Nigeria Energy Market Entry Study (NEMES)

该项目将建立在以前Energy Catalyst和GCRF资助的项目的成功基础上，这些项目帮助识别和开发我们的集装箱废物转化为能源的“热解”技术的商业应用。到目前为止，我们所有的项目都集中在将农业收获废物用作热解原料，转化为可再生电力、低碳热、生物炭和生物油，以升级为可再生煤油替代品。热能公司已经对主要利益相关者、潜在客户及其价值链发展了敏锐的了解，我们现在需要与他们接触，以促进我们的热解技术/产品的商业化和进入尼日利亚能源市场。已经与一些潜在的尼日利亚B2B客户举行了几次虚拟和物理会议，他们表示有兴趣通过提供他们的废物作为我们热解化学原型的原料来进行早期试验。在进行试验之前，我们需要与他们接触，以促进我们的热解技术/产品的商业化和进入尼日利亚能源市场。要进行前端工程(FEED)研究，以确定如何最好地在考虑中的每个地点集成热解化学装置，将需要进行客户现场访问。FEED研究和废物特性报告收集的数据将被YroGenesys用来确定拟议安装的商业可行性，这反过来将为利用潜在客户的废物进行试验提供理由。这种方法非常创新，它结合了工程设计和原型性能数据，以测试在特定环境下使用特定原料的热解化学装置的商业可行性。该项目的成功还将提供我们的利益相关者乐于推动的要求很高的技术和商业案例研究，从而促进我们的技术和产品在尼日利亚和撒哈拉以南非洲大部分地区的市场接受度。

This project would build upon the success of previous Energy Catalyst & GCRF funded projects that helped identify & develop commercial applications for our containerised waste to energy technology called "Pyrochemy". To date all our projects have focused on converting agricultural harvest waste used as a Pyrochemy feedstock, to renewable electricity, low carbon heat, biochar & bio-oil for upgrading to a renewable kerosene alternative.PyroGenesys has developed a keen understanding of key stakeholders, prospective customers & their value chains, with whom we now need to engage to facilitate commercialisation of our Pyrochemy technology/products & entry into the Nigerian Energy Market.Several virtual & physical meetings have already been held with a number of prospective Nigerian B2B customers, who have expressed an interest in conducting early stage trials by supplying their waste to be used as a feedstock in our Pyrochemy prototype.Prior to the trials being conducted, customer site visits would be required to conduct Front End Engineering (FEED) studies that would determine how best to integrate a Pyrochemy installation at each location under consideration.Data gathered by the FEED study & a waste characterisation report, would be used by PyroGenesys to determine the commercial feasibility of the proposed installation which in turn would provide justification for conducting a trial using the prospective customers' waste.This approach is highly innovative in the way it combines engineering design & prototype performance data to test the commercial feasibility of a Pyrochemy installation using a specific feedstock in a particular setting.The success of this project would also provide the much requested technical & commercial case studies which our stakeholders would gladly promote, thereby facilitating market acceptance of our technology & products in Nigeria & across much of Sub Saharan Africa.