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首页> 外文会议>Citrus Engineering Conference >INDEPENDENT ASSESSMENT OF THE ENERGY SAVINGS, ENVIRONMENTAL IMPROVEMENTS AND WATER CONSERVATION OF EMERGING NON-CHEMICAL WATER TREATMENT TECHNOLOGIES
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INDEPENDENT ASSESSMENT OF THE ENERGY SAVINGS, ENVIRONMENTAL IMPROVEMENTS AND WATER CONSERVATION OF EMERGING NON-CHEMICAL WATER TREATMENT TECHNOLOGIES

机译：对新兴的非化学水处理技术的节能，环境改善和水资源进行独立评估

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摘要

This paper discusses the results of a project funded by the California Energy Commission Public Interest Energy Research (PIER) to complete an independent assessment of the energy savings, environmental improvements and water conservation capabilitiesof emerging non-chemical water treatment technologies. The project was completed by a team from California State University at Sacramento and included a technical review of the emerging technologies and a detailed assessment of the emerging non-chemicalwater treatment technology. Clearwater Systems, Corp. The research was focused on gathering information from industrial field customers who had purchased and installed these systems and had actual experience with their operational characteristics from several months to several years. The team completed a telephone survey with approximately 15 end user customers and made site visits to ten sites. Some limited independent water testing was also completed. The results of these phone surveys and site visits were consolidated and placed in an interim report. Even though only a small number of end user customers were actually surveyed or visited, the research indicated that several hundred systems have been successfully installed in California and throughout the United States. The emerging technologies provide nonchemical treatment for cooling tower and evaporative condenser system water. All the information collected and results derived from this effort will be made available to the public later this yearin the form of a PIER Technical Report. A Project Advisory Committee that included representatives from CalEPA, the Energy Commission PIER Program and local utilities supported this team. Disclaimer: This technical paper is a result of work sponsored bythe California Energy Commission and does not necessarily represent the views of the Energy Commission, its employees or the State of California. This technical paper has not been approved or disapproved by the California Energy Commission nor has the Energy Commission passed upon the accuracy or adequacy of the information in this technical paper.
机译：本文讨论了由加州能源委员会公共利益能源研究（码头）资助的项目的结果，以完成对新兴的非化学水处理技术的节能，环境改善和水资源保护能力的独立评估。该项目由萨克拉门托加州州立大学的一支团队完成，包括对新兴技术的技术审查以及对新兴的非化学水处理技术的详细评估。 Clearwater Systems，Corp.该研究专注于从购买和安装这些系统购买和安装这些系统的工业领域客户收集信息，并从几个月到几年的操作特征进行实际经验。该团队通过大约15个最终用户客户完成了一项电话调查，并将现场访问十个站点。一些有限的独立水测试也完成。这些电话调查和现场访问的结果综合并置于中期报告中。尽管只有少数最终用户的客户进行了实际调查或访问，但该研究表明，在加利福尼亚州和整个美国成功安装了数百个系统。新兴技术为冷却塔和蒸发冷凝器系统水提供非经济型处理。收集的所有信息和源于这项努力的结果将在帖子技术报告的形式上向公众提供给公众。一个项目咨询委员会，其中包括Calepa，能源委员会码头计划和当地公用事业的代表支持这支球队。免责声明：本文是加利福尼亚能源委员会赞助的工作，不一定代表能源委员会，雇员或加利福尼亚州的意见。本文尚未得到加州能源委员会的批准或不赞成的技术摘要，也没有能源委员会通过本技术论文中信息的准确性或充分性。

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