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Feasibility study to deploy small scale waste to energy systems (through gasification) in Pakistan

Feasibility study to deploy small scale waste to energy systems (through gasification) in Pakistan
在巴基斯坦将小规模废物利用到能源系统(通过气化)的可行性研究
批准号:
10019925
负责人:
金额:
$2.68万
依托单位:
依托单位国家:
英国
项目类别:
Collaborative R&D
财政年份:
2021
资助国家:
英国
项目状态:
已结题
起止时间:
2021 至 --

项目摘要

项目成果

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中文摘要
翻译
该项目基于两段气化技术,为巴基斯坦的热依赖行业生产清洁合成气,这些行业包括钢铁冶炼厂、水泥工业、陶瓷工业、铸造厂和任何其他蒸汽驱动的过程。我们将确定我们气化技术的最终用户和废物处理商,为我们的工艺准备固体燃料颗粒,以便更广泛地采用我们的技术。上述两种类型的客户都将与我们交换工艺要求,并将签署合同,使我们能够在巴基斯坦建立我们的第一个试点工厂。我们现阶段的目标只是专注于热力行业,在不久的将来,我们还将利用我们的技术和专业知识探索电力生产市场的需求。我们还热衷于与巴基斯坦的工业合作伙伴、工程公司和投资实体建立合作伙伴关系,使这项技术得到更广泛的部署。我们将确定原料供应商,并测试他们的原料在我们的两段气化系统中的适用性。将进行一项技术经济研究,通过IRR、ROI等手段展示规模经济的过程经济。这项创新技术的降低风险是在后期利用试点工厂资金在该国建立示范设施,展示废物衍生燃料多样性、清洁合成气及其在各种最终用途中的利用。试点工厂的初步设计将与安全审查一起完成,以确保其符合国家的法律和健康与安全法规。我们还将与共和党机构接触,了解环境法规的合规情况,以及其他利益相关者以整体方式解决问题的要求。我们已经引起了旁遮普省能源部的极大兴趣,我们将与他们合作部署初步实例。该项目的结果是进行尽职调查工作,并与巴基斯坦投资者、有热需求的工业场地、废物处理器、巴基斯坦各城市的市政公司以及我们从英国获得创新技术的技术许可证获得者签署合同。我们的目标是在可行性研究结束前至少签署3份合同,使我们能够在巴基斯坦安装我们的第一个试点工厂,作为培训和示范地点,以增强我们在巴基斯坦的团队和能力,并使我们能够在巴基斯坦更广泛地部署技术。
英文摘要
This project is based on 2 stage gasification technology to produce clean syngas for thermally dependent industries of Pakistan, these industries include steel smelters, cement industry, ceramic industry, foundries and any other steam driven processes. We will identify both end users of our gasification technology and the waste processors to prepare solidfuel pellets for our process for wider uptake of our technology. The both type of above clients will be engaged with to exchange process requirements and contracts will be signed to enable us setting up our first pilot plant in Pakistan. We are only aiming to focus on thermal industries at this stage and later in near future we will also explore the need for electricity production market by using our technology and expertise.We are also keen to form partnerships with Pakistani industrial partners, engineering companies and investment entities to enable wider deployment of this technology. We will identify feedstock suppliers and tests their feedstocks for suitability in our 2 stage gasification system. A techno-economic study will be conducted to show process economics at economy of scale by means of IRR, ROI etc. The de-risking of this innovative technology is by using pilot plant funding in later stage to setup a demonstration facility in the country to show the waste derived fuel diversity, clean syngas and its utilisation in various end use applications.A preliminary design of the pilot plant will be completed together with safety review to ensure it complies with legal and Health and Safety regulations of the country. We will also engage with GoP agencies to understand environmental regulations for compliance, requirements of other stakeholders to address the issues in a holistic way. We are already having great interest from Ministry of Energy of Punjab and we will work collaboratively with them to deploy initial examples.The outcome of this project are to conduct due diligence work and to sign contracts with Pakistani investors, industrial sites with thermal demand, waste processors, municipal corporations of various cities of Pakistan and technology licensees for our innovative technology from UK. We are aiming to have at least 3 contracts signed by the end of the feasibility study to enable us to install our first pilot plant in the country which will be used as a training and demonstration site to enhance our team and capabilities in Pakistan and to enable us for wider deployment of technology across Pakistan.
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