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首页> 外文期刊>Journal of Solid Waste Technology and Management >DEVELOPMENT OF A KNOWLEDGE-BASED SYSTEM FOR FOUNDRY WASTE RECYCLING
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DEVELOPMENT OF A KNOWLEDGE-BASED SYSTEM FOR FOUNDRY WASTE RECYCLING

机译：基于知识的废料回收系统的开发

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摘要

Knowledge-based systems, such as expert systems, provide a means of automating both foundry and environmental expertise. This approach may be further leveraged by implementing the expert system on the internet. This type of knowledge-based system can provide geographically wide distribution of specialized expertise in a consistent manner. The purpose of this research was to develop a prototype web-based expert system. The system considers the recycling potential of such foundry residuals as fly ash, steel slag, and non-ferrous slags for their potential use in road construction applications. This assessment considers Environmental Protection Agency regulations and standards for hazardous waste. In operation, users answer a series of screen prompts regarding the details of their specific industrial process. The software then leads the user through the process of systematically identifying constituent materials, identifying potential health or safety issues, and prescribing recommendations for their recycling.
机译：基于知识的系统（例如专家系统）提供了一种使铸造和环境专业知识自动化的方法。通过在互联网上实施专家系统，可以进一步利用此方法。这种基于知识的系统可以以一致的方式在地理上广泛分布专业知识。这项研究的目的是开发一个基于Web的原型专家系统。该系统考虑了粉煤灰，钢渣和有色金属渣等铸造残留物在道路建设中的潜在回收利用潜力。该评估考虑了环境保护局关于危险废物的法规和标准。在操作中，用户回答有关其特定工业过程细节的一系列屏幕提示。然后，该软件将引导用户完成系统地识别组成材料，识别潜在的健康或安全问题以及为回收再利用开出建议的过程。

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