该项目位于阿拉伯联合酋长国，是世界上最大的海上酸性气体开发项目之一，目标是实现净零排放。

林德工程公司将提供其最新的吸附式碳捕获解决方案 HISORP® CC，以高效捕获和净化二氧化碳 (CO ₂ ) 并进行封存 (CCS)，从而大幅减少天然气和石油生产过程中的温室气体排放。该项目符合阿布扎比国家石油公司减少碳排放的战略，旨在每年捕获 150 万吨二氧化碳并将其封存于地下。

林德将提供其碳捕获技术和核心装置，并与来自意大利的国际领先的技术和工程解决方案提供商 MAIRE 集团旗下的 NEXTCHEM 密切合作。

林德工程公司全球销售与技术高级副总裁 John van der Velden 表示：“我们很荣幸被 NEXTCHEM 选为这一国际灯塔项目的技术提供商，因为这符合我们支持能源生产和工业脱碳的承诺。”“我们在这个世界级项目中实施的 HISORP® CC 技术正在为 ADNOC 实现净零排放的目标做出贡献。”

与化学胺系统不同，林德的 HISORP® CC 是一种电力驱动的解决方案，能够完全利用可再生能源为碳捕获过程提供动力。它将变压吸附与低温分离和压缩相结合，可实现超过 99% 的二氧化碳_捕获率。该过程不需要蒸汽进行再生，因此不会增加碳足迹。

林德还将在其最近宣布的世界级综合清洁氢气和大气气体设施中使用其 HISORP® 碳捕获技术，为位于加拿大阿尔伯塔省的陶氏 Fort Saskatchewan Path2Zero 项目供应清洁氢气。

在线阅读文章：https://www.oilfieldtechnology.com/exploration/01112024/linde-selected-by-nextchem-to-supply-new-carbon-capture-technology-to-adnocs-hail-and-ghasha-project/

Located in the United Arab Emirates (UAE), the project is one of the world’s largest offshore sour gas developments and aims to operate with net zero emissions.

Linde Engineering will provide its newest adsorption-based carbon capture solution HISORP® CC, to efficiently capture and purify carbon dioxide (CO₂) for sequestration (CCS), significantly reducing greenhouse gas emissions in the production process of natural gas and oil. In line with ADNOC’s strategy to reduce carbon emissions the project aims to capture 1.5 million tpy of carbon dioxide and store it underground.

Linde will supply their carbon capture technology plus the core units, working closely with NEXTCHEM, part of MAIRE Group, an internationally leading technology and engineering solutions provider from Italy.

“We are proud to be chosen as technology provider by NEXTCHEM for this international lighthouse project as it aligns with our commitment to support the decarbonization of energy production and industry,” said John van der Velden, Senior Vice President Global Sales & Technology at Linde Engineering. “Our HISORP® CC technology, implemented in this world-scale project, is contributing towards ADNOC’s goal of net zero emissions.”

Unlike chemical-based amine systems, Linde’s HISORP® CC is an electrically-driven solution and is able to power the carbon capture process entirely with renewable energy. It combines pressure swing adsorption with cryogenic separation and compression to achieve CO₂ capture rates of over 99 percent. The process does not require steam for regeneration, so this does not increase the carbon footprint.

Linde will also use its HISORP® carbon capture technology in its recently announced world-scale integrated clean hydrogen and atmospheric gases facility to supply clean hydrogen to Dow’s Fort Saskatchewan Path2Zero Project in Alberta, Canada.

Read the article online at: https://www.oilfieldtechnology.com/exploration/01112024/linde-selected-by-nextchem-to-supply-new-carbon-capture-technology-to-adnocs-hail-and-ghasha-project/