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    • 1. 发明申请
    • COMBINED CONTROL METHOD OF AN ORGANIC RANKINE CYCLE
    • 有机RANKINE循环的组合控制方法
    • WO2016157116A1
    • 2016-10-06
    • PCT/IB2016/051834
    • 2016-03-31
    • TURBODEN S.R.L.
    • GAIA, MarioBINI, RobertoBERTANZI, RobertoBELOTTI, Paolo
    • F01K13/02F01K25/08
    • F01K25/08F01K13/02
    • A combined control method of an Organic Rankine Cycle (ORC) plant, wherein the plant comprises at least a feed pump (1), a heat exchanger (2), an expansion turbine (3) and a condenser (5); the heat exchanger (2) and the turbine (3) being in fluid dynamic connection by means of at least one admission line (7) which is provided with an admission valve (AV); and the heat exchanger (2) and the condenser (5) being in fluid connection by means of at least one by-pass line (8) which is provided with a by-pass valve (BV). The Organic Rankine Cycle includes a step of feeding an organic working fluid, a step of heating and / or vaporization of the same working fluid, an expansion phase and a step of condensation of the same working fluid. The proposed method regulates the power supplied from plant determining an opening degree (%AV) of the admission valve (AV) as a function of a set point value of the required power and determining an opening degree of the by-pass valve (% BV) as a function of the opening degree (% AV) of the admission valve (AV), so that the total flow rate of the organic working fluid remains substantially constant during changing of the power supply output.
    • 有机朗肯循环(ORC)设备的组合控制方法,其中该设备至少包括进料泵(1),热交换器(2),膨胀涡轮机(3)和冷凝器(5); 所述热交换器(2)和所述涡轮机(3)通过设有进气阀(AV)的至少一个进入管线(7)处于流体动力学连接中; 并且热交换器(2)和冷凝器(5)通过设有旁通阀(BV)的至少一个旁路管线(8)处于流体连接状态。 有机朗肯循环包括供给有机工作流体的步骤,相同工作流体的加热和/或蒸发步骤,膨胀阶段和相同工作流体的冷凝步骤。 所提出的方法调节从设备供应的功率,确定进气阀(AV)的开度(%AV)作为所需功率的设定值的函数并确定旁通阀的开度(%BV )作为入口阀(AV)的开度(%AV)的函数,使得在改变电源输出期间有机工作流体的总流量保持基本恒定。
    • 2. 发明申请
    • CONTROL METHOD FOR AN ORGANIC RANKINE CYCLE
    • 有机RANKINE循环的控制方法
    • WO2015092649A1
    • 2015-06-25
    • PCT/IB2014/066910
    • 2014-12-15
    • TURBODEN S.R.L.
    • BINI, RobertoPIETRA, ClaudioCOLOMBO, Davide
    • F01K13/02F01K25/08
    • F01K13/02F01K11/02F01K25/08
    • An embodiment of the present invention is a method of controlling an Organic Rankine Cycle system, the system comprising at least one feed pump (2), at least one heat exchanger (3), an expansion turbine (5) and a condenser (6), the organic Rankine Cycle comprising a feeding phase of an organic working fluid, a heating and vaporization phase of the same working fluid, an expansion and condensation phase of the same working fluid, wherein said method controls an adjusted variable (X), which is a function of an overheating of the organic fluid, by means of a controller (20) that acts by varying a control variable (Y), which is a parameter of the organic fluid in its liquid phase, and wherein the adjusted variable (X) is a temperature difference (∆T) between a current temperature of the organic fluid in vapor phase at the turbine inlet and a temperature threshold (T lim ), under which the expansion phase involves the formation of a liquid phase of the organic fluid.
    • 本发明的一个实施例是一种控制有机朗肯循环系统的方法,该系统包括至少一个进料泵(2),至少一个热交换器(3),膨胀涡轮机(5)和冷凝器(6) ,有机朗肯循环,其包括有机工作流体的进料阶段,相同工作流体的加热和蒸发阶段,相同工作流体的膨胀和冷凝阶段,其中所述方法控制调整的变量(X),其为 通过改变作为其液相中的有机流体的参数的控制变量(Y)起作用的控制器(20)的有机流体的过热的功能,并且其中调整后的变量(X) 是涡轮机入口处的气相中的有机流体的当前温度与膨胀阶段涉及形成有机流体液相的温度阈值(Tlim)之间的温度差(ΔT)。
    • 3. 发明申请
    • METHOD AND TURBINE FOR EXPANDING AN ORGANIC OPERATING FLUID IN A RANKINE CYCLE
    • 用于在RANKINE循环中扩展有机操作流体的方法和涡轮机
    • WO2013108099A2
    • 2013-07-25
    • PCT/IB2012/057410
    • 2012-12-18
    • TURBODEN S.R.L.
