罐區 的英文怎麼說

中文拼音 [guàn]
罐區 英文
tank field
  • : 名詞1. (罐子) jar; jug; pot; tank; tin 2. (煤礦用裝煤車) coal tub
  • : 區名詞(姓氏) a surname
  1. So these years, people all long try to exploder a kind of double control system that can effective combine manufacture manage, process control, safety supervise and accident predict to insure the safety manufacture

    因此,多年來國內一直試圖開發一種可以有效的把生產管理、過程式控制制,安全監控、事故預案有機結合起來的雙重控制系統,來確保罐區的安全生產。
  2. Design of a monitoring system for an oilcan based on kingview

    基於組態王的油品罐區監視系統設計
  3. The analysis of the causes of fire disasters and prevention measures in oilcan section

    罐區火災起因分析及預防對策
  4. Presently the domestic and overseas scholars pay more attention to the safety problem of large - scale oilcan section, and the oilcan ' s explosion resist ability is one of pop research problems

    摘要目前國內外學者日益重視大型儲油罐區的安全問題,油的防爆炸破壞能力成為研究的熱點之一。
  5. Taking the dynamic compaction of new part product oilcan foundation in dalian as an example, this paper expounds the dynamic compaction method for reinforcing the foundation of large - scale oiltank

    摘要以大連港新港改擴建二期陸域一期成品油罐區地基強夯為例,闡述了強夯法在加固大型儲油地基方面的應用。
  6. Application of siemens pcs7 in supervision system of pot district

    7在罐區監控系統中的應用
  7. Code for design of fire - dike in storage tank farm

    罐區防火堤設計規范
  8. At the beginning of this thesis, the lonworks fieldbus technology and its application in the oil tank gauging system are presented

    本文首先介紹現場總線技術發展以及lonworks技術在油測量系統中的應用,結合罐區測量的原理和方法介紹了系統的結構、功能和特點。
  9. In two deep well anode ground beds at tank zone of yizheng pump station, metal oxide is used as an anode material and obtains good results

    在儀征泵站罐區的2口深井陽極地床中,採用金屬氧化物作為陽極材料,取得了較好的效果。
  10. The construction management of a pipeline project in iran

    伊朗納卡罐區總承包的管道施工管理
  11. The oil loading system and the management of oil bin in the oil - bin area is intensive and the measurement method is under - developed at present time. in order to resolve this problem and realize the automatic management, this thesis analyzed the demands of the system, and then integrated the optical fiber sensing technology, the advanced computer technologies of hardware and software, the technologies of intelligent instrument, auto - control and communication ; finally a distributed and intelligent monitoring system of the automatic oil - loading system was developed. the thesis contains hardware design, software design and communication design

    為了解決罐區裝車手動付油與油手工檢尺測量勞動強度大,方法落後以及油庫安全性要求非常高的問題,提高油庫自動化和信息化管理水平,本文從監控系統用戶需求與功能分析入手,結合當前飛速發展的光纖傳感技術、計算機軟體、硬體技術、智能儀表技術、自動控制技術和通訊技術,開發了一套用於石化行業的基於光纖傳感技術的集自動付油管理及儲油液位、溫度等安全檢測功能於一體的油自動付油管理系統。
  12. High efficiency fire fighting foam system piped to all tanks. paved roads surrounding the tank bays for easy access with emergency vehicles. emergency response and personnel protection equipment and training

    碼頭還設有先進的消防系統,包括環繞罐區的消防路、消防冷卻水管線和泡沫滅火劑管線,消防水管用穩壓泵維持壓力,自動啟動。
  13. Use the profibus technology, and set a consummate profibus network. 3. fetch in flow manage mechanism, process entirely online safety analysis and safety supervise to tins section manufacture

