Syngas test bed feasibility study

Elementa Group是一家加拿大公司，总部位于尼亚加拉湖畔，并在圣路易斯市设有试点工厂。玛丽。该公司正在开发合成气生产领域的废物转化为燃料技术。该公司一直专注于将城市固体废物（MSW）转化为合成气，这将是第一个推向市场的技术。然而，也有一些有前途的原料也可以通过Elementa技术转化为合成气。位于苏圣玛丽的试验工厂规模相对较大，并完全致力于优化城市生活垃圾转化的条件。与多伦多大学建立一种关系，探讨是否可以建立一个研究计划，以便在基础水平上研究合成气的形成，然后在试点工厂设施对其结果进行测试和验证，这将是有利的。关键目标是确定多伦多大学贾教授的团队是否可以通过实验模拟Elementa中试工厂使用的合成气形成条件，并产生类似的合成气产品。如果这个项目成功，那么将与大学建立一个合作研究计划，以推进Elementa的目标，即推进其技术以接受各种原料，从而进入各种新的市场机会。多伦多化学工程系有一个实验室回转窑，它将成为测试的平台。该装置将被修改为接受无氧惰性气体进料和产品气体捕获系统。温度和固体停留时间可以设置与设备，并可以调整，以配合中试工厂的条件。试验设施的操作条件和实验结果将保密地提供给

Elementa Group is a Canadian company with head office in Niagara-on-the-Lake and pilot plant in Sault Ste. Marie. The company is developing its waste-to-fuel technology which is in the Syngas production field. The Company has focused its attention on conversion of Municipal Solid Waste (MSW) to syngas and this will be the first technology to market. There are however, a number of promising feedstocks that should also be convertible to syngas using the Elementa technology. The pilot plant in Sault Ste Marie is relatively large scale and fully committed to optimizing conditions for MSW conversion. It would be advantageous to establish a relationship with the University of Toronto to explore whether a research program could be established that would allow syngas formation to be studied at a fundamental level the results of which could then be tested and validated at the pilot plant facility. The key objective is to determine whether Professor Jia's group in the University of Toronto can experimentally simulate syngas formation conditions used by the Elementa pilot plant and generate a similar syngas product. If this project is successful, then a collaborative research program will be established with the University to advance Elementa's goal of advancing its technology to accept a variety of feedstocks and hence entering a variety of new market opportunities. The Chemical Engineering Department at Toronto has a laboratory rotary kiln which will be the platform for the tests. The apparatus will be modified to accept an oxygen-free, inert gas feed and a product gas capture system. Temperature and solids residence time are able to be set with the apparatus and can be adjusted to match the pilot plant conditions. Operating conditions and experimental results from the pilot facility will be provided in confidence to