变压吸附

简介变压吸附气体分离与提纯技术的发展和技术特点，以及变压吸附技术在氢气分离提纯、变换气脱碳、CO分离提纯、CO2分离提纯、空分制氧气氮气等多种领域的应用。

Briefly presents the development and characteristics of PSA gas separating and purification technology , as well as the application of PSA in separation and purification of hydrogen , carbon oxide and carbon diox-ide , shift gas carbon removal , and separation of oxygen and nitrogen in air separator .

变压吸附技术在钢铁行业的应用

Application of PSA technique in iron and steel industry

利用变压吸附技术在煤气中提纯CO

Application of Pressure-changing Absorption Technology in CO Purification in Coal Gas

变压吸附法回收高炉气中CO的研究

Recovery of CO from Blast Furnace Gases by Pressure Swing Adsorption

PLC及其通讯技术在变压吸附制氧系统中的应用

Application PLC and its communication in voltage-transforming absorption oxygen generating system

基于PLC的变压吸附制高纯氧系统

High Purity Oxygen Production System by PSA Based on PLC

制氨厂尾气中CO的变压吸附提纯

Recovery of CO from a Ammonia Plant Tail Gas with Pressure Swing Adsorption Process

变压吸附技术在PVC行业的应用与发展

Application of pressure swing adsorption process in PVC industry and its development

甲烷热氯化原料天然气脱除C2~+的变压吸附工艺条件研究

Study of PSA process conditions for the removal of c_2 ~ + from natural gas producing chlorinated methane by thermal-chlorination method

变压吸附气体分离技术在高硫煤气制取CO中的应用

Use of Pressure Swing Adsorption Gas Separation Technology in Manufacture of CO from High-Sulfur Coal Gas

制氢工艺变压吸附技术在DCS上的实现

Realization of the Technology of Pressure Swing Adsorption in DCS

变压吸附技术分离CH4/N2气体混合物

Separation of CH_4 / N_2 gas mixture by pressure swing adsorption processes

试用NⅢ型高效催化剂和国产活化剂，应用变压吸附氢提纯氢气替代瓶装氢气。

Trail application of N ⅲ catalyst , homemade activator and purified hydrogen from PSA ( pressure swing adsorption ) instead of bottled hydrogen .

PSA变压吸附制氢技术在本钢的应用

The Application of PSA Transformer Absorption Making Hydrogen Technology in Benxi Steel

从技术经济角度分析了两步变压吸附法应用于高炉气中CO回收的可行性、环境效应和经济效益。

Thus , it is possible for both the elimination of pollution from CO and the benefit from the recovery of CO.

变压吸附（PSA）空分制氧技术进展

Technology Development of Pressure Swing Adsorption for Oxygen Generation

变压吸附（PSA）是一氧化碳分离中颇具吸引力的技术之一。

PSA-CO is an attractive technology in gas separation .

合成氨原料气中微量CO变压吸附净化侧线试验

The on-site experiments of small amount of carbon monoxide removal from the feed gas in the ammonia synthesis by pressure swing adsorption

SARS患者专用PSA制氧机变压吸附过程的数值模拟

Mathematical Simulation of PSA Processes of a Special Miniature Oxygen Concentrator for SARS Patients

本文提出了低分压变压吸附回收工业废气中CO2的新方法，并对其工艺进行了介绍。

The new method of recycling of CO_2 by low partial pressure-rtansfer pressure absorption was put forward and its process was also introduced .

简述了不同吸附分离CO技术的特点，介绍了变压吸附分离CO技术的原理和工艺现状以及羰基合成工业中分离CO技术的选择。

The selecting of separating CO in industry of carbonyl synthesis and the application fields of the PSA separating CO technology are introduced .

变压吸附（PSA）空气分离工艺技术进展

Progresses of PSA process for air separation

C二氧化碳过滤器用它来提高CO2纯度，分离杂质。变压吸附技术提纯回收甲醇洗放空气中二氧化碳

QJ-C carbon dioxide filter is applied to improve purity of CO2 and separate impurity . USING PSA TECHNOLOGY TO RECOVER CO_2 FROM RECTISOL VENTED GAS

微型变压吸附制氧机FTA与FMEA分析

The risk analysis of PSA miniature oxygen concentrator with FTA and FMEA

Langmuir方程在变压吸附过程中的应用

The application of Langmuir equation in pressure swinging adsorption

变压吸附（PSA）技术是近几十年来在工业上新崛起的气体分离技术，是物理化学渗流理论在工业上的具体应用。

Pressure swing adsorption ( PSA ) technique is an application of physio-chemical percolation theory in industry .

烟道气CO2回收工艺在100kt/a甲醇装置的应用变压吸附技术提纯回收甲醇洗放空气中二氧化碳

Application of recovery technology of carbon dioxide from flue gas in 100kt / a methanol unit USING PSA TECHNOLOGY TO RECOVER CO_2 FROM RECTISOL VENTED GAS

4A沸石分子筛变压吸附制富氮气体

Pressure swing adsorption for the preparation of nitrogen with 4A zeolite molecular sieves

在四塔变压吸附装置上进行了变压吸附过程试验，在吸附试验过程中应用PLC对全过程进行设计和控制；

The experiment of PSA process was carried out on four columns . The system is designed and controlled by PLC on the pressure swing adsorption processes .

采用载铜吸附剂进行了变压吸附净化合成氨原料气中CO的工业侧线实验。

An experiment is carried out in an industrial side line on the removal of CO from the ammonia feed gas by pressure swing adsorption with copper-bearing adsorbent .