Nothing Special   »   [go: up one dir, main page]

van Wingaarden et al., 2013 - Google Patents

Produced water deoiling system qualification program

van Wingaarden et al., 2013

Document ID
1392188805806341785
Author
van Wingaarden H
Lammers B
Tienhaara M
Publication year
Publication venue
Offshore Technology Conference Brasil

External Links

Snippet

Efficient and robust produced water treatment technology is necessary for many oilfield explorations because of increasingly strict discharge regulations, but also for applications to debottleneck mature fields, as well as for subsea applications with produced water re …
Continue reading at onepetro.org (other versions)

Similar Documents

Publication Publication Date Title
Dudek et al. Colloid chemistry and experimental techniques for understanding fundamental behaviour of produced water in oil and gas production
US10112848B2 (en) Emulsion extraction and processing from an oil/water separator
van Wingaarden et al. Produced water deoiling system qualification program
Sinker et al. Enhanced deoiling hydrocyclone performance without resorting to chemicals
Schook et al. Debottlenecking of Mature Field Production through the Use of Very Compact and Efficient Separation Equipment, Topside or Subsea
Zhao et al. High pressure testing of a pilot subsea compact flotation unit
Lavenson et al. Kinetics of fluid phase behavior changes: A critical uncertainty for offshore field development
Shaiek et al. SpoolSep for subsea produced water separation-experimental results
Oshinowo et al. Verification of a CFD-population balance model for crude oil separation efficiency in a three-phase separator–effect of emulsion rheology and droplet size distribution
Olson et al. Qualification of a Subsea Separator with On-line Desanding Capability for Shallow-water Applications
Husveg et al. Operational control of hydrocyclones during variable produced water flow rates—Frøy case study
Gul et al. Performance Testing of a Two-stage Produced Water De-oiling System for Subsea Applications
Westra et al. Qualification of inline dewatering technology
Farrell et al. Asphaltenes Risk Assessment and Mitigation–Designing Appropriate Laboratory Test Protocols
Husveg et al. Reviewing cyclonic low-shear choke and control valve field experiences
Finborud et al. New method for improving oil droplet growth for separation enhancement
Wang et al. Compact Multiphase Inline Water Separation (IWS) System—A New Approach for Produced Water Management and Production Enhancement
Walsh et al. Produced water treating systems-comparison between North Sea and deepwater Gulf of Mexico
Monteiro et al. Test Results of a Comparison between a Conventional and Low Shear Valve and Its Effect on Water/Oil Separation
Dellarole et al. A new downhole oil-water separation system
Riesenberg et al. Two-Stage De-Oiling Testing for Qualification with MEG Presence
Husveg et al. A cyclone-based low shear valve for enhanced oil-water separation
Anres et al. New solutions for subsea produced water separation and treatment in deepwater
Shaiek et al. Sand management in subsea produced water separation unit–review of technologies and tests
Gul et al. Enabling Subsea Produced Water Reinjection through In-line Water Treating and Monitoring Technologies for Deep Water Applications