SmartPlant P &ID( 266071)

-Sma rtP lant P &ID , PID , SmartP lant P&ID ,SmartP lant P&ID;;Oracle

0

, 20 PID , PID , PID , PID , PID( 1)

1 PID

AutoPlant PID Bent ley-Rebi s Au toCAD MicroSt aionPlantSpace PID Bentley Au toCAD MicroSt aion

VANTAGE Plant

Engineering PIDAVEVA AutoCAD

PDS 2D Intergraph M icroS taion

SmartP lant P&ID Intergraph SmartP lant P&ID PID , Intergraph 1999(Oracle SQL) , , , ,SmartPlant P&ID PID , PID ,

21 ,

SmartPlant P&ID , , Smar tP lant P&ID , Basf Bechtel KBR Worley Parsons , A utoCAD , , , ,

1 SmartP lant P &ID[ 1]

Smar tPLant P&ID: , , , Smart-Plant P&ID : ,

1.1(1)Smar tP lant Engineering M anager

,

, , ( 1)

(2)Data Dictionary Manager PID

,

20 Computer Ap pl ications of Petroleum 2010 , Total 67 No.3

, , 2007 , ,

,

1SmartPlant Engineering Manager (3)Catalog Manager A utoCAD

, Catalog M anager ,

(4)Filter Manager

, fil ter , ,

(5)Fo rmat Manager PID ,

, ,

1.2 (1)Drawing Manager SmartPlant Engee ring M an-

age r , , , , A1 ,A0 , AutoCAD ,

, ,

, , ,( 2)

2Draw ing M anage r (2)Insulation M anager , ,

,

(3)Options M anager

(4)Rule M anager

, , , ( 3)

3

21 672010 3

(5)SmartP lant P &IDSmartPlant P &ID

, , ,

2 SmartPlant P &ID[ 2]

, SmartP lant P&ID , PID , SmartPlant P &ID , CAD ,SmartPlant P &ID , PID , , PID PDS Intools , , , SmartPlant P&ID( 4)

4SmartPlant P&ID2.1 (1) Smar tP lant P&ID

, (2) (3)SmartPlant

P&ID ,:Fluid Code Piping M aterial Insula-tion Purpose

(4) ,

(5)

(6) Smar tSke tch2.2 PID , ,

2.3 ,

, ,

2.4 ,

, , ,

2.5 (

), PID ,

2.6

, ( 5) PID

5SmartP lant P &ID

3 SmartPlant P&ID

3.1 PID

, , Smar tP lant

22 Computer Ap pl ications of Petroleum 2010 , Total 67 No.3

P&ID , , ,

3.2 PID ,

, , , , ,( 6) , , , ,

6SmartP lant P &ID3.3 , ,

, ,

3.4 , ,

, , ,() , PID

3.5 PID ,

, ,

4 SmartPlant P&ID

4.1 SmartP lant P&ID , PID

, , ,

4.2 ,

, PID , , , , PID , , , , , ,

4.3 Smar tP lant P&ID ,

, ,

4.4 PID ,

, ,

5

, Smart-Plant P&ID , ,

[ 1] SmartPlant P&ID Creat ing a P&ID Cours e Guide , Interg-

raph.Co 2007[ 2] SmartPlan t P&ID Setu p and Cu stomization Course Labs , In-

tergraph.Co 2007

23 672010 3

The oilfield development da tabase is a common applicat ion system based on development product ion ,namely a comprehensive sy stem w ith computer and netw ork as a main par t and data acquisi tion , data t rans-mission , data sto rage data display as a center.The paper analyses the advantages o f the system in Bohai oi l-f ield development and existing problems in practice.It gives suggestions about further improvements of thedatabase w hich w ill provide reference fo r domestic digi tal oi lfield const ruction.

Key words:oilfield development;database design;inquiry sy stem;WebGIS navigationAPPLICATION OF SMARTPLANT P&ID IN OIL REFINING PROJECT/Xu Xingang , Nie Cheng , WenS hichang , et al , East China Design Branch of China Petroleum Engineering &Const ruction Corporat ion ,CA P ,2010(3):20-23

The paper presents applicat ion of the intelligent mapping sof tw areSmartPlant P&ID in domestic oilrefining project.It is involv ed in the function , management and application of the sof tw are.The tradi tionalPID design flow is changed , and a new f low of SmartPlant P&ID and responsible person are proposed.It ishelpful to improve design quality and efficiency o f a project.

