How to Stop the Un-Wanted Gas & Water and Improve Oil Production for Lower Costs: The Evolution of Passive and Autonomous Inflow Control Session Overview: High Water Cut (WC) and high GOR (Gas Oil Ratio) can destroy economical oil recovery for many oil reservoirs. Challenging reservoir management occurs when unwanted fluid breakthrough of water and gas occurs due to uneven influx along the wellbore. While conventional ICD (inflow control devices) with sand screens can delay breakthrough of water and gas, they are incapable of stopping unwanted gas or water completely. This presentation will review how AICV® technology functionally works and will review case studies in detail showing where and how the AICVs have been applied to stop gas and/or water and improve oil recovery
06-09-2021 | 05:00 PM - 06:00 PM AST
It will take us to the building of the world’s largest wetland water treatment facility and much more
05-29-2013 | 12:00 PM - 01:00 PM AST
The technology creates a unique set of values for the users: continuous data sets and their analyses on the well and reservoir performance over the life cycle of the field, with the improvement of enhanced oil recovery water flooding methods
07-07-2021 | 05:00 PM - 06:00 PM AST
Globally, there are approximately 5000 subsea wells and the trend is increasing driven by economics as water depths get deeper
06-10-2013 | 06:30 PM - 08:00 PM AST
Therefore, successful production from such complex reservoirs, with a typical poorly-defined gas-water contact, natural fractures, and very low matrix permeability, is heavily dependent on the stress regime requiring sufficient geomechanical analyses
01-16-2013 | 11:30 AM - 02:00 PM AST