... brine self-organizing map dimensionality reduction information variance evaluation data-driven workflow dataset carbonate reservoir concentration offshore technology conference database elsevier bv separation Introduction The problems of characterization and prediction...

... since the implementation of Standard Methods (SM) 5520B as the official standard for PW discharge to comply with environmental legislation. Historically, dispersed phase was the major component on water treatment. Therefore, most of offshore water treatment design focuses on physical separation. Since...

.... The technology is founded on decades of experience in analogous processes, employing static mixing and separation. Flue gas or process streams containing CO 2 is mixed with a solvent, in one or more stages. Effective co-current mixing of the phases is crucial to the technology's efficiency and a vital part...

... performance. To maintain production, it is required to improve quality of water treatment in order to sustain oil gain. The gas flotation is one of promising technology and practically established methods to enhance separation of oil substances and particulates from water when simple gravity separation...

...-scale FLNG to liquefy gas, using one facility to liquefy serially multiple marginal fields. investment mid-scale flng production unit metocean condition flexibility mixed refrigerant separation liquefaction technology marginal field topsides flng unit upstream oil & gas exchanger...

... limitations in an offshore production system, it is necessary to look for solutions in order to maintain economic viability by increasing oil recovery in mature reservoirs. Among some alternatives, the subsea separator represents a good prospect for dealing with these challenges. This paper aims to describe...

... purification technology separation electrocoagulation experiment downstream oil & gas characterization electrocoagulation treatment APHA, Standard Methods for Examination of Water and Wastewater . 2012 . American Public Health Association, Washington . Bayar , S. , Yildiz, Y.S...

... the oil processing and storage capacities. In these scenarios, the application of the HISEP TM , a high pressure, dense phase separation technology patented by PETROBRAS enhances production by promptly enabling the separation and reinjection of a major fraction of this CO 2 -rich associated gas...

... for such grade, enabling the start of commercial delivery of this material. In addition, experience gained in this process will promote further technological improvement of this class of products, as well more sophisticated plates. The occurrence of separations in the fractured surface of Charpy specimens...

.... The combined product had a strong influence on water separation, promoted a good O/W interface formation, and showed high quality separated water, capacity to sequester H 2 S and reduce oil viscosity. In the approval phase for subsea application via umbilicals, the product achieved satisfactory results in all...

... concerning petroleum dehydration during emulsion breaker studies. rock/fluid interaction upstream oil & gas demulsifier formulation stability emulsion artificial intelligence production chemistry flocculation agent separation experiment fluid compatibility mechanism demulsification...

... issues can have a severe impact on any field architecture but this can be remediated by the use of sand removal technologies. With the advances in separation technology and the feasibility of using subsea separation solutions, there can be many benefits in terms of reducing erosion and clogging risks...

... are installed on the seabed, outside the production well. Depending upon the free gas fraction at pump intake, ESPs (with or without previous gas separation) or multiphase pumps may be used. Examples of ESP usage outside the producing wells are the pumping module (MOBO) and the Skid-ESP. In such cases, ESPs...

... historically been important factors restricting the wider use of ESPs in subsea applications. In order to overcome the main design challenges, ESPs have been placed in caissons that enable gas/liquid separation and installation of the pump in a vertical position. This arrangement has resulted in high...

... Abstract The design of an offshore chemical EOR project involves not just reservoir engineering, logistics and chemical storage issues. Oil/water separation, produced water treatment, incompatibilities with other chemicals, precipitation on surface facilities and high salinity and hardness...

... and carbon tubes) and dense phase CO 2 separation. The aim of the combined use of such iniatives is footprint and weight reduction, higher efficiency, less energy consumption with modular design. The purpose of this paper is to present the actual strategy for developing offshore gas process in Brazil...

... field life case 1 relative value separation arrival condition upstream oil & gas feed 2 flow rate primary fg gor specification compressor power case 2 production year topsides facility OTC-26271-MS Sales Gas Production Challenges in an Ultradeep Water Field S. Orreindy, L. F...

... The Shell operated BC-10 field located in deepwater, 1650-1920m (5500’-6400’), offshore Brazil produces heavy oil in the range of API 16-24. Due to the low reservoir energy and deep water environment, 100% of BC-10 production has artificial lift. Mudline caisson separators with ESPs...

... model is very important to avoid unnecessary facility problem for a cryogenic technology application. From this study, advanced Redlich-Kwong-Soave (RKSA) model is recommended to be used for high CO 2 fluid characterization and simulation. condenser ryan holme process separation fluid modeling...

... footprint – due to space and weight constraints in offshore platforms – and energy consumption configure a central challenge in the Libra scenario. A strategy involves the separation of CO 2 from natural gas at the platform and the transportation of the processed gas to shore via pipelines. Four...