课题基金 / 基金详情

IRES: US-South Africa Collaboration on Sustainable Sanitation and Energy and Resource Recovery from Wastewater

IRES: US-South Africa Collaboration on Sustainable Sanitation and Energy and Resource Recovery from Wastewater
IRES:美国-南非在可持续卫生和废水能源及资源回收方面的合作
批准号:
1358216
负责人:
Natalie Mladenov
金额:
$24.93万
依托单位:
依托单位国家:
美国
项目类别:
Standard Grant
财政年份:
2014
资助国家:
美国
项目状态:
已结题
起止时间:
2014-08-01 至 2014-10-31

项目摘要

项目成果

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中文摘要
翻译
技术描述随着全球人口的增长以及全球城市和沿海地区的快速增长,提供清洁水是一项重大挑战,特别是在基本卫生需求得不到满足的情况下。缺水、卫生条件差和经济差距往往是世界各地许多人口密集的城市地区的特点。毫无疑问,需要有新的解决办法来改善服务不足人口的清洁用水和基本卫生设施。此外,回收能源和资源以实现净零影响的解决方案有可能极大地改变应对水资源短缺以及能源和粮食安全的社区,因此,需要提高对分散式废水系统技术(DEWATS)的基本知识,以实现净零能源和资源使用。关于应对人口密集的城市和城市周边发展中社区挑战的可持续水资源预警系统解决方案的研究,是提供环境卫生和利用资源解决方案的一种新方法。IRES的学生将有助于对各种正在进行的夸祖鲁-纳塔尔大学(UKZN)关于废水处理和资源和能源回收的生物和物理化学过程项目的基础研究。这个IRES项目旨在为美国学生提供一个变革性的科学和文化体验,这将促进南非社区全面实施ABR和其他DEWATS处理过程的基本知识。这个项目是一个独特的机会,十五名美国学生访问UKZN在德班,南非,在那里他们将进行广泛的环境工程相关的资源和能源从废水中回收,废水处理的新观点,可持续卫生的课题基础研究。环境科学与工程本科生和研究生将与UKZN的污染研究小组一起从事水,能源和食品关系的新研究,同时还将获得与环境科学家和工程师高度相关的丰富国际经验。这种研究经验将使高水平的本科生具备过渡到研究生院所需的研究技能,并加强研究生参与者的研究和指导技能。美国学生群体将来自美国两个截然不同的地区,一个是加州?一个是人口稠密的城市走廊,另一个是人口稀少的堪萨斯农村。他们将从堪萨斯州立大学和位于波莫纳的西班牙裔服务的加州州立理工大学的环境科学和工程专业代表性不足的群体中招募。为期一周的定向计划旨在促进团队建设,文化敏感性,并为学生进行国际合作研究做好充分准备。作为该项目评估的一部分,并为了从队列到队列的知识转移,将向随后的队列传播退出调查、研究视频和学生看法。参与者将在德班的最后一周在UKZN展示他们的研究。返回美国后,他们将有机会在当地和区域研究研讨会和会议上发表演讲。IRES参与者还将通过课后计划向K-12机构展示视频和研究成果。
英文摘要
Technical Description With the rise in global population and rapid growth of urban and coastal areas worldwide, providing clean water is a major challenge particularly when basic sanitation needs are not met. Water scarcity, poor sanitation, and economic disparity tend to characterize many densely populated urban areas throughout the world. There is no doubt that new solutions are needed to improve the availability of clean water and basic sanitation for underserved populations. Moreover, solutions that also recover energy and resources for net-zero impact have the potential to dramatically change communities dealing with water scarcity, and energy and food security.Consequently, there is a need to improve fundamental knowledge on decentralized wastewater systems technologies (DEWATS) that lead to net-zero energy and resource use. Research on sustainable DEWATS solutions that address the challenges of densely populated urban and peri-urban developing communities is a novel approach for providing solutions to sanitation and harnessing resources. IRES students will contribute to fundamental research on various ongoing University of KwaZulu-Natal (UKZN) projects on the biological and physico-chemical processes in wastewater treatment and resource and energy recovery. This IRES project aims to be a transformative scientific and cultural experience for US students that will advance fundamental knowledge of ABR and other DEWATS treatment processes implemented at the full-scale in South African communities. Broader Description This project is a unique opportunity for fifteen US students to visit the UKZN in Durban, South Africa, where they will conduct fundamental research on a wide range of environmental engineering topics related to resource and energy recovery from wastewater, new perspectives on wastewater treatment, and sustainable sanitation. Environmental science and engineering undergraduate and graduate students will be working on novel research at the nexus of water, energy, and food with the Pollution Research Group at UKZN, while also obtaining an enriching international experience on topics highly relevant for environmental scientists and engineers. This research experience will equip upper-level undergraduates with research skills needed to transition to graduate school and strengthen the research and mentoring skills of graduate student participants. The US student cohorts will be drawn from two contrasting regions of the U.S., one being California?s densely populated urban corridor and the other, sparsely populated rural Kansas. They will be recruited from groups underrepresented in environmental science and engineering at Kansas State University and the Hispanic-serving California State Poly-technical University in Pomona. The week-long orientation program is designed to promote team building, cultural sensitivity, and adequate preparation for students to conduct collaborative research internationally. As part of the evaluation of this project and for knowledge transfer from cohort-to-cohort, exit surveys, videos of the research, and student perceptions will be disseminated to subsequent cohorts. Participants will present their research at UKZN during the final week in Durban. Upon return to the U.S. they will have the opportunity to make presentations at local and regional research symposia and conferences. IRES participants will also present videos and research findings to K-12 institutions via after-school programs.
期刊论文(0)
专著(0)
科研奖励(0)
会议论文
Sunlight and tire wear particles - a toxic combination? Evaluating mechanisms for mobilization and degradation of tire particle compounds
WERF: Enhanced evaluation of the removal of contaminants of emerging concern in decentralized water reuse systems by non-targeted analysis
RAPID: Toward anIimproved Understanding of Reactive Organic Carbon Sources and Arsenic Mobility in Reducing Aquifers
IRES: US-South Africa Collaboration on Sustainable Sanitation and Energy and Resource Recovery from Wastewater
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