Abstract
Abstract
Abduliyah field is one of the major fields in the West Kuwait asset where the Najmah shale (Kerogen unit) is present. The Najmah shale is a high Kerogen content, calcareous mudstone and is considered the main source rock for shallower depth oil reservoirs in Kuwait, due to the shortage of data especially core data at reservoir condition there is enormous uncertainty in the determination of the unconditional reservoir properties that need to be evaluated to confirm both economic and operational success. An integrated logging approach was implemented using pressurized sidewall rotary coring, magnetic resonance, borehole image logs, conventional logs, and core analysis to assess the Najmah storage volume, and quantify the potential hydrocarbon fluids in place and provide a time and cost-efficient method of reservoir evaluation.
Reference5 articles.
1. J.
Pinkett
, D.Westacott, ., 2016, innovative sidewall pressure coring technology improves reservoir insight in multiple application, SPWLA 57th Annual Logging symposium, June 25-26, 2016.
2. Charlie
Jackson
2020, Rotary Sidewall coring advancements for deep water, Including a coring background overview, SPWLA 61st Annual logging symposium, June 24 to July 29, 2020, SPWLA-5002.
3. Ali, M., Hegazy, G.M., ., 2014, First Wireline and Elevated Pressure Coring in UAE – Saved 30% of Coring Time for Shallow Reservoirs & Delivered Realistic Fluids and Gas Saturations, SPE-171866-MS, Abu Dhabi International Petroleum Conference.
4. L.F
Quinter
2020, reservoir pressure in tight gas formations from pressurized core system, SPWLA 61st Annual logging symposium, June 24 to July 29, 2020, SPWLA-5027.
5. M.
Eid
, ., 2018, Petrophysics of source rocker Reservoir: A complete workflow, SPE-192240-MS, SPE Kingdom of Saudi Arabia Annual Technical symposium and exhibition