Microbial Bioinformatics in the Oil and Gas Industry: Applications to Reservoirs and Processes
暫譯: 石油與天然氣產業中的微生物生物資訊學：對儲層與過程的應用

這本書匯集了來自石油和天然氣產業的領先科學家、學者和專家的貢獻，討論該產業面臨的微生物相關問題，以及生物資訊學和跨學科科學方法如何應對這些挑戰。《微生物生物資訊學在石油和天然氣產業中的應用：對油藏和過程的影響》介紹了微生物引起的主要工業問題（例如，酸化、生物腐蝕）以及其有益活動（例如，生物燃料、生物修復）。

特點
- 提供生物資訊學如何促進我們對石油和天然氣產業中眾多問題的理解的詳細描述
- 涵蓋來自地理上多樣的油田、實驗室和研究團隊的案例
- 包含與石油和天然氣部門相關的基礎和應用資訊
- 提供來自產業和學術界國際專家團隊的貢獻

這本全面的書籍以其跨學科的方法，為微生物生態學家、分子生物學家、操作員、工程師、化學家和參與該領域的學者提供了對微生物生物資訊學在石油和天然氣產業中應用重要性的更深入理解。

Kenneth Wunch, PhD, holds the position of Energy Technology Advisor at DuPont in Houston responsible for business development, technology transfer, and shaping the innovation pipeline and strategy for global oil and gas applications. He earned a PhD in environmental microbiology at Tulane University followed by an Exxon-funded post-doc working on bioremediation of the Valdez spill and Prince William Sound. He then accepted a professorship at the Texas Research Institute for Bioenvironmental Studies and became Director of the SHSU Disease Vector Program for the Air Force Border Health and Environmental Threats Initiative. Dr. Wunch moved into petroleum microbiology at Baker Hughes with responsibilities in oilfield production chemistry and development and application of technologies associated with oilfield microbiology, microbially influenced corrosion, sulfide control, and corrosion inhibition. He later moved to BP as a production microbiologist with responsibilities in development and implementation of R&D strategies for reservoir souring and MIC before his current role at DuPont. Dr. Wunch is the author of more than 40 publications and patents and has chaired several committees, including SPE/NACE Deepwater Field Life Corrosion Prevention, Detection, Control and Remediation, International Symposium on Applied Microbiology and Molecular Biology in Oil Systems (ISMOS), NACE Control of Problematic Microorganisms in the Oil and Gas Industry, and the Energy Institute and Reservoir Microbiology Forum.

Marko Stipanicev, PhD, is Technical Expert at Schlumberger (Sandsli, Norway). He earned a master's degree in chemical engineering and technology at the University of Zagreb, Croatia, in 2009. In 2013 he earned a PhD in environmental process at the Laboratoire de Génie Chimique (LGC), Université de Toulouse and Institut National Polytechnique de Toulouse (INPT), France. In 2010, he was employed at DNV (Det Norske Veritas) at the Department for Material Technology and Corrosion, where he was responsible for the development project targeting biocorrosion management, and in addition he provided consultancy activities for the oil and gas industry. In a role of research engineer Dr. Stipanicev was expanding DNV Bergen laboratory capacities to microbiology and advanced electrochemistry. During this period, he was a member of the BIOCOR ITN network.

Thereafter Dr. Stipanicev worked as Corrosion Specialist and Corrosion Discipline Lead at Schlumberger Production Technologies Scandinavia, where currently he is Technical Expert and Subject Metter Expert (SME) in the domain of oilfield corrosion, microbiology, and H2S treatment.

Dr. Stipanicev is a member of an International Symposium on Applied Microbiology and Molecular Biology in Oil Systems (ISMOS) TSC. He is an international scientific reviewer and the author of more than 20 technical and scientific papers and conference proceedings related to oilfield corrosion, microbiology, scale, and H2S treatment.

