油氣儲運工程 的英文怎麼說
中文拼音 [yóuqìchǔyùngōngchéng]
油氣儲運工程
英文
oil-gas storage and transportation engineering- 油 : Ⅰ名詞1 (脂肪; 油脂) oil; fat; grease 2 (姓氏) a surname Ⅱ動詞1 (用桐油、油漆等塗抹) apply t...
- 氣 : Ⅰ名詞1 (氣體) gas 2 (空氣) air 3 (氣息) breath 4 (自然界冷熱陰晴等現象) weather 5 (氣味...
- 儲 : Ⅰ動詞(儲藏; 存放) store up; save; keep [have] in reserve Ⅱ名詞1. (繼承人) heir 2. (姓氏) a surname
- 運 : Ⅰ動詞1 (物體位置不斷變化) move; revolve 2 (搬運; 運輸) carry; transport 3 (運用) use; wield...
- 工 : Ⅰ名詞1 (工人和工人階級) worker; workman; the working class 2 (工作; 生產勞動) work; labour 3 ...
- 程 : 名詞1 (規章; 法式) rule; regulation 2 (進度; 程序) order; procedure 3 (路途; 一段路) journe...
- 油氣 : [材料] oil gas
- 儲運 : received for shipment
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In order to meet the need of experimental teaching and study for oil & gas storage and transportation engineering specialty, this article developed a set of large comprehensive experimental platform
摘要針對油氣儲運工程專業實驗教學與科研的需要,設計創建了一套大型綜合性油品儲運實驗平臺。It will be analyzed from three aspects, namely the preparation, the establishment and the operation. ( 5 ) chapter 5 will draw the conclusions and evaluate the model of shareholding system reformation. during the writing process of the dissertation, the research on relevant polices of property right reformation of medium - and small - sized enterprises in china has been carried out
本文在寫作過程中對國家關于中小企業產權制度改革的相關政策、中國石油天然氣集團公司關于產權制度改革的相關政策等進行了較為深入的研究,併到成都hf儲運公司進行了實地調研,對公司歷史、現狀,職工改制意願、改制條件等進行了了解與分析。This thesis is based on the theory of the unexpected release of energy in safety system engineering and applies the relevant principle in risk assessment. three kinds of methods, such as dow fire & explosion index, ici / mond index, grey clustering procedure and three mathematical models, such as bleve accidental model, vce accidental model, the model of leakage & diffusion of posionous gases are applied to the risk asssessment of lpg terminal
本文以安全系統工程中的能量意外釋放理論為理論基礎,根據安全評價的相關原理,綜合運用三種方法:道氏火災爆炸指數法、 ici mond法、灰色聚類法以及三個模型: bleve事故傷害模型、 vce事故傷害模型、有毒氣體泄漏擴散模型,對液化石油氣碼頭的儲運進行了風險綜合評價。Emsd therefore actively works to establish gas safety standards and to implement safe working practices in the importation, manufacture, storage, transport, supply and use of towngas, liquefied petroleum gas ( lpg ) and natural gas
機電工程署因而積極建立及推行氣體安全準則,以確保煤氣、石油氣及天然氣的進口、製造、儲存、運輸、供應及使用等方面的安全。The problem has been studied from two sides, firstly, from the viewpoint of applicability, based on the development strategic objectives of the oil company, with the aim to unify the exploration and extraction decisions of the resources in an integrated framework, and integrate the macro economic and technical objectives with micro economic and technical models of an oil well, an integrated non - linear dynamic optimal control model has been constructed, the objective is the benefit maximum of the exploration and extraction of the resources, and the optimal strategies are obtained by changing the problem into a non - linear mathematical programming problem, on the other hand, from the more macro level, based on the analysis of the characteristics of the exploration and extraction activities of oil and gas resources, a conclusion is easily deduced that the procedure is full of randomicity, then discovering procedure of oil deposit is proved to be a poisson process, and the reserves process is a supermartingale process, so the model of exploration discovery rate and the reserves model could be constructed
本文從兩個側面對此問題進行了研究,首先從實用性出發,以公司層次的戰略性規劃目標為基礎,將勘探階段與開發階段的工程技術及經濟方面的決策整合在一個模型框架內,同時將宏觀層次的經濟技術目標與單個油氣井生產的微觀技術經濟模型相結合,以油氣資源勘探與開發的經營效益最大化為目標,建立了一個非線性確定型綜合動態優化模型,通過將原非線性最優控制問題轉化為一非線性數學規劃問題進行了求解。其次從相對更宏觀的層次上,通過對油氣資源勘探與開發的特點分析,認為具有很強的隨機性,證明了勘探活動發現油氣藏的過程為一泊松過程,所發現的油氣藏儲量為一上鞅過程,在此基礎上,建立了油氣藏勘探發現率模型及儲量模型,在油氣價格服從幾何布朗運動條件下,以油氣開採收益最大化為目標,建立了一個油氣資源勘探與開發的隨機最優控制模型,採用動態規劃方法得到了值函數的hjb方程,並針對方程的特點,以及方程及其變量所對應的經濟學意義,對最優策略的求解進行了一些討論。Investigation on gas hydrates involves ( 1 ) hydrate plug formation and its prevention in natural gas pipelines ; ( 2 ) exploration and recovery of in situ hydrates as an energy resource ; ( 3 ) utilization of hydrates in energy storage and transportation ; ( 4 ) role of hydrate formation in ocean disposal of carbon dioxide
氣體水合物的研究涉及: ( 1 )在石油和天然氣工業生產和運輸過程中如何抑制水合物的形成; ( 2 )如何開采、利用存在於海洋、凍土帶中的天然氣水合物; ( 3 )模擬天然氣水合物的構造進行天然氣儲運; ( 4 )利用氣體水合物解決二氧化問題。分享友人