Analysis of inflow control devices /

Inflow Control Devices (IDCs) were developed to avoid water coning problems in long horizontal wells. The model of the ICD consists of pressure drop equations from the reservoir, through the screen, the flow conduit, the ICD nozzle and into the production tubing along with pressure drop through the...

Descripción completa

Guardado en:
Detalles Bibliográficos
Publicado en:JPT, Journal of Petroleum Technology
Autor principal: Aadnoy, Bernt S.
Formato: Sin ejemplares
Lenguaje:Inglés
Materias:
Acceso en línea:www.spe.org
LEADER 01465Cab#a2200253#a#4500
001 OPEANA000698
005 20121017080314
008 201008 2010 xxu|||||e|||||||||||eng d
040 # # |a OPE  |b spa  |c OPE 
092 # # |s Hemeroteca 
100 1 # |a Aadnoy, Bernt S.  
245 # 0 |a Analysis of inflow control devices /   |c Bernt S. Aadnoy, Geir Hareland. 
300 # # |a p. 52 - 53 :   |b gráf. ;   |c 27 cm. 
520 # # |a Inflow Control Devices (IDCs) were developed to avoid water coning problems in long horizontal wells. The model of the ICD consists of pressure drop equations from the reservoir, through the screen, the flow conduit, the ICD nozzle and into the production tubing along with pressure drop through the lower completion system. Evaluating the model shows that turbulent flow through the ICD dominates the pressure drop, indicating density controlled flow. The flow rate will vary with degree of depletion. A new ICD concept can maintain constant flow regardless of the degree of field depletion. 
650 # 7 |a Pozos de petroleo  |2 Tesauro Spines 
650 # 7 |a Control de calidad en el proceso  |2 Tesaruro Spines 
650 # 7 |a Equipos de control  |2 Tesauro Spines 
653 # # |a Sistema de producción 
653 # # |a Terminación de pozos petroleros 
653 # # |a Pozos horizontales 
773 # # |a JPT, Journal of Petroleum Technology  |b Vol. 62, Nº 5 (Mayo 2010).  |d United States : Society of Petroleum Engineers (SPE) 
856 # # |u www.spe.org 
908 # # |a imp 
999 # # |a Guido