Effective thermal well design and integrity management is critical in the current and future business environment because it allows industry to extend the life of a well and maximize recovery, reduce operating cost, and prevent or mitigate harmful environmental impacts. It involves the appropriate application of technical, operational and organizational solutions to reduce the risk of a wellbore failure.
Cement design, placement and evaluation (includes zonal isolation)
Well integrity considerations for infills, observation wells, and re-entry
Impact of production operations on well integrity (subcool, infill well usage, artificial lift selection, case histories)
Surface casing vent flow / gas migration
Oilfield chemistry / geochemistry
Geomechanics
Advancements in well intervention for well integrity evaluation and remediation (including wireline evaluation)
Risk assessment (includes root cause analysis, software for compliance and organization for effective usage, and failure analytics)
Instrumentation and Monitoring (surface and sub-surface)
Inflow control devices
Corrosion issues (identification and remediation)
Innovation & new technology related to sand control and well integrity (includes product qualification)
Insulated completions and applications
Construction procedures (including well head elements/components)
Regulatory & market impact (abandonments, well failure statistics, adherence to new rules)
Value add opportunities / Lessons learned / cost savings / optimization
11月29日
2016
12月01日
2016
注册截止日期
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