Optimum Industrial Complexing, Fertilizer-Cement Plants, Indo-U.S. Collaborative Project, Award in U.S. and Indian Currencies

9408275 Veziroglu 描述：该项目支持由 T.N. 博士领导的美国团队之间的研究合作。迈阿密大学的 Veziroglu 和 Nelson Nemerow 博士，以及由 P. Khanna 博士领导的位于印度那格浦尔的印度国家环境工程研究所 (NEERI) 的团队。 该研究的目的是确定在一个地点的环境平衡工业综合体中定位、建造和运营一个由磷肥和水泥厂组成的双工业综合体的可行性。 将根据获得的数据开发分析模型，以便在项目第一阶段为肥料-水泥厂综合体产生最佳质量平衡，并将建造实验室台原型以在第二阶段测试建模结果。 重点是将各种参数与这两种材料的生产的具有成本效益、减少浪费且环境满意的模型联系起来。 范围：该项目涉及一个简单且有吸引力的想法，但尚未实施。 原因是未知变量的存在及其对程序的可行性和效率的影响。 在这项涉及工业问题的美国专家和印度环境工程专家参与的研究中，预计将定义这些变量及其影响。该信息应有助于选择最佳的实施条件。 该项目将受益于美国和印度的资源互补，两国都可能从中受益。 ***

9408275 Veziroglu Description: This project supports research collaboration between a U.S. team headed by Dr. T.N. Veziroglu and Dr. Nelson Nemerow, of the U. of Miami, and a team from the Indian National Environmental Engineering Research Institute (NEERI) in Nagpur, India, headed by Dr. P. Khanna. The objective of the research is to determine the feasibility of locating, building and operating a two-industry complex, consisting of a phosphate fertilizer and a cement plant, within an environmentally balanced industrial complex at one site. An analytical model will be developed from data obtained to produce an optimum mass balance for the fertilizer-cement plants complex during the first phase of the project, and laboratory bench prototypes will be built to test the modeling results during the second phase. The focus will be on relating the various parameters to a cost-effective, waste-reducing, and environmentally satisfactory model for the production of these two materials. Scope: This project deals with an idea that is simple and also attractive, but which has not been implemented yet. The reason is the existence of unknown variables and their impact on the viability and efficiency of the procedure. In this research, involving experts from the U.S. with industrial concerns and environmental engineering specialists from India, it is expected that these variables and their impacts will be defined. This information should lead to the selection of optimum conditions for implementation. The project will benefit from the complementary resources in the U.S. and India, and the benefits are likely to accrue to the two countries. ***