首页> 外文会议>Sugar Processing Research Conference; 20020310-20020313; New Orleans,LA; US >OPTIMIZATION OF BEET SUGAR PRODUCTION BY CAMPAIGN DURATION: EVOLUTION OF THE INDUSTRIAL-TECHNOLOGICAL BEET VALUE OVER 200 DAYS IN NORTHERN SPAIN
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OPTIMIZATION OF BEET SUGAR PRODUCTION BY CAMPAIGN DURATION: EVOLUTION OF THE INDUSTRIAL-TECHNOLOGICAL BEET VALUE OVER 200 DAYS IN NORTHERN SPAIN

机译:通过活动持续时间优化甜菜糖生产:西班牙北部200天内工业技术甜菜价值的演变

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As more benchmarking is done in w-rld wide sugar production, the more important becomes the annual exploitation time in order to reduce the fixed costs and the financial capital expenses. The campaign duration is therefore becoming one of the most important competitivity criteria. As sugar beet is a living vegetable raw material, we are obliged to consider the relatively short shelflife of the beets fixing the adequate campaign beginning and duration. Different ways to store the harvested beets at cold temperature, above and below the freezing point, are especially well known in the US. The climatic conditions oblige harvest of the beets before the outside temperature drops. The question is what will happen when the weather allows us to leave the beets in the ground. In this case, the plant growing cycle is not interrupted. This present R&D project is based on about 60,000 beet and juice samples, which were analyzed for industrial economical criteria. The project target was to check the feasibility of a new harvesting logistic, as the northern Spanish sugar beet area (80% of the total national sugar production) presents very special climatic conditions which could potentially allow to leave the beets into the ground for more than 180 days. Conclusions are presented, as well as new project activities suggested.
机译:随着世界范围的宽糖生产中进行更多的基准测试,为了减少固定成本和财务资本支出,每年的开采时间变得越来越重要。因此,竞选持续时间已成为最重要的竞争力标准之一。由于甜菜是一种活的蔬菜原料,因此我们不得不考虑甜菜的相对较短的货架期,以确保足够的运动开始和持续时间。在美国,尤其是在低温下(高于和低于冰点)储存甜菜的不同方法。气候条件迫使甜菜在外界温度下降之前收获。问题是当天气允许我们将甜菜留在地下时会发生什么。在这种情况下,植物的生长周期不会中断。当前的研发项目基于大约60,000个甜菜和果汁样品,并根据工业经济标准进行了分析。该项目的目标是检查新的收获物流的可行性,因为西班牙北部甜菜面积(占全国糖总产量的80%)呈现出非常特殊的气候条件,可能使甜菜留在地下的时间超过180天介绍了结论,并提出了新的项目活动。

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