精细与专用化学品
精細與專用化學品
정세여전용화학품
FINE AND SPECIALTY CHEMICALS
2012年
12期
38-41
,共4页
王笃政%孙永杰%孙彬峰%贾兴龙%张红富%向阳
王篤政%孫永傑%孫彬峰%賈興龍%張紅富%嚮暘
왕독정%손영걸%손빈봉%가흥룡%장홍부%향양
微波%化工过程强化%节能减排
微波%化工過程彊化%節能減排
미파%화공과정강화%절능감배
microwave%the intensification of chemical engineering processes%energy saving and emission reduction
化工过程强化是企业节能减排的主要途径，化工过程强化手段有多种，简要介绍了微波在催化、合成、萃取、降解及破乳过程的强化作用机理，并介绍了微波在这些过程中的强化效果与应用进展。
化工過程彊化是企業節能減排的主要途徑，化工過程彊化手段有多種，簡要介紹瞭微波在催化、閤成、萃取、降解及破乳過程的彊化作用機理，併介紹瞭微波在這些過程中的彊化效果與應用進展。
화공과정강화시기업절능감배적주요도경，화공과정강화수단유다충，간요개소료미파재최화、합성、췌취、강해급파유과정적강화작용궤리，병개소료미파재저사과정중적강화효과여응용진전。
The intensification of chemical engineering processes is the main way of energy saving and emission reduction in enterprises. There are several methods of intensificatio in chemical engineering processes. In this paper, the enhancement intensification by microwave in the processes of catalysis, synthesis, extraction, degradation and demulsification are briefly introduced. The intensification effect and application progress are also recommended.