    ( 3 )在對液化氣罐區生產特點進行科學分析的基礎上,引進流程管理機制,對罐區生產進行全面的在線安全分析、安全監督、一旦有危及安全的操作,進行安全控制、完成安全控制系統的開發。
  14. This article aim at the actuality of petroleunu liquefied petroleum gas tins, complete analysis the process of petroleum -, liquefied petroleum gas tins safety manufacture. by applying optical fiber sensing technology, profibus technology, network technology, communication technology, automatic control technology and safe analysis plan, establishing petroleum > liquefied petroleum gas tins manufacture and safety control system that can manufacture manage, process control, safety supervise and accident predict on " ethernet " network

    本文針對石油、液化氣罐區現狀,對石油、液化氣罐區安全生產過程進行全面分析,在基於光纖傳感技術、 profibus現場總線技術和計算機控制技術基礎上應用網路技術、通信技術以及安全分析方法,在「 ethernet 」網路建立具有生產管理、進程式控制制、安全控制、事故預案等功能的液化石油氣罐區生產與安全雙重控制系統。
  15. From the viewpoint of method, the first step is to determine the available investment options or opportunity set of the locations of crude oil tankers zone involving some six representative factors such as the unit engineering expense, unit operating cost, constructing period, the location land features, unit constructing engineering amount, unit land opportunity cost. these factors stem from the economic, societal and environmental regulations and rules. the second step is to specify how to choose among these available options

    從方法上來看,首先確定以單位工程造價、單位運行成本、建設期、地形特徵、單位土建工程量、單位土地機會成本等六個綜合經濟、社會及環境指標為代表的原油罐區方案決策目標集,其次制定桃園、西山、填海三個決策待選方案,然後建立基於優先關系的相對優屬度矩陣及各影響因素的權重集,從而進行模糊動態規劃評價,最後優選出最佳的桃園方案。
  16. Aimed at the present status of detecting oil storage fluid, the article advances a method which utilizes the dramatic feature of optical fiber sensor to develop the optical fiber liquid height meter, and to substitute the manual examination means, and supplements the optical fiber liquid overhead alarm equipment, the optical fiber grating temperature sensor, and uses the network technique to build the optical fiber sensing safety supervisory system to realize the intelligent examination of oil - tank area, thereby avoids or decreases occurrence and the risk of accident, and supplies the reliable guarantee for the big - and - middle - sized tank farm safe production

    本文針對儲油液位的檢測現狀,提出利用光纖傳感器的特點研製光纖液位計,取代手工檢測的方法,輔以光纖液位高位報警器,光纖溫度傳感器,並應用網路技術構建光纖傳感安全監測系統,實現石油罐區的智能監測,從而避免或減少事故的發生,降低風險,為大中型油庫的安全生產管理提供可靠的保障。本文首先對安全監測系統中的核心硬體? ?光纖液位計的工作原理及特點進行了介紹。
  17. In this paper, an oil tank monitoring system that consists of the optical fiber liquid level meter, optical fiber grating temperature sensor and optical fiber overhead alarm equipment is formed through the optical fiber technology

    本文利用光纖傳感技術研製的光纖液位計,光纖光柵溫度傳感器,光纖液位高位報警器組成油罐區監測系統,使得現場完全避免電信號,安全得到可靠保障。
  18. Automation of tank batteries

    罐區自動化
  19. With the blending ratio calculated from production scheduling, a mixed integer programming model of oil storage and transfer scheduling is proposed based on the oil inventory and output planning, the problem of oil storage both in the port tank and in the refinery tank are solved, the results can be used for the oil management

    根據煉油生產調度得到的油品調合比例,結合產品庫存和出廠計劃,對成品油的調合問題進行了描述。並分別以廠內罐區和碼頭罐區為對象,提出了成品油儲運調度的混合整數規劃模型,從而解決了成品油調合、存儲和移動等一系列問題,為成品油罐區的管理提供了技術支持。
  20. These years, with people realize the oil tins section bale sequel, the automatic control and manage modernization develop very much

    近幾年,隨著人們對罐區災難性事故後果的認識和提高,罐區自動化控制和管理現代化有了相當的發展。
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