甘蔗糖业
甘蔗糖業
감자당업
SUGARCANE AND CANESUGAR
2015年
4期
40-45
,共6页
烟道气%饱充%石灰乳%碳酸钙
煙道氣%飽充%石灰乳%碳痠鈣
연도기%포충%석회유%탄산개
Flue gas%Carbonation%Milk of lime%Calcium carbonate
利用FBRM、SEM和XRD等仪器观察和分析烟道气饱充石灰乳过程，结果表明：饱充生成颗粒弦长范围为＜55μm的方解石型的碳酸钙，碳酸钙颗粒形状主要为分叉钟乳石。研究结果可为实现制糖产业的绿色加工和节能减排提供理论和技术依据。
利用FBRM、SEM和XRD等儀器觀察和分析煙道氣飽充石灰乳過程，結果錶明：飽充生成顆粒絃長範圍為＜55μm的方解石型的碳痠鈣，碳痠鈣顆粒形狀主要為分扠鐘乳石。研究結果可為實現製糖產業的綠色加工和節能減排提供理論和技術依據。
이용FBRM、SEM화XRD등의기관찰화분석연도기포충석회유과정，결과표명：포충생성과립현장범위위＜55μm적방해석형적탄산개，탄산개과립형상주요위분차종유석。연구결과가위실현제당산업적록색가공화절능감배제공이론화기술의거。
The carbonation process in the milk of lime using the flue gas was investigated by Focused Beam Reflectance Measurement (FBRM), Scanning Electron Microscope (SEM) and X-Ray Diffraction (XRD). The experimental results showed that the chord length range of the calcite was <55 μm and the morphology was bifurcation stalactite, which made foundation for practical application on green processing and energy savings of sugar industry in the future.
