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An all-encompassing innovative Green Hydrogen supply chain system incorporating a revolutionary multiple stage process of metal hydride pairs resulting in a significant energy savings.

包罗万象的创新绿色氢供应链系统，结合了金属氢化物对的革命性多阶段工艺，可显着节省能源。

基本信息

批准号：
10071948
负责人：
金额：
$ 85.48万
依托单位：
HYDROSTAR EUROPE LTD
依托单位国家：
英国
项目类别：
Collaborative R&D
财政年份：
2023
资助国家：
英国
起止时间：
2023 至无数据
项目状态：
未结题

来源：
https://gtr.ukri.org/projects?ref=10071948
关键词：
encompassing innovative Green Hydrogen supply

项目摘要

HydroStar is an innovative and disruptive company focussed on Green Hydrogen hardware development and optimisation which can be easily manufactured and scaled.Last year the company won a Smart Grant to develop metal hydride storage systems to store Green Hydrogen produced from renewable solar energy, partnering with London South Bank University. This has been a successful partnership, investigating the benefits of different metal hydride materials and developing demonstration units to prove the concept of storing Green Hydrogen from renewables in metal hydrides.This project will leverage the knowledge gained and the proven technology from the Smart Grant project to develop a disruptive the hydrogen supply chain solution targeting hydrogen refuelling stations (HRSs), which reduces overall energy consumption of the hydrogen compression, storage and transportation supply chain from 35.5% to 5.5% of hydrogen embodied energy.This will be achieved using an innovative multiple stage process of metal hydride 'pairs', enabling the connection of renewable generation to the end user. Each pair of metal hydrides will function as both a hydrogen storage mechanism and continuous hydrogen delivery system, allowing the system to react to variable demands and spikes in requirements.

HydroStar是一家创新和颠覆性的公司，专注于绿色氢气硬件的开发和优化，可以轻松地制造和扩展。去年，该公司获得了Smart Grant，与伦敦南岸大学合作开发金属氢化物存储系统，以存储可再生太阳能产生的绿色氢气。这是一个成功的合作伙伴关系，研究不同金属氢化物材料的好处，并开发示范装置，以证明在金属氢化物中储存可再生能源的绿色氢气的概念。该项目将利用Smart Grant项目获得的知识和成熟的技术，开发针对加氢站（HRS）的颠覆性氢气供应链解决方案，这将使氢气压缩、储存和运输供应链的总能耗从氢气蕴含能量的35.5%降低到5.5%。这将通过创新的金属氢化物“对”多阶段工艺来实现，从而将可再生能源发电与最终用户连接起来。每一对金属电池都将作为储氢机制和连续的氢气输送系统，使系统能够对可变的需求和需求峰值做出反应。