Catalytic Air Cleaner

双螺旋反应器/加热器的可行性 交换器显示在第一阶段。 第二阶段研究包括 三项主要任务：设计和建造一个螺旋反应堆， 与商业模式非常相似。 2.以确定其 性能 3.为了建立一个改进的数学模型， 反应堆。 任务1的目的是使螺旋反应器 密封性、热密封性和最小重量。 任务2将 包括温度和热传递测量 系数 任务3中的改进模型将用于 计算商业反应堆的尺寸， 流量和热输入。 第二阶段的目标是： 1.一种制造双螺旋反应器的方法， 对费用的估计。 2.一种改进的数学模型。 3.实验数据证实了模型。 第二阶段SBIR研究将为技术 一种用于清洁污染空气的装置， 有限的工作和生活空间。 净化是为了 而这一次的高潮，更是让她达到了绝顶的高潮。 设备是达到所需的温度水平 而不会导致有限空间的不可忍受的加热， 空气需要净化。 第一阶段的工作表明， 温度水平可以达到。 第二阶段必须处理 热损失问题以及制造 设备.

The feasibility of the double spiral reactor/heat exchanger was shown in Phase I. Phase II research comprises three main tasks: 1. To design and build a spiral reactor that closely resembles the commercial model. 2. To determine its performance. 3. To develop an improved mathematical model of the reactor. The aim of Task 1 is to make the spiral reactor leak tight, heat tight, and of minimum weight. Task 2 will include measurements of temperature and heat transfer coefficients. The improved model from Task 3 will be used to calculate the dimensions of a commercial reactor for any given flowrate and heat input. The goals in Phase II are to produce: 1. A procedure for manufacturing the double spiral reactor and an estimate of the cost. 2. An improved mathematical model. 3. Experimental data to confirm the model. This Phase II SBIR research is to bring to technical commercialization a device for cleaning contaminated air in confined working and living spaces. The decontamination is to be accomplished by incineration, and the novel feature of the device is the attainment of the requisite temperature level without causing intolerable heating of the confined space whose air is to be cleaned. The Phase I work demonstrated that the temperature level could be attained. Phase II must deal with the heat loss issue as well as with the manufacturing of the device.