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Eliminating barriers to entry of a production scale continuous flow reactor for the chemical industry

Eliminating barriers to entry of a production scale continuous flow reactor for the chemical industry
消除化学工业生产规模连续流反应器的进入壁垒
批准号:
10073265
负责人:
金额:
$11.74万
依托单位:
依托单位国家:
英国
项目类别:
Launchpad
财政年份:
2023
资助国家:
英国
项目状态:
未结题
起止时间:
2023 至 --

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中文摘要
翻译
流动反应器是化学和制药行业采用的传统分批生产方法的连续、精益生产替代方案。连续流制造为化学工业提供了一条途径;通过减少工艺能源需求和废物产生来减少其碳足迹,重新支持生产以加强供应链并提高现有加工厂的生产能力。流动反应器本质上更有效AM技术(凭借减小的尺寸)比目前使用的间歇式反应器更好,并且不同地提供更高的化学产品收率、改进的化学产品纯度、更低的能量成本、更低的工艺溶剂使用和更低的工艺废物产生。AM技术是流动反应器的领先制造商,我们拥有专利的Coflore系列反应器在全球范围内的研发和中试规模的化学和制药行业的日常使用。迄今为止,经济障碍限制了生产规模流动反应器的广泛采用。作为该项目的一部分,AM Technology将利用先进的制造技术(如增材制造)进行设备开发,以大大降低制造成本,并克服商业客户的障碍。作为该项目的一部分,将生成一个能源比较模型,并以白色文件发布,以清晰地概述转向精益化学制造所能实现的潜在节约和效率。这与较低的制造成本相结合,将消除整个化学和制药行业采用技术的经济障碍,并导致AM技术的销售和收入增加,以及在西北地区创造就业机会。AM技术正在完善的流动反应器技术作为该项目的一部分,将使化学行业能够显着增加其高价值的生产,降低化工生产能耗,提高资源利用效率。英国化学工业在地理上集中在英格兰西北部,根据Chemical Northwest的数据,该行业的价值约为100亿英镑,因此该技术的发展将有助于实现LCR到2040年或更早实现净零碳排放的雄心。
英文摘要
Flow reactors are a continuous, lean manufacturing alternative to traditional batch-wise manufacturing methods employed by the chemical and pharmaceutical industries. Continuous flow manufacturing offers the chemical industry a route towards; reducing its carbon footprint by reducing process energy requirements and waste generation, re-shoring production to strengthen supply chains and increasing existing process plant productive capacity. Flow reactors are inherently more efficient (by virtue of reduced size) than currently used batch reactors and variously offer higher yields of chemical product, improved chemical product purity, lower energy costs, lower process solvent usage and lower process waste generation.AM Technology are a leading manufacturer of flow reactors, with our patented Coflore range of reactors in daily use worldwide across the chemical and pharmaceutical industries at R&D and pilot-scale. To date, economic barriers have limited widespread adoption of production-scale flow reactors. AM Technology will exploit advanced manufacturing techniques such as additive manufacturing for equipment development as part of this project to greatly decrease manufacturing costs and overcome this commercial customer barrier for adoption.An energy comparison model will be generated as part of this project and published in a white paper to clearly outline the potential savings and efficiencies to be realised by switching to lean chemical manufacturing. This, combined with lower manufacturing costs, will remove the economic barriers to technology adoption across the chemical and pharmaceutical industries and result in increased sales and revenue for AM Technology, coupled with job creation in the Northwest.The flow reactor technology being refined by AM Technology as part of this project will enable the chemical industry to significantly increase their high-value production, reduce chemical manufacturing energy consumption and increase resource efficiency. The UK chemical industry is geographically concentrated in Northwest England, with the sector worth around £10bn according to Chemicals Northwest, and as such development of this technology will contribute to the LCR's ambition to reach net zero carbon by 2040 or sooner.
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