Max Frenzel, PhD, is Senior Microbiologist at Crown Technology UK responsible for microbiology and analytical chemistry. In 2007 he earned a PhD in oilfield microbiology on persistence and bioremediation of unresolved complex mixtures (UCMs) of hydrocarbons in the environment at the University of Exeter and Plymouth University, UK. Between 2007 and 2008 he was employed as a postdoctoral researcher in microbiology at the University of Exeter. In 2008 he was employed as a researcher at the Department of Marine Environmental Technology at SINTEF Materials and Chemistry, Trondheim, Norway. In this role he was focused on the fate and effects of oil spills in the environment, improving heavy oil recovery by MEOR, and the impact of pollution nanoparticles on the marine environment. Between 2010 and 2020 he was employed at Oil Plus Ltd where he was the focal point for consultancy projects in oilfield microbiology and production chemistry. During this time, he was subject matter expert in MIC, reservoir souring, and calcium naphthenate formation. Dr. Frenzel is the author of numerous technical papers and conference proceedings and a past member of the International Symposium on Applied Microbiology and Molecular Biology in Oil Systems (ISMOS) TSC.

Kenneth Wunch, PhD，目前擔任位於休士頓的杜邦公司能源技術顧問，負責業務發展、技術轉移，以及塑造全球石油和天然氣應用的創新管道和策略。他在杜蘭大學獲得環境微生物學博士學位，隨後在埃克森資助的博士後研究中，專注於對瓦爾迪茲漏油事件和威廉王子海灣的生物修復。他隨後接受了德克薩斯生物環境研究所的教授職位，並成為空軍邊境健康與環境威脅計畫的SHSU疾病媒介計畫主任。Wunch博士在貝克休斯公司轉向石油微生物學，負責油田生產化學以及與油田微生物學、微生物影響腐蝕、硫化物控制和腐蝕抑制相關的技術開發和應用。之後，他轉到BP擔任生產微生物學家，負責儲層酸化和微生物影響腐蝕（MIC）的研發策略的開發和實施，然後才回到杜邦擔任目前的職位。Wunch博士擁有超過40篇出版物和專利，並曾主持多個委員會，包括SPE/NACE深水油田生命腐蝕預防、檢測、控制和修復、應用微生物學和石油系統分子生物學國際研討會（ISMOS）、NACE石油和天然氣行業問題微生物控制，以及能源研究所和儲層微生物學論壇。

Marko Stipanicev, PhD，是位於挪威桑斯利的斯倫貝謝公司的技術專家。他於2009年在克羅埃西亞的薩格勒布大學獲得化學工程與技術碩士學位。2013年，他在法國圖盧茲大學的化學工程實驗室（LGC）和圖盧茲國立理工學院（INPT）獲得環境過程博士學位。2010年，他在DNV（Det Norske Veritas）材料技術與腐蝕部門工作，負責針對生物腐蝕管理的開發項目，並為石油和天然氣行業提供顧問服務。作為研究工程師，Stipanicev博士擴展了DNV卑爾根實驗室在微生物學和先進電化學方面的能力。在此期間，他是BIOCOR ITN網絡的成員。

隨後，Stipanicev博士在斯倫貝謝生產技術斯堪的納維亞擔任腐蝕專家和腐蝕學科負責人，目前他是油田腐蝕、微生物學和H2S處理領域的技術專家和主題專家（SME）。

Stipanicev博士是應用微生物學和石油系統分子生物學國際研討會（ISMOS）技術委員會的成員。他是國際科學審稿人，並且是超過20篇與油田腐蝕、微生物學、結垢和H2S處理相關的技術和科學論文及會議論文的作者。

Max Frenzel, PhD，是位於英國的Crown Technology公司的高級微生物學家，負責微生物學和分析化學。2007年，他在英國埃克塞特大學和普利茅斯大學獲得油田微生物學博士學位，研究未解決的複雜混合物（UCMs）在環境中的持久性和生物修復。2007年至2008年間，他在埃克塞特大學擔任微生物學的博士後研究員。2008年，他在挪威特隆赫姆的SINTEF材料與化學部門的海洋環境技術部門擔任研究員。在此角色中，他專注於油洩漏在環境中的命運和影響、通過微生物增強石油回收（MEOR）改善重油回收，以及污染納米顆粒對海洋環境的影響。2010年至2020年間，他在Oil Plus Ltd工作，擔任油田微生物學和生產化學顧問項目的聯絡人。在此期間，他是MIC、儲層酸化和鈣石蠟形成的主題專家。Frenzel博士是多篇技術論文和會議論文的作者，並曾是應用微生物學和石油系統分子生物學國際研討會（ISMOS）技術委員會的成員。