G20龙头企业培育—中药浓缩及挥发油提取关键技术研究

项目来源

北(略)技(略)

项目主持人

解(略)

项目受资助机构

北(略)堂(略)限(略)

项目编号

Z(略)1(略)0(略)5(略)

立项年度

2(略)

立项时间

未(略)

研究期限

未(略) (略)

项目级别

省(略)

受资助金额

9(略)0(略)

学科

未(略)

学科代码

未(略)

基金类别

其(略)

关键词

中(略) (略);(略)R(略)挥(略);(略)技(略) (略)d(略)o(略) (略)h(略)s(略) (略)i(略)e(略)C(略)e(略)a(略)n(略)V(略)t(略) (略)i(略) (略) (略)e(略)o(略)y

参与者

刘(略)

参与机构

北(略)堂(略)展(略)限(略)

项目标书摘要:中药(略)缩加工能耗高、挥发(略)行业面临的两个主要(略)两大难题,本课题利(略)适应中药特点的新型(略)型中药挥发油提取技(略)产成本,节约能源和(略),提高生产效率和自(略)     本课题主(略)新型MVR节能浓缩(略)取技术的开发研究,(略)备进行更新和改造,(略)前后的提取能耗和质(略)   在浓缩节能技(略)适应中药特点的MV(略),解决了中药提取液(略)粘性问题、结垢问题(略)清洗问题等6大问题(略)的节能浓缩工艺中试(略)、质量等技术指标比(略)R节能浓缩设备浓缩(略)大减少蒸汽用量,节(略)比品种的质量指标无(略)产浓缩设备的更新与(略),并实现了浓缩节能(略)二氧化碳等污染物排(略)  在挥发油提取技(略)新型中药挥发油提取(略)提取罐、管阀、保温(略)进行了技术改造;完(略)发油提取中试及大生(略)提取率等比较研究,(略)取设备提油率均可达(略)以上;完成了5台套(略)更新与改造,实现了(略)高挥发油提取率和药(略)、降低生产成本和保(略)      本课题(略)新型MVR浓缩节能(略)取技术,降低了中药(略)减少了污染物排放,(略)挥发油产品的一次生(略)境污染、实现绿色生(略)稳定的目标,为中药(略)。

Applicati(略): The pro(略)gh energy(略)n in the (略)extractio(略)ntration (略)raction r(略)tile oil (略)mon techn(略)ms in tra(略)inese med(略)try.In or(略)e the two(略)he resear(略)ew MVR en(略) concentr(略)ology and(略)traction (略)of the vo(略)of tradit(略)se medici(略)eloped by(略)nced scie(略)hnology,s(略)uce the p(略)osts,save(略) and prot(略)ment,ensu(略)uct quali(略)productio(略)y and aut(略)el.      (略)ct mainly(略)t the stu(略) MVR ener(略)oncentrat(略)ogy and a(略)tion tech(略)olatile o(略)ditional (略)icine.The(略)roduction(略) were ren(略)novated.T(略)onsumptio(略)ty index (略)t types o(略)were comp(略) and afte(略)ion.     (略)esearch o(略)ting ener(略)echnology(略)t complet(略)arch and (略) of MVR e(略)g concent(略)nology wh(略) to the c(略)ics of tr(略)hinese me(略)problems (略)stickines(略)vaporatio(略)pment lay(略)aning in (略) of conce(略)re solved(略)scale tes(略) scale pr(略)rificatio(略) saving c(略)n process(略)ds of tra(略)inese med(略)een compl(略)ergy cons(略) quality (略) been com(略)esults sh(略)VR energy(略)ichment e(略)uld great(略)the steam(略)n,saved e(略)rotected (略)ment.At t(略)e,there w(略)erences i(略)ty index (略)arison pr(略)renovatio(略)formation(略)of large (略)ction enr(略)ipment ha(略)leted,and(略)rial appl(略) been rea(略)argets of(略)ing over (略)yuan and (略)duction o(略)oxide and(略)utants ha(略)eved.    (略)research (略) oil extr(略)nology,th(略)and devel(略)ew volati(略)action te(略) traditio(略) medicine(略)ted,and t(略)t of extr(略),pipe val(略)servation(略)oil-water(略)and so on(略)ved.The c(略)studies o(略)ction of (略)l from 10(略)raditiona(略)edicine w(略) out.The (略)wed that (略)ion rate (略) oil by t(略)action eq(略)ld reache(略) 60%of th(略)aboratory(略)equipment(略)ting vola(略) large sc(略)ion had b(略)d and ren(略)the indus(略)cation ha(略)ized The (略)f improvi(略)action ra(略)ile oil a(略)ization r(略)cinal mat(略)cing the (略)time,redu(略)oduction (略)nsuring t(略)of drugs (略)ed.      (略)he develo(略)new MVR c(略)n energy (略)nology an(略)raction t(略)f volatil(略)tradition(略)medicine,(略)consumpti(略)utant emi(略)e product(略)itional C(略)cine were(略)e extract(略) volatile(略)e qualifi(略)primary p(略)f product(略)g volatil(略)increased(略)t had ach(略)oal of re(略)ronmental(略)realizing(略)uction,en(略)product q(略)the stabl(略)ve effect(略)ayed a de(略) and driv(略)r Chinese(略)ndustry.

项目受资助省

北(略)

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