Carbon and Hydrogen Ice Storage, Secondary Validation and Environmental impact

碳氢冰储存、二次验证和环境影响

• 批准号: 10046575
• 金额: $ 6.06万
• 依托单位: IMG IP LTD
• 依托单位国家: 英国
• 项目类别: Grant for R&D
• 财政年份: 2022
• 资助国家: 英国
• 起止时间: 2022 至 无数据
• 项目状态: 已结题
• 来源: https://gtr.ukri.org/projects?ref=10046575
• 关键词: Carbon; Hydrogen; Ice; Storage; Secondary

A recent UN report on climate change from the IPCC stated if the world does not act now with a range of measures to mitigate emissions of carbon dioxide, there will be an unavoidable global catastrophe.The report asserted that the use of carbon capture and storage (CCS) must now be deployed at scale to avert such a crisis, this being non-negotiable.For the last year we've been developing our energy and environmental technologies via a patent pending 'Rapid Crystal Foam' technology, which will be used to store gases, including carbon dioxide and hydrogen, in ice.There are two use cases for Rapid Crystal Foam we intend to explore as products with an emphasis on CO2 storage initially and off-world hydrogen storage after the initial phase:1)The UN states we must remove 51 billion tonnes of C02 annually to achieve carbon net zero and there is an issue with the cost and ability to store this amount of CO2\.2) There is a developing market potential projected to rise to thousands of tonnes per annum of hydrogen stored in off-world environments by 2050 and current methods are not safe, scalable or delivered at an achievable price point.These two use cases together indicate the market size is over $1 billion per annum.This project will develop both our ambitious ideas and business by creating revenue streams from new routes to market via novel products and services, as well as creating evidence of secondary validation and the ESG impact surveys that will encourage funding and facilitate our commercialisation plans in 2023\.

联合国最近关于IPCC气候变化的报告说，如果世界现在没有采取一系列措施来减轻二氧化碳排放，则将有不可避免的全球灾难。 CCS）现在必须大规模部署以避免这种危机，这是不可谈判的。在去年，我们一直在通过专利的“快速水晶泡沫”技术来开发能源和环境技术，该技术将用于在冰中，商店气体，包括二氧化碳和氢在内。有两种用于快速晶体泡沫的用例，我们打算作为产品探索，最初是二氧化碳储存的产品，初始阶段后储存了二氧化碳和越野氢。我们必须每年删除510亿吨C02以实现碳净零，并且成本和能力存储这一数量的CO2 \ .2），预计将增加市场潜力到每年数千吨到2050年，氢存储在off World环境中，目前的方法不安全，可扩展或以可实现的价格交付。这些用例共同表示，每年的市场规模超过10亿美元通过新的产品和服务从新路线到市场的收入来源，以及创建二级验证的证据和ESG影响调查的证据，从而鼓励资金并促进我们在2023年的商业化计划。