阿曼计划到2030年生产100万吨绿色氢

据油气新闻网10月24日报道， 阿曼成立了阿曼能源发展公司（Energy Development Oman SAOC，EDO）的全资子公司Hydrom，以实现其成为全球最大的绿色氢生产商之一的目标，目标是到2030年生产达100万吨绿氢。

受能源和矿产部监管，Hydrom的任务包括划定政府拥有的土地区域和构建相关的大型世界级绿色氢项目，管理分配给开发商的过程，以及与经济特区和自由区公共管理局(Opaz)密切合作，促进共同基础设施和相关的生态系统产业和枢纽中心的发展。

据阿曼通讯社（ONA）报道，11月6日，Hydrom将开始第一轮公开竞标，目标是在2023年前授予首批地块，以实现2030年的产量目标。

阿曼能源发展部首席执行官Mazin Al-Lamki表示，我们很高兴地宣布EDO的全资自主型子公司Hydrom的新品牌标识。与雄心勃勃的政府计划相配合，Hydrom将利用阿曼国的地理位置和丰富的太阳能和风能资源生产绿色氢气，并支持政府减少碳足迹和实现脱碳目标的努力。

Hydrom代理董事总经理Firas Al Abduwani博士表示，我们Hydom期待与国际合作伙伴合作，共建能源的未来。我们今天宣布的这一轮投标是全球首轮，我们相信这将有助于加快阿曼和全球绿色氢工业的发展。

这些新的雄心勃勃的可持续发展倡议是在阿曼将参加的埃及COP27会议前几周提出的。

能源和矿产部长萨利姆·纳赛尔·奥菲（Salim Nasser Al Aufi）10月23日在马斯喀特举行的新闻发布会上宣布了阿曼国的新气候承诺及其雄心勃勃的绿色氢战略。

阿曼承诺到2050年实现净零排放，这符合《巴黎协定》的目标，即与工业化前水平相比，将全球变暖限制在1.5摄氏度。为了引导阿曼向绿色经济转型，国王陛下指示建立阿曼可持续发展中心。该中心将是负责监督碳中和的后续计划和方案的领导机构。

Al Aufi表示，阿曼致力于脱碳，并帮助世界实现脱碳。实现净零的途径是阿曼创造经济价值、提高工业竞争力和吸引投资以帮助该国经济多样化和加强该国经济的一个机会。

绿色氢是阿曼实现其脱碳、经济和能源安全目标的关键载体。阿曼拥有丰富的可再生能源资源，并且该行业结构合理，因此阿曼被定位为最具竞争力和大规模生产绿色氢气的国家之一。

郝芬 译自 油气新闻网

原文如下：

Oman initiative to produce 1m T of green hydrogen

Oman has set up Hydrom, a fully owned subsidiary of Energy Development Oman SAOC (EDO) to meet its goal become one of the largest green hydrogen producers globally, targeting production of one million tons by 2030.

Regulated by the Ministry of Energy and Minerals, Hydrom’s mandate includes the delineation of Government-owned land areas and the structuring of associated large-scale world-class green hydrogen projects, managing the process for their allocation to developers as well as facilitating the development of common infrastructure and connected ecosystem industries and hubs in close collaboration with the Public Authority for Special Economic Zones and Free Zones (Opaz).

On November 6, Hydrom will be opening a first public bid round aimed at awarding the first land blocks by 2023 to meet the 2030 production target, reported Oman News Agency (ONA).

Mazin Al Lamki Chief Executive Officer of Energy Development Oman said: “We are delighted to announce the new brand identity of Hydrom, a fully owned autonomous subsidiary of EDO. Working in tandem with the ambitious government plans, Hydrom will leverage the Sultanate of Oman’s location and abundant solar and wind resources to produce green hydrogen and support the government’s drive to reduce the carbon footprint and achieve decarbonization targets”.

Dr Firas Al Abduwani Acting Managing Director of Hydrom said: “We at Hydrom look forward to working with international partners to build the future of energy. The bid round we announced today is the first of its kind globally and we are convinced it will help accelerate the development of the green hydrogen industry in Oman and globally”.

These new ambitious sustainability initiatives come a few weeks before COP27 in Egypt, in which Oman is set to take part.

Salim Nasser Al Aufi, Minister of Energy and Minerals, unveiled the Sultanate of Oman’s new climate commitment and its ambitious green hydrogen strategy during a press conference in Muscat yesterday (October 23).

Oman has committed to reaching Net Zero Emissions in 2050, in line with the Paris Agreement’s objectives of limiting global warming to 1.5°C compared to pre-industrial levels. To lead its transition towards a green economy, His Majesty gave directions to set up Oman Sustainability Centre. The centre will be the leading body undertaking the supervising and follow-up plans and programmes of carbon neutrality.

Al Aufi said: “Oman is committed to decarbonize and help the world decarbonize. The pathway to net zero is an opportunity for Oman to create economic value, increase industrial competitiveness and attract investments to help diversify and strengthen the country’s economy.

Green hydrogen presents itself as a key vector that enables Oman to pursue its decarbonisation, economic and energy security objectives. With the abundant renewable energy resources Oman is blessed with and with the appropriate structuring of the sector, Oman is positioned as one of the most attractive nations to produce green hydrogen competitively and at large-scale.”