1) Thermal coupling distillation
热耦合蒸馏
2) thermally coupled distillation
热耦蒸馏
1.
A case for the separation of liquefied natural gas(LNG) was studied and modified to thermally coupled distillation columns,Petlyuk column and side stripper,from conventional distillation sequence.
采用严格计算法,模拟研究了液化天然气分离的一个实例,并把现有常规蒸馏工艺改用热耦蒸馏工艺,即petlyuk塔或侧线提馏塔。
2.
The processes for liquefied natural gas separation,including conventional distillation,thermally coupled distillation,side-stripper,double-effect distillation and heat-integrated distillation were simulated by using rigorous models and their energy consumptions were compared.
采用严格模拟计算的方法,对液化天然气分离过程的现有常规蒸馏工艺与热耦蒸馏工艺、侧线提馏工艺、双效蒸馏工艺和热集成工艺进行了模拟,并比较了其能量消耗。
3) Coupled distillation
耦合蒸馏
4) fully thermally coupled distillation
全热耦蒸馏
5) heat integrated distillation
热耦合精馏
1.
Study on configurations for a heat integrated distillation column;
内部热耦合精馏塔构型研究
6) ITCDIC
热耦合精馏塔
1.
Internal Thermally Coupled Distillation Column(ITCDIC) is the research frontier of distillation energy saving .
内部热耦合精馏塔 (ITCDIC)的热耦合机理仍是SRV方法 ,但去掉了再沸器和冷凝器 ,具有较大的节能潜力 。
2.
The results show that ITCDIC is a self-regulating process, and could be operated smoothly with two PID controllers; the steady state design could be disassociate with the dynamic design.
这些研究方法可以借鉴到内部热耦合精馏塔 (ITCDIC)的控制研究上[5 ]。
补充资料:分批蒸馏、不连续蒸馏
分子式:
CAS号:
性质:又称分批蒸馏、不连续蒸馏。它的特点是间歇操作,原料液,一次地加入蒸馏釜中,加热使其部分汽化,由于各组分间挥发度的差异,上升蒸汽中易挥发组分的含量较液相中的高,使其提浓一次,即得到一级分离。釜液的量和组成、馏出液的量和组成等参数都随时间变化,属于不稳定过程。一般当蒸馏到指定的釜液组成或馏出液的平均组成时停止操作。间歇蒸馏又可分为简单蒸馏和间歇精馏。
CAS号:
性质:又称分批蒸馏、不连续蒸馏。它的特点是间歇操作,原料液,一次地加入蒸馏釜中,加热使其部分汽化,由于各组分间挥发度的差异,上升蒸汽中易挥发组分的含量较液相中的高,使其提浓一次,即得到一级分离。釜液的量和组成、馏出液的量和组成等参数都随时间变化,属于不稳定过程。一般当蒸馏到指定的釜液组成或馏出液的平均组成时停止操作。间歇蒸馏又可分为简单蒸馏和间歇精馏。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条