    • GAIA, MarioBINI, Roberto
    • F01K25/10F01D9/04F01D1/04F01D1/06
    • F01K7/16F01D1/04F01D1/06F01D1/12F01K7/02F01K25/10
    • It is described a method for expanding an organic operating fluid in a Rankine cycle, comprising the step of feeding the operating fluid to a turbine provided with a plurality of arrays of stator blades alternating with a plurality of arrays of rotor blades, to define corresponding turbine stages, constrained to a shaft which rotates on the respective rotation axis. Advantageously the method comprises the further steps of: a) causing a first expansion of the operating fluid in one or more radial stages of the turbine, b) diverting the operating fluid exiting from the radial stages in a direction axial and tangential with respect to the rotation axis, and c) causing a second fluid expansion in one or more axial stages of the turbine. Step b) corresponds to an enthalpy change of the operating fluid equal to at least 50% of the average enthalpy change provided for completing the fluid expansion in the turbine. It is further described a turbine for expanding an organic operating fluid in a Rankine cycle, which allows to carry out the method above.
    • 描述了一种用于扩展兰金循环中的有机操作流体的方法,包括将工作流体供给到具有与多个转子叶片阵列交替的多个定子叶片阵列的涡轮机的步骤,以限定相应的涡轮机 阶段,限制在在相应的旋转轴线上旋转的轴。 有利地,该方法还包括以下步骤:a)使工作流体在涡轮机的一个或多个径向级中的第一次膨胀,b)将工作流体从径向级中排出的轴线和切向相对于 旋转轴线,以及c)在涡轮机的一个或多个轴向级中引起第二流体膨胀。 步骤b)对应于工作流体的焓变等于为完成涡轮机中的流体膨胀而提供的平均焓变的至少50%。 进一步描述了一种用于在兰金循环中膨胀有机操作流体的涡轮机,其允许执行上述方法。
    • 4. 发明申请
    • TURBINE FOR ORGANIC RANKINE CYCLES WITH AXIAL INPUT AND OUTPUT
    • 具有轴向输入和输出的有机RANKINE循环的涡轮机
    • WO2016139574A1
    • 2016-09-09
    • PCT/IB2016/051121
    • 2016-03-01
    • TURBODEN S.R.L.
    • BINI, RobertoGAIA, Mario
    • F01D1/04F01D9/04
    • F01D1/04F05D2210/43F05D2220/31
    • Expansion turbine (100) for a working fluid in an organic Rankine cycle, comprising a housing (21), at least one inlet duct (10) for working fluid feeding and an outlet duct (20) for working fluid discharge, at least one statoric group (22) comprising a statoric blades array (23), at least a rotoric group (24), comprising corresponding rotoric blades array (25), respectively upstream and downstream of the working fluid direction, and a turbine shaft (26) which supports the rotoric group and being said turbine (100), characterized in that at least one end portion (10 ", 14) of the inlet duct (10), in fluid connection with an inlet opening (101) of the turbine (100), is oriented in an axial direction and at least an initial portion (20 ') of the outlet duct (20) in fluid connection with an outlet opening (102) of the turbine (100), is oriented in the axial direction and that said end portions (10 ", 14) of the inlet duct (10) and said initial portion (20 ') of the outlet duct (20) are both arranged on one end of the housing (21).
