Internet Based Temperature Monitoring of In-Situ Thermal Soil Remediation

机译：基于Internet的地热土壤修复温度监测

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In-situ thermal remediation of soils requires high temperatures maintained at sufficient levels to volatilize chemical contaminants. An on-site data acquisition system is required to continuously monitor these temperatures for multiple sets of data points within the treatment zone. Accurate and reliable temperature readings must be immediately available to the remediation system operators at any location. An innovative, low-cost temperature monitoring system has been developed for this application. This system uses a subsurface array of digital temperature sensors to monitor thermal processes. Temperature data from the site is stored in redundant databases and immediately accessible via the internet. The system operators are able to respond to real-time data for optimal control of the remediation process.

机译：对土壤进行原位热修复需要将高温保持在足够的水平，以挥发化学污染物。需要一个现场数据采集系统来连续监测治疗区内多个数据点的温度。补救系统操作员在任何位置都必须立即获得准确而可靠的温度读数。针对此应用开发了创新的低成本温度监控系统。该系统使用数字温度传感器的地下阵列来监视热过程。来自现场的温度数据存储在冗余数据库中，并可以通过Internet立即访问。系统操作员能够响应实时数据，以对补救过程进行最佳控制。

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来源
《International Conference on Cybernetics and Information Technologies, Systems and Applications(CITSA2004) and 10th International Conference on Information Systems Analysis and Synthesis(ISAS2004) vol.3》|2004年|94-98|共5页
会议地点 OrlandoFL(US)
作者
Bruce C.W. McGEE; Eric RINGDAHL; Paul ABERLE; Neil CHEN;
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作者单位

McMillan-McGee Corp., 4450-46th Avenue SE Calgary, Alberta T2B 3N7, Canada;

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会议组织
原文格式 PDF
正文语种 eng
中图分类通信;
关键词
in-situ soil remediation; thermal process monitoring; dallas 1-wire protocol; internet and database technologies;

机译：原位土壤修复；热过程监控；达拉斯1-wire协议;互联网和数据库技术;

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8. Using Elevated Temperatures to Enhance In-situ Remediation in Low-PermeabilitySoils and Groundwater [R] . Heron, G. 1997

机译：利用高温来增强低渗透性土壤和地下水的原位修复

Internet Based Temperature Monitoring of In-Situ Thermal Soil Remediation

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