據烴加工新聞2月16日消息稱，貝克休斯最近在 2022 年埃及石油展 (EGYPS) 上與埃及通用石油公司 (EGPC) 簽署了一份諒解備忘錄 (MoU)，旨在建立和推動火炬回收計劃，以支持埃及上游和下游石油和天然氣業務。

為了從埃及各地的石油和天然氣站點實現火炬回收，貝克休斯將利用其排放管理解決方案組合，包括火炬管理技術、壓縮、燃氣輪機和集成處理系統，以幫助測量、管理、回收和利用火炬氣。

通過部署貝克休斯的排放管理解決方案，EGPC 將致力于減少排放并提高其在全國范圍內的石油和天然氣業務的效率。這將包括減少燃燒和排放到環境中的氣體量，使 EGPC 能夠通過重新利用否則會浪費的氣體來提高效率。

此外，為了支持該部的現代化計劃，貝克休斯的解決方案（包括flare.IQ）將通過使EGPC能夠提取有關其火炬系統的關鍵信息來計算火炬效率的最佳水平并幫助減少甲烷，從而為排放管理基礎設施的數字化做出貢獻排放。

貝克休斯的排放管理解決方案將支持 EGPC 的脫碳戰略，有助于實現雄心勃勃的碳減排目標，包括對居住在煉油廠附近地區的居民的生活質量產生積極影響。

埃及石油和礦產資源部長 HE Tarek El Molla 表示：“作為埃及可持續發展愿景的一部分，我們正在積極探索支持我們使用清潔能源和減少排放戰略的機會，以加快我們實現凈零排放的進程。” “我們為 EGPC 與貝克休斯合作部署可幫助我們管理和回收石油和天然氣業務排放的技術感到自豪，這是推動埃及能源轉型的關鍵支柱。”

貝克休斯董事長兼首席執行官洛倫佐·西蒙內利 (Lorenzo Simonelli) 表示：“憑借 100 多年的歷史，貝克休斯很自豪能夠繼續與埃及建立合作伙伴關系并轉變核心石油和天然氣業務。” “我們致力于到 2050 年實現凈零排放，我們的排放管理解決方案幫助我們的客戶實現類似的目標，并可以直接使埃及的可持續發展愿景受益。我們期待在埃及舉辦 COP27，我們將繼續支持該國的氣候變化議程，以及更廣泛的地區向對其人民和經濟至關重要的新的可持續能源的公正過渡。”

隨著埃及準備在 2022 年 11 月主辦 COP27，石油和礦產資源部旨在在峰會期間展示該項目的數據和調查結果，以展示石油和天然氣部門在推動該國脫碳計劃中的作用。

曹海斌 摘譯自 烴加工新聞

原文如下：

Baker Hughes collaborates with Egyptian General Petroleum Corp.

Baker Hughes recently signed a Memorandum of Understanding (MoU) at the 2022 Egypt Petroleum Show (EGYPS) with the Egyptian General Petroleum Corp. (EGPC) that aims to establish and drive a flare recovery initiative to support emissions recovery and reduction across Egypt’s upstream and downstream oil and gas operations.

To enable flare recovery from oil and gas sites across Egypt, Baker Hughes will leverage its portfolio of emissions management solutions including flare management technology, compression, gas turbines, and integrated processing systems that can help in the measurement, management, recovery, and utilisation of flare gas.

Through the deployment of Baker Hughes’ emissions management solutions, EGPC will aim to reduce emissions and improve the efficiency of its oil and gas operations across the country. This will include reducing the amount of gas flared and vented into the environment, enabling EGPC to drive more efficiency by reutilising the gas that would otherwise go to waste.

In addition, and in support of the Ministry’s Modernization Program, Baker Hughes solutions, including flare.IQ, will contribute to digitalising emissions management infrastructure by enabling EGPC to pull critical information about its flare systems to calculate optimum levels of flare efficiency and help reduce methane emissions.

Baker Hughes’ emissions management solutions will support EGPC’s decarbonisation strategy, contributing to helping achieve ambitious carbon reduction targets, including positively impacting the quality of life for residents living in areas neighboring refineries.

“As part of Egypt’s sustainable development vision, we are actively exploring opportunities that support our strategy of using clean energy and reducing emissions to accelerate our journey towards net-zero,” said HE Tarek El Molla, Egyptian Minister of Petroleum and Mineral Resources. “We are proud of EGPC’s collaboration with Baker Hughes to deploy technologies that can help us manage and recover emissions across oil and gas operations, which is a key pillar in driving the energy transition in Egypt.”

“With a history stretching more than 100 years, Baker Hughes is proud to continue its partnership with Egypt and transform core oil and gas operations,” said Lorenzo Simonelli, Chairman and CEO of Baker Hughes. “We are committed to reaching net-zero by 2050, and our emissions management solutions help our customers reach similar goals and can directly benefit Egypt’s sustainable development vision. We look forward to COP27 being hosted in Egypt, where we will continue to support the country’s climate change agenda, as well as the broader region’s just transition to new and sustainable sources of energy which are vital for its people and economy.”

As Egypt prepares to host COP27 in November 2022, the Ministry of Petroleum and Mineral Resources aims to showcase data and findings from this project during the summit to demonstrate the role of the oil and gas sector in driving the country’s decarbonisation initiatives.