Topsoe’s integrated methanol and ammonia process (IMAP™) gives you the flexibility you need to get ahead and stay there.
想象一下,一家可以提供市场最受欢迎的植物,每当市场想要它时。没有更多被锁定到单一产品中,其UPS和Downs。没有更多地错过了满足主要产品外部需求的机会。而且不再让两只植物制造出不仅仅是氨或只是甲醇。
同样适用于改造和基层项目,无论您是专用氨植物,甲醇植物还是肥料复合物,我们的共产电厂设计都会为您提供前所未有的敏捷性,保护市场波动和盈利潜力。
Topsoe’s IMAP™ (Integrated Methanol and Ammonia Production) technologies and Topsoe’s latest innovative syngas hub solution for large scale facilities, the成本效益Syncor Plus™,使设施能够生产多种产品,而无需安装和操作第二植物的禁止成本。manbet手机客户端登入两种技术概念都利用了制作单一产品设施的催化剂和技术
The IMAP™ technology covers combined capacity of ammonia and methanol up to 3.200 MTPD andSyncor Plus™up to 10.000 MTPD. Both concepts also include the possibility to convert the ammonia into urea.
A Topsoe co-production facility offers numerous advantages over two standalone plants, including:
选择产品混合和相应的IMAP™解决方案,为您的植物提供最大的意义。
Our IMAP™ technology enables any facility to produce multiple products without the often prohibitive cost of installing and operating a second plant. Comprising three separate process designs –IMAP氨.+™那IMAP甲烷+™那andIMAP尿素+™- 我们的IMAP™产品组合可以通过使您能够满足多次和不断变化的市场需求来显着添加到您的底线。
IMAP氨.+™是一种氨植物,具有有效的加入甲醇部分。该概念可以设计成高达100%的氨和高达35%的甲醇或在该范围内的任何组合,同时观察到总产量为100%。它可以用于草根设施或作为现有氨植物的改造。
IMAP甲醇+™is a very cost efficient co-production design producing 65-75% methanol and 25-35% ammonia. The actual product split is decided by the feed gas composition and the clients need.
IMAP尿素+™是一种氨植物,具有有效的甲醇部分,可用于氨,尿素和甲醇之间的全部柔韧性。主要区别IMAP氨.+™andIMAP尿素+™使用富含空气作为氧/氮饲料,可提供高产品的柔韧性。
多种产品提供价格波manbet手机客户端登入动的灵活性。
As a plant owner, you’ll want to decide just how much flexibility you want right from the start, to make sure your investment costs are aligned with your needs. In addition to our three basic IMAP™ process designs, we can tailor an IMAP™ solution to meet the specifics of your business and technical needs. If you’re not sure which IMAP™ process design would best suit your plant, we are happy to conduct the feasibility studies you’ll need to make the right decision.
Syncor Plus™is a syngas hub concept where SynCOR™ is used as an efficient fully automated common syngas generator for downstream synthesis units, such as ammonia and methanol synthesis, which can be designed for any size up to a total of 10.000 MTPD for a single SynCOR™. The concept allows for full conversion of the ammonia into urea.
Apart from methanol and ammonia productionSynCOR加™也可用于成本效益的渔业托,一氧化碳或氢气生产。