Schlumberger Technology Corporation

Cellino Biotech, Inc.

Matthew T Sullivan

Christopher Harrison

Elizabeth Jennings Smythe

Matthias Wagner

Ozge Whiting

Suvi Aivio

Catherine Pilsmaker

George Harb

Steven Nagle

Anthia Toure

Ananya Zutshi

Arnaldo Pereira

Mariangela Amenduni

Maya Berlin-Udi

Stefanie Morgan

Nick Seay

Scott Luro

Youxiang Zuo

Shunsuke Fukagawa

Sang Lee

Oliver Clinton Mullins

Adriaan Gisolf

Cosan Ayan

Michael Mallari Toribio

Chetankumar Natwarlal Desai

John Meier

Kai Hsu

Jacques A Jundt

Hua Chen

Robert J Schroeder

Farshid Mostowfi

Anthony Robert Holmes Goodwin

Hadrien Dumont

Vinay K Mishra

Christopher Albert Babin

Li Chen

German Garcia

Abhishek Agarwal

Andreas Hausot

Dan Eugen Angelescu

Alexander Stange

Sangkyun Lee

Lukas Vasadi

Brian Oliver Clark

Edward Harrigan

Bhavani Raghuraman

Shahnawaz Hossain Molla

Albert Ballard Andrews

Abdel Kharrat

Douglas W Grant

Vincent Joseph Sieben

John Ratulowski

Shawn David Taylor

Sophie Nazik Godefroy

Joyce Wong

Philippe F Salamitou

Younes Jalali

Kamal Kader

Anthony Smits

Ahmad Latifzai

Dan Angelescu

Michael Stangeland

Sophie Godefroy

Bradley Martin

Ryota Tonoue

Tyler Stenstrom

Graham Drummond

Florence Le Gallic De Kerizouet

Isabelle Etchart

Antoine Fornari

Disclosed herein are platforms, systems, and methods including a cell culture system that includes a cell culture container comprising a cell culture, the cell culture receiving input cells, a cell imaging subsystem configured to acquire images of the cell culture, a computing subsystem configured to perform a cell culture process on the cell culture according to the images acquired by the cell imaging subsystem, and a cell editing subsystem configured to edit the cell culture to produce output cell products according to the cell culture process.

Platforms and systems for automated cell culture

Embodiments presented provide for a method and apparatus for testing a sample fluid for asphaltene deposition. The apparatus provides two testing cylinders and a transfer pump to transfer fluid from the first cylinder to the second cylinder and back again while pressure is varied on the testing fluid, while a spectrometer evaluates the fluid during the pressure variation.

High temperature high pressure asphaltene deposition/inhibitor screening test

Asphaltene onset pressure of a formation fluid is determined by subjecting the fluid to a plurality of tests where depressurization is conducted at a different depressurization rate for each test while optically monitoring the fluid for asphaltene flocculation. The pressures at which asphaltene flocculation are detected in each test are fit to a curve as a function of depressurization rate, and the curve is extrapolated to a pressure (e.g., 0 psi) to provide the asphaltene onset pressure.

Method and system for determining asphaltene onset pressure

Embodiments of the disclosure can include systems, methods, and devices for determining saturation pressure of an uncontaminated fluid. A technique facilitates fluid analysis in situ at a downhole location. Downhole saturation pressure measurements and downhole OBM filtrate contamination of a contaminated fluid may be obtained and a relationship may be determined between the saturation pressure measurements and OBM filtrate contamination. The relationship may be extrapolated to zero OBM filtrate contamination to determine the saturation pressure of the uncontaminated fluid. According to an embodiment, a sample of oil is obtained at the downhole location from oil in a reservoir. A downhole sampling system is used to determine whether a sample has contamination and other selected characteristics of the sample. The data obtained may be processed to provide a formation volume factor of the oil.

Methods and systems for estimation of oil formation volume factor

Methods for obtaining in-situ, multi-temperature measurements of fluid properties, such as saturation pressure and asphaltene onset pressure include obtaining a sample of formation fluid using a downhole acquisition tool positioned in a wellbore in a geological formation. The downhole acquisition tool may be stationed at a first depth in the wellbore that has an ambient first temperature. While stationed at the first depth, the downhole acquisition tool may test a first fluid property of the sample to obtain a first measurement point at approximately the first temperature. The downhole acquisition tool may be moved to a subsequent station at a new depth with an ambient second temperature, and another measurement point obtained at approximately the second temperature. From the measurement points, a temperature-dependent relationship of the first fluid property of the first formation fluid may be determined.

Methods for in-situ multi-temperature measurements using downhole acquisition tool

Embodiments of the disclosure can include systems, methods, and devices for determining saturation pressure of an uncontaminated fluid. Downhole saturation pressure measurements and downhole OBM filtrate contamination of a contaminated fluid may be obtained and a relationship may be determined between the saturation pressure measurements and OBM filtrate contamination. The relationship may be extrapolated to zero OBM filtrate contamination to determine the saturation pressure of the uncontaminated fluid. In some embodiments, OBM filtrate contamination may be determined from downhole saturation pressure measurements during pumpout of a fluid.

Methods and systems for correction of oil-based mud filtrate contamination on saturation pressure

Apparatus and methods for obtaining a data response of a fluid as a function of pressure of the fluid, and estimating a dew point pressure of the fluid by detecting an inflection pressure, a downward curve pressure, a characteristic change pressure, and an intersection pressure of the function representative of the data response. The estimated dew point pressure of the fluid based on at least one of the inflection pressure, the downward curve pressure, the characteristic change pressure, and the intersection pressure.

Prediction of saturation pressure of fluid

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Westwood, MA, United States of America

Matthew T Sullivan