Collaborative Research: I/UCRC-Membrane Science, Engineering and Technology Center

I/UCRC膜科学，工程和技术（MSET）中心1034710新泽西理工学院（NJIT）; Sirkar 1034720科罗拉多大学博尔德分校（UC-B）;格林伯格膜科学，工程和技术复合材料中心将专注于膜研究，创新和教育能力，远远超过任何一所大学单独工作。这种技能和专业知识的协同组合为NJIT和NJIT之间的新伙伴关系提供了令人信服的理由。（牵头机构）和UC-B作为研究伙伴拟议的研究计划涉及新型膜材料（对于更广泛的应用，水的脱盐），控制孔径分布以提高选择性和性能，膜上的蛋白质污染，颗粒分类（即分馏）、增强剪切力以减少膜污染等。膜之于分离，犹如催化剂之于化学反应.膜使分离更容易和更经济（在某些情况下，可能）。合作者UC-Boulder和NJIT在分离和膜技术方面一直进行着高质量的研究。这两所大学拥有充足的资源、基础设施和合格的调查人员。拟议的研究项目是创新的，但更重要的是，这些项目有潜力发展和开发重要的技术。领导团队在运营中心方面具有丰富的经验。这个中心对社会最重要的影响可能是研究，教育和工业之间的刺激。该中心提出的研究有可能影响能源和淡水供应等重大社会问题。虽然很明显，在研究环境中以大学为基础的教学/培训是拟议的中心活动和目标的首要任务，但其强大计划的关键因素是，培训是通过在膜科学，分离过程和工程设计的快速发展的跨学科制度中的先进研究获得的。PI计划通过各种机制进行非常广泛但仍有适当针对性的传播，包括通常的出版物以及网络研讨会，审查会议，与公司和行业社区的直接联系。

I/UCRC for Membrane Science, Engineering and Technology (MSET) Center 1034710 New Jersey Institute of Technology (NJIT); Sirkar 1034720 University of Colorado at Boulder (UC-B); Greenberg The Center for Membrane Science, Engineering and Technology Composites will focus on membrane research, innovation, and educational capabilities that far exceed those of either university working alone. This synergistic combination of skills and expertise provides a a compelling rationale for a new partnership between NJIT (lead institution) and UC-B as the research partnerThe proposed research plan addresses novel membrane materials (for wider applications, desalination of water), control of pore size distributions to improve selectivity and performance, protein fouling on membranes, particle classification (ie, fractionation), enhancement of shear forces to reduce membrane fouling, and others. Membranes are to separations as catalysts are to chemical reactions. The membranes make separations easier and more economical (in some cases, possible). The collaborators, UC-Boulder and NJIT, have historically produced quality research in separations and membrane technology. The two universities have sufficient resources, infrastructure, and well-qualified investigators. The proposed research projects are innovative, but more important, the projects have potential to evolve and develop significant technologies. The leadership team has substantial experience in running centers. The most significant impact of this center on society may be the stimulation that will result between research, education, and industry. The research proposed by the center has potential to impact major societal issues including energy and fresh water supplies. While it is obvious that university-based teaching/training in research environments is the first priority of the proposed Center activities and goals, the key ingredient to their strong program is that the training is gained through advancement research in the rapidly-evolving cross-disciplinary regime of membrane science, separation processes and engineering design. The PIs plan for a very broad and yet still appropriately targeted dissemination through a variety of mechanisms including the usual publications as well as webinars, review meetings, direct connections to companies and industry communities.