据烃加工新闻1月25日消息称，林德工程在德国启动了一个全面的试点工厂，以展示其采用赢创膜技术的 HISELECT 如何从天然气管道中提取氢气，为脱碳工业做出贡献。

林德工程公司吸附和膜厂负责人Tobias Keller表示，该解决方案为改变现有天然气网络以输送氢气提供了一种高效可靠的途径。

该工艺适用于氢与天然气混合并通过天然气管道输送的场景，混合比例为5%至60%。

Keller说，该工艺采用了膜和压力波动吸收的结合，这两种方法都是众所周知并得到认可的。

Keller说:“这些技术已经使用了几十年，林德在这方面是领先的技术公司。该示范工厂的安装表明，该解决方案提供了一种高效、可靠的途径，可以改变现有的天然气网络，实现氢气运输?！?/p>

他说，这项技术是商业化的，是氢经济的推动者，支持脱碳工业。

Keller说:“如果没有这项技术，向氢气网络的过渡将会复杂得多，而且需要更长时间?！?/p>

朱佳妮 摘译自 烃加工新闻

原文如下：

Linde Debuts Plant for Extracting Hydrogen from Natural Gas Pipelines Using Membrane Technology

Linde Engineering started a full-scale pilot plant in Germany to showcase how its HISELECT powered by Evonik membrane technology can extract hydrogen from natural gas pipelines, contributing to a decarbonized industry.

This solution provides an efficient and reliable entry to change existing natural gas networks for hydrogen transportation, said Tobias Keller, Head of Adsorption & Membrane Plants at Linde Engineering.

The process works in scenarios in which hydrogen is blending with natural gas and transported in natural gas pipelines, working for a blend of 5 to 60% hydrogen.

The process uses a combination of membrane and pressure swing absorption, which are both well-known and approved, Keller said.

“These technologies have been used for decades and Linde is the leading technology company in that regard,” Keller said. “The demonstration plant was installed as a showcase that this solution provides an efficient and reliable entry to change existing natural gas networks for hydrogen transportation.”

The technology is commercially available, he said, and is an enabler towards hydrogen economy and supports a decarbonized industry.

“Without this technology, a transition towards a hydrogen network would be far more complicated and would take several years longer,” Keller said.

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