after the high pressure outlet, to reduce the L/W ratio of the slurry by at least 0.25, e.g. from 3.0:1 to 2.25:1 just before the low pressure inlet, and from 7.0:1 to 5.0:1 substantially immediately after the high pressure outlet.
    • 用于纤维素纸浆处理容器(例如连续蒸煮器)的进料系统不受供应木屑浆料与高压转移装置的泵的所需L / W比的限制,进料系统可以保持在低 温度以最小化液体进入蒸汽的闪烁,并且可以消除从处理容器到转印装置高压入口的返回管道。 一些液体刚刚在转移装置的低压入口之前和/或刚刚在高压出口之后从浆料中除去,以将浆料的L / W比降低至少0.25,例如。 在低压入口之前的3.0:1至2.25:1,并且在高压出口之后基本上立即从7.0:1至5.0:1。
    • 42. 发明授权
    • Chip feeding to a comminuted cellulosic fibrous material treatment vessel
    • 向粉碎的纤维素纤维材料处理容器进行切片送料
    • US06368453B1
    • 2002-04-09
    • US09520761
    • 2000-03-07
    • Auvo K. KettunenRichard O. LaaksoC. Bertil StrombergJ. Robert ProughJay J. Miele
    • Auvo K. KettunenRichard O. LaaksoC. Bertil StrombergJ. Robert ProughJay J. Miele
    • D21C706
    • D21C7/06
    • In the feeding of a slurry of comminuted cellulosic fibrous material to a digester (continuous or batch) in the production of chemical pulp, one of the tanks used in the feed system (which preferably includes a high pressure feeder) may be eliminated without consequent loss of its function by providing a single tank with the combined functions of controlling the level of liquid in a slurrying conduit which supplies slurry to a slurry pump, and storing and substantially continuously supplying liquid to a make-up liquid pump connected to the digester. The single tank preferably surrounds the slurrying conduit and is substantially concentric, and in liquid communication, with it. A gap of 3-48 inches may be provided between the bottom of the conduit and a connection to the slurry pump. A screen or strainer may be provided in the gap, which is substantially surrounded by the tank. The return system from the low pressure outlet of the high pressure feeder to the slurrying device (like the conduit and tank surrounding it, or a conventional clip tube) may be devoid of one or more of an in-line drainer, level tank, centrifugal separator, and surge tank.
    • 在生产化学纸浆时将粉碎的纤维素纤维材料的浆料喂入蒸煮器(连续或间歇)中,可以消除在进料系统(优选包括高压进料器)中使用的一个罐,而不会随之而来的损失 其功能是提供一个单一的罐,其具有控制在淤浆泵中提供浆料的浆料管道中的液体液面的组合功能,并且储存并基本上连续地向连接到蒸煮器的补充液体泵供应液体。 单个罐优选地围绕着浆化管道并且与其基本上同心并且与液体连通。 可以在管道的底部和与浆料泵的连接之间提供3-48英寸的间隙。 可以在间隙中设置屏幕或过滤器,该间隙基本上被箱体包围。 从高压给料器的低压出口到制浆装置(如围绕它的导管和罐或常规的夹管)的返回系统可以没有一个或多个在线排水器,液位罐,离心机 分离器和缓冲罐。
    • 45. 发明授权
    • Chip feeding for a digester
    • 消化池的芯片喂料
    • US5968314A
    • 1999-10-19
    • US954902
    • 1997-10-21
    • J. Robert Prough
    • J. Robert Prough
    • D21C1/02D21C3/24D21C7/06D21C7/08
    • D21C7/06D21C3/24
    • A chip feeding system for a continuous digester provides for a greater rate of delivery of chip slurry to the digester, and is much less expensive than conventional chip feeding systems, typically being only 40-50% of the height of the conventional system. An atmospheric vessel may be connected at the bottom thereof to a slurry pump which pumps the chip slurry to a conventional high pressure feeder. A recirculation loop for returning liquid from the feeder to the vessel may include an atmospheric level tank, and a liquid cooler. The vessel may have one dimensional convergence and side relief, and instead of a conventional cylindrical chip bin, the chip bin may have a hopper having two transitions with one dimensional convergence and side relief. The chip bin also may be at atmospheric pressure so that no low pressure feeder between the bin and vessel is necessary. Alternatively, the vessel may be pressurized while an atmospheric-pressure level tank is provided, the high pressure feeder being mounted directly at ground level.
