LAURANCE REED GAS CONDITIONING CONFERENCE 2016 GAS DEHYDRATION FUNDAMENTALS PART 2 -TEG DEHYDRATION PROCESS DESIGN

机译：Laurance Reed气体调节会议2016燃气脱水基础部分第2部分-TEG脱水过程设计

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As described in "Part 1 - Introduction to Dehydration", glycols cut across a wide spectrum of applications from hydrate inhibition to gas dehydration. This Fundamentals part is organized into a section on basic process and equipment design considerations and a separate section on special conditions that can affect the design of glycol-based processes.

机译：如“第1部分 - 脱水脱水”中所述，二醇在宽的水合抑制到气体脱水中切割宽的应用。这一基本面部分被组织成关于基本流程和设备设计考虑的一部分以及可能影响基于乙二醇的过程的特殊条件的单独部分。

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《University of Oklahoma Education Engineering Geosciences》|2016年|512p|共67页
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Joseph E. Lundeen; Kevin S. Fisher; Bill Chu;
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中图分类石油、天然气加工工业;
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1. Evaluation of potassium formate as a potential modifier of TEG for high performance natural gas dehydration process [J] . Muhammad Aimen Isa, Usama Eldemerdash, Khashayar Nasrifar Chemical Engineering Research & Design: Transactions of the Institution of Chemical Engineers . 2013,第9期

机译：甲酸钾作为TEG在高性能天然气脱水过程中的潜在改性剂的评估
2. A Triethylene Glycol-Water System: A Study of the TEG Regeneration Processes in Natural Gas Dehydration Plants [J] . V. PIEMONTE, M. MASCHIETTI, F. GIRONI Energy sources . 2012,第5a8期

机译：三乙二醇-水系统：天然气脱水厂中TEG再生过程的研究
3. Improvement of natural gas dehydration performance by optimization of operating conditions: A case study in Sarkhun gas processing plant [J] . M.R. Rahimpour, M. Saidi, M. Seifi Journal of natural gas science and engineering . 2013,第Null期

机译：通过优化运行条件来提高天然气脱水性能：以萨洪天然气处理厂为例
4. LAURANCE REED GAS CONDITIONING CONFERENCE 2016 GAS DEHYDRATION FUNDAMENTALS PART 2 -TEG DEHYDRATION PROCESS DESIGN [C] . Joseph E. Lundeen, Kevin S. Fisher, Bill Chu University of Oklahoma Education Engineering Geosciences . 2016

机译：Laurance Reed气体调节会议2016燃气脱水基础部分第2部分-TEG脱水过程设计
5. Dynamic Simulation and Control of a Natural Gas Dehydration Plant Under Upset Conditions [D] . ?Haque, Md Emdadul 2020

机译：镦锻条件下天然气脱水厂的动态仿真与控制
6. Hydrothermal Dehydration of Monosaccharides Promoted by Seawater: Fundamentals on the Catalytic Role of Inorganic Salts [O] . Maroua Kammoun, Thibaut Istasse, Haitham Ayeb, 1970

机译：海水促进单糖的水热脱水：无机盐催化作用的基本原理。
7. OPTIMIZATION OF TRIETHYLENE GLYCOL (TEG) DEHYDRATION IN A NATURAL GAS PROCESSING PLANT [O] . Nmegbu Chukwuma Godwin Jacob . 2014

机译：天然气加工厂三乙二醇（TEG）脱水的优化
8. Proceedings of the Gas Research Institute Glycol Dehydrator/Gas Processing AirToxics Conference. Held in San Antonio, Texas on April 11-13, 1993 [R] . Rueter, C. O., Wessels, J. K., Hurtado, M. I. 1994

机译：气体研究所乙醇脱水器/气体处理airToxics会议论文集。 1993年4月11日至13日在德克萨斯州圣安东尼奥市举行

LAURANCE REED GAS CONDITIONING CONFERENCE 2016 GAS DEHYDRATION FUNDAMENTALS PART 2 -TEG DEHYDRATION PROCESS DESIGN

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