    • 用于有机朗肯循环中的工作流体的膨胀涡轮机(100),包括壳体(21),用于工作流体供给的至少一个入口管道(10)和用于工作流体排放的出口管道(20),至少一个定子 包括定子叶片阵列(23)的组(22)至少包括分别在工作流体方向的上游和下游的相应的转子叶片阵列(25)的转子组(24),以及支撑 所述转子组和所述涡轮机(100),其特征在于,所述入口管道(10)的至少一个端部(10“,14)与所述涡轮机(100)的入口开口(101)流体连通, 在轴向方向上定向,并且与涡轮机(100)的出口(102)流体连通的出口管道(20)的至少初始部分(20')在轴向方向上定向,并且所述端部 入口管道(10)和出口管道(20)的初始部分(20')的部分(10“,14)是bo (21)的一端。
    • 5. 发明申请
    • SEAL ARRANGEMENT IN A TURBINE AND METHOD FOR CONFINING THE OPERATING FLUID
    • 涡轮机中的密封装置和用于限制操作流体的方法
    • WO2016030845A1
    • 2016-03-03
    • PCT/IB2015/056478
    • 2015-08-26
    • TURBODEN S.R.L.
    • BINI, RobertoGAIA, Mario
    • F01D11/04F01D25/22F01D25/32F16C33/66F16J15/40F01M1/10F16N39/00
    • F01D11/04F05D2240/63F05D2260/609F16C33/6685F16C2360/00F16J15/3484F16J15/406
    • A turbine (1) of an Organic Rankine Cycle ORC, comprising a shaft (4) supported by bearings (8) and a plurality of mechanical seals (10, 11, 18, 21) arranged around the shaft for confining the operating fluid expanding in the turbine, is described. The seal are arranged so that to define and preserve the insulation of four chambers arranged in succession along and around the shaft. A first chamber (101) is among the turbine expansion stages and the second chamber (102), named buffer chamber; a fourth chamber (104) is the nearest to the bearings and the third chamber (103) is in-between the second and the fourth chamber. In the buffer chamber a barrier fluid (302) is fed and, advantageously, it is the same organic operating fluid fed to the turbine. In this way the confinement of the operating fluid in the turbine and the respective non-contamination are guaranteed. A corresponding method for confining the operating fluid in a turbine is also provided.
    • 有机朗肯循环ORC的涡轮机(1),包括由轴承(8)支撑的轴(4)和布置在轴周围的多个机械密封件(10,11,18,21),用于限制在 描述了涡轮机。 密封件被布置成使得能够限定和保持沿轴并且围绕轴排列的四个腔室的绝缘体。 第一室(101)在涡轮膨胀级和第二室(102)之间,称为缓冲室; 第四室(104)最靠近轴承,第三室(103)位于第二室和第四室之间。 在缓冲室中,供给阻挡流体(302),并且有利地,其是被供给到涡轮机的相同的有机操作流体。 以这种方式,保证了涡轮机中的工作流体和相应的无污染物的限制。 还提供了用于将工作流体限制在涡轮机中的相应方法。
    • 6. 发明申请
    • TURBINE AND METHOD FOR EXPANDING AN OPERATING FLUID
    • 用于扩展操作流体的涡轮机和方法
    • WO2015189718A1
    • 2015-12-17
    • PCT/IB2015/052937
    • 2015-04-22
    • TURBODEN S.R.L.
    • BINI, RobertoGAIA, Mario
    • F01D1/08F01D5/04
    • F01D1/08F01D1/14F01D5/048F01D9/045F05D2210/44
    • A turbine (1), at least partially centrifugal, for the expansion of a compressible operating fluid, for example gas or steam. At least one group of stages (5), named centrifugal stages, extends in a radial direction with respect to the axis X-X to carry out the centrifugal expansion of the operating fluid. Advantageously, the turbine comprises a group of stages, named centripetal stages (4), extending in a radial direction to carry out a first expansion of the operating fluid centripetally in the radial direction. Moreover, all the arrays of rotor blades are constrained to the shaft (2) at an end thereof, anyway not in the area between the bearings (9), i.e. according to a so-called "cantilevered" configuration and particularly advantageous to carry out maintenance operations. The proposed solution allows high efficiencies to be achieved by a compact turbine. A corresponding method for expanding the operating fluid is further described.
