Design and construction of a novel mobile tandoor oven prototype- phase I

不列颠哥伦比亚省低陆平原地区的农业食品部门是一个竞争激烈的市场，通过提供高质量的食品产品，具有国际水平的安全标准。从技术 ** 的角度来看，该行业供应链的核心要素是制造模块化厨房中使用的高性能烤箱 **，以及高能效、烹饪速度和低维护 ** 成本。在这个 **NSERC项目中，通过探索和测试混合复合材料作为目前使用的粘土 ** 箱式炉的替代品，寻求改进移动的箱式炉的可能的科学建议。将采用多标准设计选择方法，其中热性能沿着 ** 耐久性、重量轻、成本低、食品安全兼容性、易于清洁和稳健的热性能 ** 将构成选择标准。要制造和测试的混合复合材料系统将包括 ** 硅灰和碳纤维浸渍水泥、硅灰和乳胶颗粒浸渍水泥、膨胀 ** 珍珠岩-热解法硅水泥复合材料，以及带有铝 ** 片材间隙层的玻璃棉堆叠。复合材料产品开发是一个快速发展的领域，从航空航天和换位到建筑和家用电器，对各个行业 ** 都有巨大的全球影响。特别是，** 纤维和颗粒增强复合材料设计的进步显著地帮助工业部门开发 ** 新型轻质产品，这些产品可以同时体现改进的功能特性 **（机械/热/绝缘/等），同时针对每个给定应用程序的上下文对它们进行裁剪。复合材料在农业食品行业的应用被认为是该领域的首批应用之一，预计将提高小卖部连接和其他相关企业利用这一新技术的竞争力。

The Agfoods sector in the Lower Mainland region of B.C. is a highly competitive marketplace, through**providing high quality food products, with international-level safety standards. From a technological**perspective, a core element in the supply chain of this sector is manufacturing of high performance ovens**utilized within modular kitchens, coupled with high energy efficiency, speed of cooking, and low maintenance**costs. Possible scientific recommendations for improvements of mobile tandoor ovens are sought in this**NSERC project, by exploring and testing hybrid composite materials as an alternative to the currently used clay**tandoor ovens. A multicriteria design selection approach will be employed where thermal properties along with**durability, light weight, low cost, food-safe compatibility, ease of cleaning, and robust thermal performance**will constitute the selection criteria. The hybrid composite material systems to fabricate and test will include**silica-fume and carbon-fiber impregnated cement, silica-fume and latex particle impregnated cement, expanded**perlite-fumed silica cement composite, as well as glass wool stacks with interstitial layers of aluminum**sheeting.**Composite product development is a fast expanding field, with enormous global impact across industries**ranging from aerospace and transposition, to construction and home appliances. In particular, advancements in**the design of fiber and particulate reinforced composites have significantly aided industrial sectors to develop**novel lightweight products that can simultaneously embody improved functional properties**(mechanical/thermal/insulation/etc.), while tailoring them toward the context of each given application. The**application of composites in the Agfoods sector is deemed one of the first in the field and is expected to**increase the competitiveness of Commissary Connect and other related businesses accessing this new**technology.