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Incorporating enhanced-recovery focus into field-management practices as early as possible is finally becoming the norm.

Cementing operations represent one of the more critical aspects concerning well integrity.

This paper describes thermal modeling and its combination with drilling-fluid analysis to reveal concealed changes in well conditions during various drilling and completion operations.

A large mature onshore Saudi Arabian oil field is producing sour crude oil that multiplies well-integrity challenges.

For the planning of an enhanced-oil-recovery (EOR) project in a major mature oil field in east Malaysia, an extensive routine-core-analysis (RCA) and special-core-analysis (SCAL) program has been performed on unconsolidated clastic reservoir rocks.

One of the key aspects of safety in mature fields is to maintain well integrity, which is associated directly with maximizing well productivity and minimizing risks to personnel and environment.

The number of aging offshore facilities in the Asia Pacific region is increasing. The decision to extend the service life of an offshore asset is made on the basis of detailed technical analyses combined with detailed economical evaluations.

This work presents a methodology to construct a sector model for the Tengiz field that covers one-sixth of the field area to evaluate improved-/enhanced-oil-recovery (IOR/EOR) processes to increase oil recovery through the life of the field.

This paper proposes a novel concept of low-salinity-water-alternating-gas (LSWAG) injection with CO2 under CO2-miscible-displacement conditions.

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