甘蔗糖业
甘蔗糖業
감자당업
SUGARCANE AND CANESUGAR
2014年
3期
24-30
,共7页
林荣珍%刘和清%杨宇格%廖孙启%杨汉珉%马步%唐震
林榮珍%劉和清%楊宇格%廖孫啟%楊漢珉%馬步%唐震
림영진%류화청%양우격%료손계%양한민%마보%당진
甘蔗制糖%低硫低磷%澄清工艺%敏感性分析%重力纯度差%脱色率%除浊率
甘蔗製糖%低硫低燐%澄清工藝%敏感性分析%重力純度差%脫色率%除濁率
감자제당%저류저린%징청공예%민감성분석%중력순도차%탈색솔%제탁솔
Sugarcane manufacture%Low dosage of sulfur and phosphoric acid%Clarification process%Artificial neural network%Clarified juice and mixed juice%Decolorizationg rate%Remove rate of turbidity
本文提出了一种低硫低磷甘蔗制糖澄清新工艺,该工艺过程使用聚二甲基二烯丙基氯化铵、重硫氧、聚磷硅酸锌对甘蔗混合汁进行澄清脱色。讨论了不同工艺条件对甘蔗混合汁重力纯度差、脱色率和除浊率的影响。通过人工神经网络敏感性分析,获得新工艺优化条件为:预灰pH 6.3±0.1;聚二甲基二烯丙基氯化铵用量7 mL/L(配制浓度2%);重硫氧用量1.1 g/L;聚磷硅酸锌用量3.0 mL/L(配制浓度10%);聚丙烯酰胺用量2.5 mg/L;中和pH 8.3;一次加热温度65±5℃;二次加热温度100±2℃。结果表明,低硫低磷甘蔗制糖澄清新工艺优于传统制糖工艺。
本文提齣瞭一種低硫低燐甘蔗製糖澄清新工藝,該工藝過程使用聚二甲基二烯丙基氯化銨、重硫氧、聚燐硅痠鋅對甘蔗混閤汁進行澄清脫色。討論瞭不同工藝條件對甘蔗混閤汁重力純度差、脫色率和除濁率的影響。通過人工神經網絡敏感性分析,穫得新工藝優化條件為:預灰pH 6.3±0.1;聚二甲基二烯丙基氯化銨用量7 mL/L(配製濃度2%);重硫氧用量1.1 g/L;聚燐硅痠鋅用量3.0 mL/L(配製濃度10%);聚丙烯酰胺用量2.5 mg/L;中和pH 8.3;一次加熱溫度65±5℃;二次加熱溫度100±2℃。結果錶明,低硫低燐甘蔗製糖澄清新工藝優于傳統製糖工藝。
본문제출료일충저류저린감자제당징청신공예,해공예과정사용취이갑기이희병기록화안、중류양、취린규산자대감자혼합즙진행징청탈색。토론료불동공예조건대감자혼합즙중력순도차、탈색솔화제탁솔적영향。통과인공신경망락민감성분석,획득신공예우화조건위:예회pH 6.3±0.1;취이갑기이희병기록화안용량7 mL/L(배제농도2%);중류양용량1.1 g/L;취린규산자용량3.0 mL/L(배제농도10%);취병희선알용량2.5 mg/L;중화pH 8.3;일차가열온도65±5℃;이차가열온도100±2℃。결과표명,저류저린감자제당징청신공예우우전통제당공예。
A new sugar cane juice clarification technology with low dosage of sulfur and phosphoric acid was presented in this paper. Mixed juice was clarified by using poly dimethyl diallyl ammonium chloride, sodium metabisulfite (Na2S2O5), and phosphorus zinc silicate (PSAZP). Difference gravity purity between clarified juice and mixed juice, decolorization rate and removal rate of turbidity were discussed under different process conditions. The process conditions was optimized using sensitivity analysis of artificial neural network as followed: preliming pH value 6.3±0.1; PDMDAAC dosage 7 mL/L (concentration 2%); Na2S2O5 dosage 1.1 g/L;PSAZP (concentration 10%) dosage 3.0 mL/L;PAM dosage 2.5 mg/L;neutralization pH value 8.3;mixed juice heating temperature 65±5℃;neutralization juice heating temperature 100±2℃. The results showed that the new technology clarification was superior to traditional clarifications.