- Lab scale HPLC에서 유속, 이동상등을 변경하여 실험 - semi-Prep에서 유속, 이동상 등을 변경하며 실험 - Large scale에서 적당한 충진물을 확인하기 위해 비교실험 진행 - Prep에서 부하량을 변경하며 실험 - Pilot scale에서 부하량을 변경하며 실험 JP규격에 맞는지 확인하기 위해 JP규격시험 시행 성상, 확인시험, 굴절률, 비중, 산가, 비누화값, 요오드값, 중금속, 비소, 유사물질, 과산화물가, 강열잔분을 측정 PCB와 Dioxin을 제거하기 위해 증류
- Lab scale HPLC에서 유속, 이동상등을 변경하여 실험 - semi-Prep에서 유속, 이동상 등을 변경하며 실험 - Large scale에서 적당한 충진물을 확인하기 위해 비교실험 진행 - Prep에서 부하량을 변경하며 실험 - Pilot scale에서 부하량을 변경하며 실험 JP규격에 맞는지 확인하기 위해 JP규격시험 시행 성상, 확인시험, 굴절률, 비중, 산가, 비누화값, 요오드값, 중금속, 비소, 유사물질, 과산화물가, 강열잔분을 측정 PCB와 Dioxin을 제거하기 위해 증류조건을 변경하며 실험 PCB와 Dioxin을 제거하기 위해 흡착제를 변경하며 실험
Abstract▼
Concentration of esterified fish oil increase to a certain level by distillation and develop a ultra-high purity by chromatography. Chromatography is widely generalized in chemical, food, pesticides, pharmaceuticals, etc. in recent years. We developed technique EPA enriched to 97.5% through a chr
Concentration of esterified fish oil increase to a certain level by distillation and develop a ultra-high purity by chromatography. Chromatography is widely generalized in chemical, food, pesticides, pharmaceuticals, etc. in recent years. We developed technique EPA enriched to 97.5% through a chromatography. The completed sample was confirmed tlu·ough a suitable test for each specification of JP. PCB and Dioxin is very nonpolar, and has highly cohesive strong with Fish oil which is raw material of EPA PCR and Dioxin is accumulate in the fat of marine organisms and can be transferred to higher organisms. So we removed PCB & Dioxin by distillation from fish oil by adding supplement agent which has intimacy with PCB, Dioxin. And we processed refining by absorbent which has different adsorption for each PCR and Dioxin for maximize the removal efficiency from optimized adsorbent composition.
※ AI-Helper는 부적절한 답변을 할 수 있습니다.