Ross McCartney has just presented a paper entitled “Everest Well ET-14z: The Complexity of Produced Water Production Revealed” at the SPE Scale Symposium in Aberdeen. The paper was co-authored with Peter Wood and Kevin Angus of Harbour Energy plc. This paper shows how a modified well test was undertaken to help understand the multiple reservoir and downhole factors causing the produced water compositions from ET-14z to be very variable. Once these factors were understood, it was possible to reliably determine the scale and formation damage risks to the well (see the abstract here).

Our Services
Acquisition of Formation Water Samples and Analyses

Services Beneficial to Scale Management

- Scale predictions
- Interpretation of produced water analyses
- Geochemical and reactive transport modelling
- Quantifying the effect of reservoir reactions on produced water scaling risks
- Identification and quantification of injection water breakthrough
- Identifying and interpreting spatial variation of formation water compositions
- Water allocation
Services Beneficial to Reservoir Management
