The distillation system design of isomeric dichlorotoluene and its production process are given in detail in this paper. 详细讨论了二氯甲苯异构体精馏塔系统的工程设计与生产过程。
The new solvent was commercial solvent 160S, consisting of dichlorotoluene as main component, which has the advantages of lower price and higher recovery ratio. 用来代替三氯苯和烷基苯合成β-型铜酞菁的溶剂是溶剂160S(主要含有二氯甲苯),它具有价格低和回收率高的优点。
Synthesis and Application of 2, 6-Dichlorotoluene 2,6-二氯甲苯的合成及应用
Taking p chlorotoluene as raw material, 2,4 Dichlorotoluene was synthesized via catalytic chlorination process. 以对氯甲苯为原料,经催化氯化制取2,4二氯甲苯。
The preparation of 2,6 dichlorobenzaldehyde by using the indirect electro oxidation of 2,6 dichlorotoluene with manganic sulfate was investigated. The optimum conditions were determined. 本工作探讨了用硫酸锰(Ⅲ)作为传递电子的媒质间接电氧化2,6-二氯甲苯制取2,6-二氯苯甲醛的工艺条件。
The effects of different type and amount of catalysts, reaction temperature, and flow rate of chlorine gas on the yield and selectivity of 2,4 dichlorotoluene were investigated. 对不同催化剂及其用量、反应温度及氯气流量等因素对2,4二氯甲苯的产率和选择性的影响进行了研究。
Purification of 2,6 dichlorotoluene by the recrystallization method without solvent was studied. 研究了用无溶剂重结晶法提纯2,6二氯甲苯。
One-step direct regio-selective chlorination synthesis of 2, p-dichlorotoluene from p-chorotoluene ( p-CT) and gaseous chlorine at atmospheric pressure was investigated over NaKL-zeolite catalysts on a fixed bed continuous reactor. 采用固定床连续反应器,研究对氯甲苯和氯气常压下在NaKL沸石催化剂上一步直接选择性定向氯化合成2,4-二氯甲苯。