通过对酒精废液的回用作理论探讨，建立数学模型。
The mathematical model of thin stillage recycling was established by discussing relative theories.
认为核方案可供沿海地区含高钾盐酒精废液的酒精厂采用。
The process can be used in the alcohol plants near the coast, where alcohol stillage used to contain high potassium content.
用絮凝法处理离心分离后的酒精废液，悬浮物除去率为86。
Treating the thin stillage of centrifugalization with flocculation, the removing rates of suspended solids could be 86.
糖蜜酒精废液是数量大而且处理难度也较高的高浓度工业有机废液。
Waste Liquid from sugarcane molasses alcoholic ferment is a high concentration organic waste, which is high in quantity and hard to disposal.
提出了从酒精废液提取甘油的流程，并着重论述了它的经济可行性。
A process of recovering glycerol from distillery stillage is proposed, with discussion on its economical feasibility.
提出了一个处理高钾盐酒精废液的先降解后浓缩与热循环的流程方案。
A processing scheme of treating high potassium alcohol stillage by anaerobic digestion followed by concentration in accordance with heat energy saving is proposed.
采用石灰乳中和糖蜜酒精废液，对中和后的废液的絮凝处理进行了研究。
In this paper, the flocculation treatment of molasses alcohol wastewater, which has been neutralized by milk of lime, is studied.
利用臭氧氧化法处理糖蜜酒精废液，碱性条件下其反应机理属于自由基型反应。
The experiment was carried on the waste liquid of molasses alcohol by the way of ozone oxidation and found out that reaction mechanism was free radical reaction under alkaline condition.
在此基础上，探讨了固-液分离效率和滤液固形物含量对酒精废液回用的影响。
Then, the influence upon the thin stillage recycling utilization by the efficiency of the solid-liquid separation and the concentration of solid phase of thin stillage were approached.
用板式降膜蒸发器蒸发浓缩酒精废液的方法；经生产实践证明，已取得初步成功。
The method that alcohol waste is concentrated in falling film plate evaporator, is proved to be successful in practice.
以芦丁为标准物质，用分光光度法测定了甘蔗糖蜜酒精废液中黄酮类化合物的含量。
The content of flavonoids in waste liquid of alcohol production from sugarcane molasses was determined by spectrophotometry using rutin as standard substance.
日本主要将糖蜜酒精废液中的有机成分转变为腐植酸，制成含50%以上有机质的肥料。
In Japan, the organic components of waste solution of molasses alcohol were transformed into humic acid and further pro-duced into fertilizer containing over50%organic substance.
该法用于糖蜜酒精废液中有机酸的测定，结果令人满意，9种有机酸的样品加标回收率均在93%以上。
The recoveries of acid standards were above 93%. The method can be applied to(determine) the organic acids in cane vinasse with satisfactory results.
本研究开发了一种新的工艺技术方法，采用改良型UASB反应器高效稳定地处理甘薯酒精废液获得成功。
A new process, that distillery wastewater from sweet potato was treated high efficiently and stably by an improved UASB reactor, was studied.
将糖蜜酒精废液治理技术分为废液浓缩焚烧、浓缩生产产品、生化处理法、锅炉烟气处理法、资源化利用等五大类。
Today, treatment techniques for waste slurry of molasses alcohol included irrigation and drainage, concentration and burn up, bio-oxidation, active humic acid etc.
试验研究了糖蜜酒精废液处理过程中培养基、培养温度及废液中COD、BOD5、TOC浓度等因素对微生物量的影响。
The effects on biomass including culture medium, temperature, COD, BOD5 and TOC during treating molasses and alcohol wastewater were studied.
实验结果表明，有机膨润土对糖蜜酒精废液的脱色率比钠化膨润土高，可达到89.6%，而钠化膨润土对糖蜜酒精废液的脱色率仅有41.3%。
The experiment results show that the decoloring ratio of molasses alcohol wastewater by organobentonite is greater than Na-bentonite, the former can reach 89.6% and the latter only 41.3%.
应用甘蔗糖厂的固体废物蔗渣、炉渣、烟灰、滤泥和高浓度糖蜜酒精废液，采用堆肥发酵的方法，进行了利用生物热能蒸发处理糖蜜酒精废液的实验。
The filter sludge, bagasse, chimney ashes, slag and alcohol waste liquid were used for compost test. The compost bioenergy was applied to evaporate the waste liquid.
酒精发酵过程中，适当调整它的工艺条件，可将其废液的甘油含量进一步提高。
Through adjustment on the processing conditions of the alcohol fermentation, will increase the glycerol content in the stillage considerably.
蒸馏废液全循环工艺，解决了发酵法酒精生产中的污染问题，实现了发酵法酒精清洁生产。
The distillery waste fully recycling technique completely solved environmental pollution in ethanol fermentation, and the cleaner production of ethanol was realized.
自絮凝颗粒酵母体系不仅可以用于搅拌式反应器，还可以直接使用循环废液进行连续酒精的发酵。
In conclusion, such self-flocculating yeast technology could be used not only for CSTR but also for direct use of recycle effluent broth for continuous ethanol fermentation.
自絮凝颗粒酵母体系不仅可以用于搅拌式反应器，还可以直接使用循环废液进行连续酒精的发酵。
In conclusion, such self-flocculating yeast technology could be used not only for CSTR but also for direct use of recycle effluent broth for continuous ethanol fermentation.
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