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Optimized Gas Treating ProTreat 5.0

ProTreat软件最初是用于通过吸收到含有一种或多种胺可热再生的水溶液从各种高压和低压气流的除去H2S,CO2,和硫醇的模拟进程。最近增加的功能包括使用三甘醇(TEG),用于酸性气体脱除的物理溶剂DMPEG(二甲醚聚乙二醇),和脱水。该ProTreat封装使独占使用的对待分离,传质速率过程一列模式。这完全消除了需要经验调整正确地模拟新的应用。平衡级和盘效率的用户提供的估计和HETPs避免,和列与实际塔板和它们实际上包含真实填料的物理深度的数量建模。
ProTreat模拟从来没有要求你理论阶段或台大转化为实际的盘数或实际填料床深处。与真正的托盘和从一开始就正确装箱ProTreat传质速率模型交易。它计算的分离在一个给定的塔壳(包括swages)选择要安装的具体内部实现的。即使是这样的信息作为盘遍数被考虑。
对于列ProTreat模拟器的传质和传热速率的基于模型适用于吸收和再生。这可能会产生的蒸汽和液体离开盘或填料段基本上不同的温度。它也允许再生器具有相同高度的可靠性吸收剂进行建模。由于再生性能往往不是在设置接触器性能的决定性,模拟再生的能力,可以在revamps,故障排除和基层设计成功的关键。传质和传热速率的建模是在控制CO2滑而被通缉的选择性治疗应用特别有用。在这些应用中吸收过度设计可以像下设计为致命的。其中最难以模拟应用的是再生器废气升级。 ProTreat一样轻松,自然因为它没有传统的吸收剂处理此类申请。
该ProTreat包有允许基于胺的酸性气体脱除处理任何可以想象到的流程所需要的充分的灵活性,以构建和模拟。从用户的角度来看,绘图功能类似于Corel绘图。模拟与常在其中,例如,在各种压力的多个接触器,由一个或两个共同的再生器支持的炼油厂发现复杂过程时需要的柔性流片材的能力。除了吸收剂和再生器,单元操作块包括闪蒸罐,加热器和冷却器,交叉器,混频器,除法器,压缩机,和涡轮机。


Optimized Gas Treating ProTreat 5.0 | 38 mb

ProTreat software was originally developed for simulating processes for the removal of H2S, CO2, and mercaptans from a variety of high and low pressure gas streams by absorption into thermally regenerable aqueous solutions containing one or more amines. Recently added capabilities include the physical solvent DMPEG (dimethylether of polyethyleneglycol) for acid gas removal, and dehydration using triethylene glycol (TEG). The ProTreat package makes exclusive use of a column model that treats the separation as a mass transfer rate process. This completely eliminates the need for empirical adjustments to simulate new applications correctly. Equilibrium stages and user-supplied estimates of tray efficiencies and HETPs are avoided, and columns are modeled with the number of real trays and physical depth of real packing they actually contain.

ProTreat simulation never requires you to translate theoretical stages or NTU’s into actual tray counts or bed depths of real packing. The ProTreat mass transfer rate model deals with real trays and packing right from the outset. It calculates the separation achievable by the specific internals selected for installation in a given tower shell (including swages). Even such details as the number of tray passes is considered.

The ProTreat simulator’s mass and heat transfer rate based model for columns applies to both absorbers and regenerators. This can produce substantially different temperatures for the vapor and liquid leaving a tray or a packed segment. It also allows regenerators to be modeled with the same high degree of reliability as absorbers. Because regenerator performance more often than not is decisive in setting contactor performance, the ability to simulate regenerators can be critical to success in revamps, troubleshoots and grass roots designs. Mass and heat transfer rate based modeling is especially valuable in selective treating applications where controlled CO2 slip is wanted. In such applications absorber over-design can be as fatal as under-design. One of the most difficult-to-simulate applications is regenerator off-gas upgrading. ProTreat handles such applications just as easily and naturally as it does conventional absorbers.

The ProTreat package has the full flexibility needed to allow any imaginable flowsheet for amine-based acid gas removal process to be constructed and simulated. From the user’s perspective, drawing functionality is similar to Corel Draw. A flexible flow-sheeting capability is needed when simulating processes with the complexity often found in refineries where, for example, multiple contactors at various pressures are supported by one or two common regenerators. In addition to absorbers and regenerators, unit operations blocks include flash tanks, heaters and coolers, cross-exchangers, mixers, dividers, compressors, and turbines.

Language: English
Operating Systems: Windows 7/8.x/10.x


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