全球最大ATR甲醇装置成功投产

据烃加工网站1月14日消息 最近，托普索（Topsoe）宣布在土库曼斯坦正式启动全球唯一的天然气-汽油联合工厂，该工厂包括全球最大的基于自热重整（ATR）的甲醇工厂，采用了托普索的SynCOR Methanol™解决方案，甲醇产能为5225公吨/天。

土库曼斯坦的Haldor Topsoe TIGAS™工厂是世界上最大的基于自热重整的甲醇工厂。

在土库曼斯坦的天然气-汽油联合装置中，SynCOR Methanol™溶液与汽油合成回路相结合，生产合成汽油，被称为SynCOR TIGAS™。

在过去两年中，托普索已经签署了五份基于SynCOR™技术的类似产能的许可协议，这些项目正处于不同的发展阶段。

全球对甲醇的需求正在增加，因此投资者和生产商计划建造能效更高的大型工厂，以实现规模经济。这使得SynCOR™成为当今世界许多大型项目中合成气生产的首选技术，因为它最大化了单线产能，同时显著降低了资本和运营成本。

当与托普索甲醇合成回路相结合时，产生的结果是SynCOR Methanol™，这是当今工业运行中最具成本效益的大规模甲醇技术，甲醇产能可达10000吨/天。

除了SynCOR™技术明显的经济效益外，它还具有相当大的环境优势，与传统的许可技术相比，它的二氧化碳排放量更小、耗水量更低。

基于在合成气领域70年的经验，所有SynCOR™解决方案都提供超过99%的可用性和无与伦比的规模经济性。SynCOR™解决方案适用于大型基层氨、甲醇、氢气、一氧化碳、TIGAS™和气-液（GTL）工厂，以及生产多种产品的合成气中心。

吴恒磊 编译自 烃加工

原文如下：

World’s largest ATR-based methanol plant has been put into successful operation

Recently, Topsoe announced the official opening of the world’s align="justify">The Haldor Topsoe TIGAS™ plant in Turkmenistan is also the world's largest methanol plant based align="justify">In the Turkmen gas-to-gasoline complex, the SynCOR Methanol™ solution has been combined with a gasoline synthesis loop to produce synthetic gasoline. This concept is named SynCOR TIGAS™.

Over the last two years Topsoe has signed five license agreements of similar capacity based align="justify">Global demand for methanol is increasing. Accordingly, investors and producers plan for larger plants with improved energy efficiency to achieve economy of scale. This has made SynCOR™ the preferred technology for production of synthesis gas in many of today’s world-scale projects because it maximizes single-line capacity, while significantly reducing capital as well as operating costs.

When combined with a Topsoe methanol synthesis loop, the result is SynCOR Methanol™, the most cost-efficient large-scale methanol technology in industrial operation today. Capacities can be up to 10,000 tons per day of methanol.

Apart from the obvious financial benefits of the SynCOR™ technology, it also offers considerable environmental advantages, leaving a smaller CO2 footprint and lower water consumption compared to traditional licensed technologies.

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