1. The model is able to match PSD measured in 200 mm CFB combustion of Utah oil shale 2. The model is able to predict the effect of changes in air rate and solids inventory on PSD and ash distribution 3. The model predictions will be compared to data collected from larger units to determine the model's suitability to be used for scale-up. 3.1 Presentation on Enefit Pilot Plant; Today 4:25pm, Petroleum Hall 4. The model will be compared to data collected from processing other oil shales. 5. The CFB attrition model will be combined with other equipment models including retort to create an integrated model of the Enefit process.
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机译：1.该模型能够匹配在犹他州油页岩的200 mm CFB燃烧中测得的PSD。2.该模型能够预测空气速率和固体存量变化对PSD和灰分分布的影响。3.将对模型预测进行比较从较大单位收集的数据，以确定模型的适用性以用于放大。 3.1在Enefit中试工厂上的演示;今天下午4:25，石油大厅4。该模型将与处理其他油页岩收集的数据进行比较。 5. CFB磨损模型将与包括脱水缸在内的其他设备模型结合使用，以创建Enefit过程的集成模型。
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