    • 涡轮(1)至少部分离心,用于膨胀可压缩工作流体,例如气体或蒸汽。 称为离心级的至少一组级(5)相对于轴线X-X在径向方向上延伸,以进行工作流体的离心膨胀。 有利地,涡轮机包括沿径向延伸的称为向心级(4)的一组级,以在径向方向上向心地执行工作流体的第一膨胀。 此外,转子叶片的所有阵列在其一端被约束到轴(2),无论如何不在轴承(9)之间的区域中,即根据所谓的“悬臂”构型,并且特别有利于执行 维护作业。 所提出的解决方案允许通过紧凑型涡轮机实现高效率。 进一步描述用于扩大工作流体的相应方法。
    • 7. 发明申请
    • FLUID SEALING DEVICE FOR ROTATING MACHINES
    • 用于旋转机器的流体密封装置
    • WO2012004821A1
    • 2012-01-12
    • PCT/IT2011/000229
    • 2011-07-06
    • TURBODEN S.R.L.COLOMBO, DavideBINI, Roberto
    • COLOMBO, DavideBINI, Roberto
    • F01D11/00F01D21/00F04D29/08F16J15/34
    • F01D11/003F01D21/00F05D2240/55F16J15/3448F16J15/46
    • The invention relates to a fluid sealing device for rotating machines having a rotor part including at least one disk (13) carried by a rotating shaft (15) rotating in and relatively to a stator part in the presence of a fluid and wherein the rotating shaft is provided with at least one sealing system (15a, 15b) defining a first environment (A) at a first pressure the stator part has a wall (17) in front of the disk (13) of the stator part defining a second environment (B) therewith containing a fluid at a second pressure. The device comprises a movable ring (30) placed between the wall (17) of the stator part and the disk (13) of the rotor part and provided with at least a front sealing gasket (37) facing towards said disk (13). The ring is axially movable between an inactive position, in which the front sealing gasket (37) is far from said disk, and an active position, in which said front sealing gasket (37) rests on said disk, the movable ring being moved in the active position when the rotating machine is stopped to prevent the fluid passage from one of said environment (A, B) to the other environment.
    • 本发明涉及一种用于旋转机器的流体密封装置,其具有转子部分,该转子部分包括在流体存在的情况下由旋转轴(15)承载的相对于定子部分旋转的至少一个盘(13),并且其中旋转轴 设置有至少一个在第一压力下限定第一环境(A)的密封系统(15a,15b),定子部分具有限定第二环境的定子部分的盘(13)前面的壁(17) B),其中包含处于第二压力的流体。 该装置包括放置在定子部件的壁(17)和转子部件的盘(13)之间的可移动环(30),并且至少设有面向所述盘(13)的前密封垫圈(37)。 所述环可在前密封垫片(37)远离所述盘的非活动位置和活动位置之间轴向移动,所述前密封垫圈(37)搁置在所述盘上,所述可动环被移动 当旋转机器停止以防止流体从所述环境(A,B)中的一个环境传递到另一环境时的活动位置。
    • 8. 发明申请
    • IMPROVED HIGH TEMPERATURE ORC SYSTEM
    • 改进的高温ORC系统
    • WO2011141942A1
    • 2011-11-17
    • PCT/IT2011/000140
    • 2011-05-05
    • TURBODEN S.R.L.GAIA, MarioBINI, RobertoPIETRA, Claudio
    • GAIA, MarioBINI, RobertoPIETRA, Claudio
    • F01K7/22F01K7/40F01K25/08
    • F01K25/08F01K7/22F01K7/40
    • An ORC (Organic Rankine Cycle) for the conversion of thermal energy into electric energy, comprising at least one heat exchanger unit (41 ) for re - overheating the work fluid by means of the thermovector fluid from the hot source, between the discharge of the first expander (16) and the input of the second expander (116), and a regenerator unit including a first regenerator (1 and at least one second regenerator (117) for regenerating the work fluid in a least two successive stages, in said first regenerator and at least in said second regenerator respectively, with an additional regenerative heat exchange along the flow line connecting the liquid work fluid output of the second regenerator (117) to the liquid work fluid input of the first regenerator (17).