    • 用于连续蒸煮器的切屑进料系统提供了更高的浆料向蒸煮器的输送速率,并且比常规的切屑进料系统便宜得多,通常只有常规系统的40-50%。 大气容器可以在其底部连接到浆料泵,浆料泵将碎屑浆料泵送到常规的高压进料器。 用于将液体从进料器返回到容器的再循环回路可以包括大气液位罐和液体冷却器。 容器可以具有一维会聚和侧面浮雕,并且代替常规的圆柱形切屑仓,切屑仓可以具有具有一维收敛和侧面浮雕的两个转变的料斗。 切屑箱也可能处于大气压力,因此在料斗和容器之间不需要低压进料器。 或者,可以在设置大气压水平的容器的同时对容器进行加压,高压给料器直接安装在地面上。
    • 46. 发明授权
    • Chip feeding for a continuous digester
    • 连续消化池的切屑喂入
    • US5700355A
    • 1997-12-23
    • US547159
    • 1995-10-24
    • J. Robert Prough
    • J. Robert Prough
    • D21C1/02D21C3/24D21C7/06B65D88/26D21C7/08
    • D21C7/06D21C3/24
    • A chip feeding system for a continuous digester provides for a greater rate of delivery of chip slurry to the digester, and is much less expensive than conventional chip feeding systems, typically being only 40-50% of the height of the conventional system. An atmospheric vessel may be connected at the bottom thereof to a slurry pump which pumps the chip slurry to a conventional high pressure feeder. A recirculation loop for returning liquid from the feeder to the vessel may include an atmospheric level tank, and a liquid cooler. The vessel may have one dimensional convergence and side relief, and instead of a conventional cylindrical chip bin, the chip bin may have a hopper having two transitions with one dimensional convergence and side relief. The chip bin also may be at atmospheric pressure so that no low pressure feeder between the bin and vessel is necessary. Alternatively, the vessel may be pressurized while an atmospheric-pressure level tank is provided, the high pressure feeder being mounted directly at ground level.
    • 用于连续蒸煮器的切屑进料系统提供了更高的浆料向蒸煮器的输送速率,并且比常规的切屑进料系统便宜得多,通常只有常规系统的40-50%。 大气容器可以在其底部连接到浆料泵,浆料泵将碎屑浆料泵送到常规的高压进料器。 用于将液体从进料器返回到容器的再循环回路可以包括大气液位罐和液体冷却器。 容器可以具有一维会聚和侧面浮雕,并且代替常规的圆柱形切屑仓,切屑仓可以具有具有一维收敛和侧面浮雕的两个转变的料斗。 切屑箱也可能处于大气压力,因此在料斗和容器之间不需要低压进料器。 或者,可以在设置大气压水平的容器的同时对容器进行加压,高压给料器直接安装在地面上。
    • 49. 发明授权
    • Digester system for implementing low dissolved solids profiling
    • 用于实施低溶解固体分析的消化器系统
    • US5536366A
    • 1996-07-16
    • US148269
    • 1993-11-08
    • Bruno S. MarcocciaJ. Robert ProughRichard O. LaaksoR. Fred Chasse
    • Bruno S. MarcocciaJ. Robert ProughRichard O. LaaksoR. Fred Chasse
    • C08B1/00C08B15/00D21C3/02D21C3/22D21C3/24D21C7/00D21C7/12D21C7/14D21C9/02D21C11/00D21C11/02D21C11/04D21G7/00
    • D21C3/02D21C11/0021D21C11/04D21C3/022D21C3/22D21C3/224D21C3/24D21C7/00D21C7/12D21C7/14D21C9/02D21G7/00
    • Digester systems for producing paper pulp from comminuted cellulosic fibrous material take into account the level of dissolved organic materials (DOM), such as lignin, hemi-cellulose, and cellulose, maintaining the DOM level at about 100 g/l throughout the cook (particularly kraft cook). In order to make sure there is sufficient liquid to slurry the material in the feed system of a two vessel system, some liquid is withdrawn from the circulation conduits between the digester and impregnation vessel, cooled, and fed to the feed system. In a vapor phase digester, the level of liquid at the top of the digester is more precisely controlled by circulating some of the withdrawn liquid from a circulatory loop of the digester to the level tank associated with the feed system. An in-line drainer may be provided in the feed system between a make-up liquor pump and a liquid inlet conduit leading to the top of an impregnation vessel. Within the digester, a set of extraction/dilution screens is provided specifically positioned and spaced from each other, and with respect to a reintroduction conduit opening, so that mixing of different DOM concentration liquids is minimized.
    • 用于从粉碎的纤维素纤维材料生产纸浆的消化器系统考虑了溶解的有机物质(DOM)的水平,例如木质素,半纤维素和纤维素,在整个烹饪中保持DOM水平为约100g / l(特别是 牛皮纸厨师)。 为了确保在两个容器系统的进料系统中存在足够的液体以使浆料淤浆,一些液体从蒸煮器和浸渍容器之间的循环管道中取出,冷却并进料到进料系统中。 在气相消化器中,通过将一些取出的液体从蒸煮器的循环回路循环到与进料系统相关联的液位罐中,可以更精确地控制蒸煮器顶部的液体水平。 可以在进料系统中在补充液体泵和通向浸渍容器顶部的液体入口导管之间提供在线排水器。 在蒸煮器内,提供了一组提取/稀释筛网,其特别地定位和间隔开,并且相对于再引入管道开口,使得不同的DOM浓缩液体的混合最小化。