Schlumberger Technology Corporation

Sensia Netherlands B.v.

Services Petroliers Schlumberger

Geoquest Systems B.v.

Matthew Worthington

Shingo Watanabe

Frode Bratvedt

Trevor Graham Tonkin

Mohamed Osman Mahgoub Ahmed

Vadim Blekhman

Ying Wang

Jonathan Wun Shiung Chong

Christy Rubenstein

Nam Tuan Nguyen

Jeffery Anderson

Kim Fah Goh

Carlos Rocha

Alex Bird

John MacDonald

Emmanuel Coste

Robb Wheatley

Yves-Marie Subervie

John Macdonald

Jonathan Wunshiung Chong

Trevor Tonkin

A method can include receiving time series data acquired during equipment operations at a plurality of natural resource sites; detecting operational events using the time series data; ranking the operational events; associating each of the operational events with a corresponding operational action; and outputting at least a portion of the ranked operational events, each with its corresponding operational action.

Oilfield system

Defining flow control device configurable positions include executing a reservoir simulator on a reservoir model to obtain a collection of flow control device settings defined in continuous space. For each number of multiple numbers of clusters, a cluster analysis is individually performed on the collection to obtain a set of flow control device configurable positions. The set includes the number of flow control device configurable positions and its corresponding inflow area or diameter. Performing the cluster analysis across the numbers generates multiple sets for the multiple numbers of clusters. The sets of flow control device configurable positions are compared to obtain a selected set of flow control device configurable positions, which is presented in a completion design.

Flow control device openings for completion design

Using a reservoir simulator, a reservoir model state is obtained. The reservoir model state is used to trace streamlines to obtain streamline trajectories and detect fluid fronts along the streamlines. Using the streamline trajectories, the streamlines are connected to wells. The streamlines are grouped for multiple granularity levels, into groups to obtain a grouping hierarchy. Through the granularity levels of the grouping hierarchy, fluid front time of flights are determined for the groups, and target flowrates assigned to completion devices based on the fluid front time of flights to obtain target flow rates. A completion design is presented that incorporates the target flowrates.

Streamline based creation of completion design

A method includes obtaining a reservoir model for a subsurface reservoir, identifying a current state of the subsurface reservoir using the reservoir model, and a computer processor selecting an optimization function from multiple optimization functions according to the current state of the reservoir to obtain a selected optimization function. The method further includes the computer processor calculating valve positions of physical devices using the selected optimization function. The valve positions are implemented.

Method and system for reactively defining valve settings

Reservoir sweep efficiency includes obtaining fluid front arrival times for streamlines in a reservoir. A wellbore is partitioned into independent production zones, and a target flow rate is allocated to each of the independent production zones based on the fluid front arrival times. Partition choke parameters complying with the target flow rates are allocated to generate a completion design, which is presented.

Method and system for generating a completion design using a streamline model

Growing community of inventors

Houston, TX, United States of America

Matthew Worthington