Modular polygeneration pyrolysis system

作为商业农林副产品生产的生物质具有极大的能源潜力。 发达经济体和发展中经济体的这一代。热解，热分解发生在 缺乏氧气，有可能对废物的物理和化学变异性和 庄稼。因此，热解可以将几乎没有商业价值的生物质转化为广泛的有用物质 气体、油和固体。产生的燃料可以抵消化石燃料，从而减少温室气体 (GHG)排放。位于卑诗省枫树岭的全球塑料燃料公司(P2F)是一家加拿大公司， 专注于将生物质转化为合成气、生物油和生物炭的热解转化技术。这个 该公司积极参与一个研发项目，创造一吨/天的模块化多生成热解 系统(MPPS)将各种生物质转化为稳定的最终产品。 MPPS是一项令人兴奋的新技术，未来还有很大的发展空间，而P2F 目前需要Vijayaraghavan博士团队的协助，以解决设计和 优化。除了实现几个关键的工程目标外，Engage提案还将改进 P2F和SFU之间的协作，为更多的研究协作和未来的实习铺平了道路 机遇。P2F可以受益于Vijayaraghavan博士在设计和系统方面的多学科专业知识 控制力。

Biomass produced as a by-product of commercial agriculture and forestry has excellent potential for energy generation in both the developed and developing economies. Pyrolysis, the thermal decomposition occurring in the absence of oxygen, has the potential to be robust to the physical and chemical variability of waste and crops. Thus pyrolysis can convert the biomass with little or no commercial value to a wide range of useful gases, oils and solids. The generated fuel can offset fossil fuel and consequently reduce Green House Gas (GHG) emissions. Worldwide Plastic2Fuel Inc. (P2F) located in Maple Ridge BC, is a Canadian company that specializes in pyrolysis conversion technology for converting biomass to syn-gas, bio-oil and bio-char. The company is actively engaged in an R&D project creating a one ton per day Modular Polygeneration Pyrolysis System (MPPS) to convert various biomasses to stable end products. The MPPS is an exciting new technology and there is scope for considerable future development, and P2F currently requires assistance from Dr. Vijayaraghavan's team to tackle the important aspects of the design and optimization. In addition to achieving several crucial engineering objectives the Engage proposal will improve collaboration between P2F and SFU, paving the way for greater research collaboration and future internship opportunities. P2F can benefit from Dr. Vijayaraghavan's multi-disciplinary expertise in design and system control.