    • 一种用于将热能转换成电能的ORC(有机朗肯循环),包括至少一个热交换器单元(41),用于通过来自热源的热动液流体在工作流体的再热过程之间, 第一膨胀机(16)和第二膨胀机(116)的输入,以及再生器单元,其包括第一再生器(1和至少一个用于在至少两个连续阶段再生工作流体的第二再生器) 再生器,并且至少在所述第二再生器中,沿着将第二再生器(117)的液体工作流体输出连接到第一再生器(17)的液体工作流体输入端的流动管线进行额外的再生热交换。
    • 9. 发明申请
    • IMPROVED TURBINE FOR THE EXPANSION OF GAS/VAPOUR
    • 改进涡轮膨胀气/蒸汽
    • WO2010106569A1
    • 2010-09-23
    • PCT/IT2010/000112
    • 2010-03-16
    • TURBODEN S.r.l.GAIA, MarioBINI, Roberto
    • GAIA, MarioBINI, Roberto
    • F01D5/00F01D25/16F01D25/28
    • F01D5/005F01D25/162F01D25/285F05B2260/301F05D2230/60F05D2230/64F05D2230/70F05D2230/80
    • The invention regards a turbine for the expansion of gas and vapour that comprises a body or casing with a volute for the transit of the fluid from an input to an output passage through at least a statoric and a rotoric group, a possible front shield that extends radially from said volute towards the axis of the turbine shaft, an external tube member fixed in front of said shield or said volute designed to hold the turbine shaft with the interposition of a supporting unit (19), where said turbine shaft (15) has a head (15') supporting the rotoric group (16, 17). The turbine shaft (15) together with the rotoric group (16, 17) is movable axially between a work position, in which the head of said shaft is at a distance from an internal end of the external tube member (18) facing towards the statoric group, and a retracted position, in which the head of the shaft or a part of the rotoric group rests against said internal end of said tube member with the interposition of at least a front seal (41).
    • 本发明涉及一种用于膨胀气体和蒸汽的涡轮机,其包括具有蜗壳的主体或壳体,用于使流体从输入端至输出通道至少通过定子和转子组传送,可能的前屏蔽件延伸 径向地从所述蜗壳朝向所述涡轮机轴的轴线,固定在所述护罩或所述蜗壳的前面的外管构件,其设计成在所述涡轮轴(15)具有支撑单元 支撑转子组(16,17)的头部(15')。 涡轮轴(15)与转子组(16,17)一起可在工作位置之间轴向移动,在工作位置之间,所述轴的头部与外管构件(18)的朝向 定子组和缩回位置,其中轴的头部或转子组的一部分至少插入一个前密封件(41)而靠在所述管件的内端。
    • 10. 发明申请
    • A TURBINE WITH A SEAL ARRANGEMENT, ORC RANKINE CYCLE PLANT AND METHOD FOR CONFINING THE OPERATING FLUID
    • 具有密封装置的涡轮机,ORC RANKINE循环设备和用于限制操作流体的方法
    • WO2016030847A1
    • 2016-03-03
    • PCT/IB2015/056480
    • 2015-08-26
    • TURBODEN S.R.L.
    • BINI, RobertoGAIA, Mario
    • F01D11/04F16J15/40F16C33/66F16N39/00
    • F01D11/04F05D2240/63F05D2260/609F16C33/667F16N7/40F16N39/005
    • A turbine (1) of an Organic Rankine Cycle ORC, comprising a shaft (4) supported by bearings (8) and a plurality of seals (10, 11) arranged around the shaft (4) for confining the operating fluid expanding in the turbine, is described. The seals are arranged so that to define and preserve the insulation of a first chamber (101), a second buffer chamber (102) and a third chamber (103). The first chamber (101) is between the expansion stages of the turbine and the buffer chamber (102), and the third chamber (103) is between the bearings (8) and the buffer chamber (102). A barrier fluid (302) is fed into the buffer chamber (102). Advantageously, the barrier fluid (302) is the same organic operating fluid fed to the turbine. An ORC Rankine cycle plant comprising said turbine as well as a method for confining an operating fluid in a turbine working in an Organic Rankine Cycle ORC is provided.
    • 一种有机朗肯循环ORC的涡轮机(1),包括由轴承(8)支撑的轴(4)和围绕轴(4)布置的多个密封件(10,11),用于限制在涡轮机中膨胀的工作流体 ,被描述。 密封件被布置成限定和保持第一室(101),第二缓冲室(102)和第三室(103)的绝缘。 第一室(101)位于涡轮机的膨胀级与缓冲室(102)之间,第三室(103)位于轴承(8)和缓冲室(102)之间。 阻挡流体(302)被供给到缓冲室(102)中。 有利地,阻挡流体(302)是供给到涡轮机的相同的有机操作流体。 提供了一种包括所述涡轮机的ORC兰金循环设备以及用于限制在有机朗肯循环ORC中工作的涡轮机中的工作流体的方法。