Key words:SmartP lant P&ID;process inst rumentation drawing;Oracle databaseTHE INTEGRATED OIL PRODUCTION MANAGEMENT BASED ON SOA STRUCTURE/Li Qingxian ,ZhaoMeigang ,Zhang Xinzheng , No.2 Oil Production Plant of Xinjiang Oilfield Corporation ,CAP ,2010(3):24-27

In order to solve information island problem , a high performance sy stem of data integration , application integra-tion and online business exchange is established.It uses metadata model , MDA model driving and component develop-ment to construct the data management platform.Integration of several systems in oil production management is real-izee with the custom-made mode of a business model.Interconnection , intercommunication and intermodulation a-mong subsy stems are achieved.It has gained good result in application.

Key words:SOA;custom-made business model;model driving ;integrat ionPROBLEMS AND SOLUTION IN OIL AND GAS TRANSMISSION PIPELINE ACCIDENT EMERGENCYRESPONSE/Zhu Bent ing ,Wu Ming , Chen Jun ,School of Storage and Architecture Engineering , LiaoningS hihua University ,CAP , 2010(3):28-31

The characteristics o f oil and gas pipeline t ranspor tation determine the nature o f an incident in oi l and

gas t ransmission---g reat harm and influence.In o rder to ensure safe operation of pipeline , i t i s ex-t remely urgent to complete the emergency response fo r pipeline accidents in pet roleum industry so that

w hen a pipeline accident happens , perfect emergency org anization and co rrelat ive information techno logycan be started ef fectively and in time to reduce the lo ss to least , such as sw itching of f the upst ream oil andgas source in time , rapid f ire suppression and reasonably resource disposit ion , faci li ty maintaining , materi-al supply and medical treatment aid , etc.A so lution w ith relev ant technology is proposed based on theproblems existing in the eme rgency re sponse sy stem .Implement of technical propo sals can improve the e-mergency response capacity o f ente rprises , prevent and reduce lo sses caused by accidents and disasters.Iti s o f g reat signif icance to insure the public security of life and proper ty and maintain social stability .

Key words:pipeline;accident;emergency responseAPPLICATION OF RELIABILITY OF THE DISTRIBUTED COMPUTING ENVIRONMENT TO PRODUC-TION SECURITY IN GAS FIELDS/Yang Li ,Cho Xiedong , School of Computer Science , Southw est Petro-leum University ,CAP , 2010(3):39-42

Through analy sing how to improve reliability of the distributing multi-layer application system , the paper pres-ents some kind of key techniques such as database connection pool , object pool , fault-tolerance model based on brief-case mechanism and dynamic load balance model based on negative feedback mechanism.It explains application ofthese techniques in production security with combination of DCOM /COM +middleware and some cases.It providesan effective method for design and development of the high reliability system.

Key words:database connection pool;object pool;faul t-to lerance model;dynamic load balanceDISCUSSION OF THE SIO2 CONTENT INDEX OF THE THERMAL RECOVERY BOILER FOR HEAVYOIL PRODUCEDWATER RECYCLE/Ding Wancheng ,Wang Zhuofei ,Wu Ping , Schoo l of Pet roleum Engi-nee ring SWPU ,CAP ,2010(3):43-46

From SiO2 scaling mechanism in a boiler , the paper analyses the relationship and inf luencing factorsbetween SiO2 scaling and pressure , tempe rature , quality of steam , PH value , alkalinity and different com-ponents in feedw ater.It is veri fied thoug th field tests and dissection o f boiler tube.Resul ts show tha t SiO2content w hich is more than 50mg / L , stated in SY /T 0097-2001standard , is justif ied.So i t i s necessa ryto revise SY/T0097-2001 standard.

Key words:SiO2 content;scaling ;standard

Computer Ap pl ications of Petroleum 2010 , Total 67 No.3