Chlor-Alkali Industry 2013 Issue 10 A new production process of tricloroethylene

A new production process of tricloroethylene
JIANG Zhenghui;ZHONG Jinguang;WEI Xiaoyun

..............page:29-30,42

Preparation and analysis of hypochloric acid
YANG Xiangdong;LI Xiuyan;WANG Juhua;TANTAI Shuxian;SHAN Yucai;LI Fanxiu

..............page:31-32,45

Measures to save energy and reduce discharge during chlor-alkali production
ZHANG Jinbao;YIN Rui;FU Qinsheng;XI Yinshang

..............page:38-42

ning xia neng hua ju yi xi chun xiang mu ji jiang tou liao shi che

..............page:47-47

Effects of state and temperature of 50 wt%caustic soda solution on its mass fraction determination results
ZHU Wenqing;LUO Lianying;LU Xuezheng

..............page:35-37

bin hua dong rui guo yang hua qing zhuang zhi yi ci xing kai che cheng gong

..............page:47-48

Benefits from improvement of water used in chlor-alkali production
WEI Chengjiang;HU Yifeng;CHEN Lizhang;WANG Junying

..............page:33-34

zhong yan chang hua lv jian chang lv qi gan zao she bei gai zao xiang mu jiang yu 10 yue jian cheng tou chan

..............page:47-47

hu bei xing rui li yong ruo jian xing qing qi leng ning shui dai ti sheng chan shui
ni gao guo

..............page:47-47

nan jing hua xue xiao ji lv ben zhuang zhi ji gai cheng gong

..............page:47-47

ji yuan hua xue huan yang bing wan deng 160 yi he mei zong he li yong xiang mu kai gong

..............page:47-47

Recovery of steam condensate
LU Ning;ZHANG Hua;CHEN Hai

..............page:43-45

yue nan ti gao yan deng hua gong chan pin jin kou guan shui

..............page:48-48

huan bao bu fa han duo lv lian ben fei wu fen shao chu zhi gong cheng deng 5 xiang biao zhun

..............page:48-48

ning xia tao tai luo hou chan neng ming dan she ji shao jian deng 12 ge xing ye

..............page:46-47

tao shi hua xue zheng zai wei xia you ye lv ye wu xun zhao shi chang ji yu

..............page:48-48

jiang su xian zhi shao jian zai nei de bu fen shi hua xiang mu yong di yin dao chan ye zhuan xing sheng ji

..............page:46-46

zhe jiang ju hua jiang jian 10 wan t a ju pian er lv yi xi xiang mu

..............page:48-48

jin qiao ri shai zhi yan gong si qi dong qiu ba shou ci cai yong dai lu ba yan fang shi

..............page:46-46

yi que - er lv yi wan zhong zheng sheng chan lv yi xi gong yi xiang mu tong guo yan shou

..............page:48-48

jiang su jing shen yan hua yan jian gai lian chan xin gong yi kai bi yan jian lian he xin mo shi

..............page:46-46

yun nan ye jin lv hua fa zuo bai fen lian dong shi che sheng chan neng li da 6 wan t a

..............page:48-48

hu nan zuo tian hua gong shao jian di 1 qi xiang mu wan cheng chang di ping zheng gong zuo

..............page:46-46

qing hai yan hu hai na shao jian zhuang zhi dian jie cao tong dian yun xing

..............page:46-46

Strategic breakthrough of traditional chlor-alkali enterprises from crises in globally competitive environments
DENG Ke

..............page:1-14,17

Effects of crude salt types on chlor-alkali production and solutions
KANG Xinefi

..............page:18-19,22

Analysis on accident cases occurred in rectifying system for ion-exchange membrane electrolysis
LU Bing

..............page:15-17

Optimization of adding acidt o brine system
YIN Cong;HUANG Fengxian

..............page:23-24,37

Adapting the brine unit for diaphragm electrolysis to suit ion-exchange membrane electrolysis
ZHANG Huijun;CAI Yazhou

..............page:20-22

Summary on running of capacity-expanded and reformed ion-exchange membrane electrolyzesr
WANG Jixiao;TI AN yu Ying

..............page:25-28