DFITs/RFITs
To aide in the planning of efficient well stimulation, DFITs have become standard practice. During the test, a solution is pumped with the intention of fracturing the formation but is stopped as soon as breaking occurs. Conducting DFITs to determine reservoir pressure, permeability, fracture gradients, and fracture closure pressure can maximize savings on frac designs.
Features & Benefits
- Reduce time and cost by 50% on average by having access to real-time data
- Synchronized turbine flow meter and pressure data
- Text and email alerts keep you aware of your operations
- Evaluate depletion and anticipate frac communication
- High resolution, high accuracy data
DFITs/RFITs Tools:
The Workhorse of Our Tool Line.
Small in size, but big on features, our EBOT boasts a bomb-proof enclosure that houses a large-capacity, incorruptible memory bank, and a temperature-compensated silicon transducer, for reliability and accuracy over extended durations. The EBOT’s onboard LCD screen also allows for snapshot viewing of current readings, and peace of mind in knowing the gauge is turned on and recording.
EBOT - Digital Pressure Gauge
Real-Time Data Transmission
Throughout the use of any Reservoir Data Systems tools, the user will have the option to be directly connected to any or all tests being conducted via the FASTRACK. This grants access to an online portal, which allows the user to remotely view and monitor ongoing tests from any device with a web browser.
Fastrack - Communications System
Let the pump company pump, we’ll handle the data
The FLOWBOT is a fine-tuned, in-line instrument with robust 1502 connections, suitable for both high and low rate metering of liquid and gases. The accuracy is untouchable by standard pump truck equipment, and as an added bonus, the data can be transmitted and viewed in real time.
Flowbot - Turbine Flow Meter
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DFIT Related Blog Post:
Frac Interference
In a time where it is not uncommon to see several wells drilled on a single pad, monitoring your offset wells for interference is more important than ever. Using EBOT’s paired with the Fastrack communication system to record and stream pressures of clustered wells that are offset to a well being fractured can reveal inter-well pressure interference/communication in certain zones and can lead to corrective measures to optimize well spacing and maximize production.
Features & Benefits
- Monitor and/or protect offset wells during pressure pumping
- Perfectly time-synchronized data regardless of well location
- Evaluate well spacing and frac designs
- Understand where your fracture is going
- High resolution, high accuracy, one-second data
- Perfect solution for SWPN, Reveal, FDI, and other frac analysis/diagnostics
Frac Interference Tools:
The Workhorse of Our Tool Line.
Small in size, but big on features, our EBOT boasts a bomb-proof enclosure that houses a large-capacity, incorruptible memory bank, and a temperature-compensated silicon transducer, for reliability and accuracy over extended durations. The EBOT’s onboard LCD screen also allows for snapshot viewing of current readings, and peace of mind in knowing the gauge is turned on and recording.
EBOT - Digital Pressure Gauge
Time Synchronized Data Van Transmission
Real-time stand-alone acquisition package for completions monitorin. Ties into existing DAQ in van/laptop. Internal data storage for data redundancy. Streams data via its own modem/hardware. Field Requirements: Serial port from DAQ (RS-232, TCP/IP,USB) Power outlet
Link - Serial Data Transmission
Real-Time Data Transmission
Throughout the use of any Reservoir Data Systems tools, the user will have the option to be directly connected to any or all tests being conducted via the FASTRACK. This grants access to an online portal, which allows the user to remotely view and monitor ongoing tests from any device with a web browser.
Fastrack - Communications System
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Frac Interference Related Posts:
Fluid Levels
On occasion, customers will come across a well that is underperforming due to the loading of a liquid column. In gas wells, the ABOT system is used by our skilled technicians to first identify the severity of liquid loading, allowing customers to quickly plan a course of remediation, and then to monitor the progress of the recourse. In oil wells, understanding liquid levels can help customers determine a well’s producing rate efficiency and maximum production potential.
Features & Benefits
- Options for manual or automated shots for continuous testing
- Estimate bottom-hole pressure calculations by pairing fluid shots with surface pressure
- Locate scale, paraffin, and other common blockages
Fluid Levels Tools:
Proving that fundamentals
Implementation scenarios range from simple production to complex completion services, both onshore and off, and are operated by our specialized Field Technicians or configured to continuously run automatically. The systems are compact and modular, with customizable components for any well condition, ensuring the best data is captured each time.
ABOT - Acoustic Well Survey System
The Workhorse of Our Tool Line.
Small in size, but big on features, our EBOT boasts a bomb-proof enclosure that houses a large-capacity, incorruptible memory bank, and a temperature-compensated silicon transducer, for reliability and accuracy over extended durations. The EBOT’s onboard LCD screen also allows for snapshot viewing of current readings, and peace of mind in knowing the gauge is turned on and recording.
EBOT - Digital Pressure Gauge
Real-Time Data Transmission
Throughout the use of any Reservoir Data Systems tools, the user will have the option to be directly connected to any or all tests being conducted via the FASTRACK. This grants access to an online portal, which allows the user to remotely view and monitor ongoing tests from any device with a web browser.
Fastrack - Communications System
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Fluid Levels Related Blog Post:
Frac Van Monitoring
To aide in the planning of efficient well stimulation, DFITs have become standard practice. During the test, a solution is pumped with the intention of fracturing the formation but is stopped as soon as breaking occurs. Conducting DFITs to determine reservoir pressure, permeability, fracture gradients, and fracture closure pressure can maximize savings on frac designs.
Features & Benefits
- Time-synchronized offset well pressures for interference monitoring
- Access all desired treatment channels in real-time
- Unbiased, third-party raw data
- Perfectly time-synced data across frac, wireline, and pump down operations
- REST API streams data directly to your database
- Custom text/email alerts for field and office personnel
- Independent, stand-alone telemetry system for robust connectivity
Frac Van Monitoring Tools:
Time Synchronized Data Van Transmission
Real-time stand-alone acquisition package for completions monitorin. Ties into existing DAQ in van/laptop. Internal data storage for data redundancy. Streams data via its own modem/hardware. Field Requirements: Serial port from DAQ (RS-232, TCP/IP,USB) Power outlet
Link - Serial Data Transmission
The Workhorse of Our Tool Line.
Small in size, but big on features, our EBOT boasts a bomb-proof enclosure that houses a large-capacity, incorruptible memory bank, and a temperature-compensated silicon transducer, for reliability and accuracy over extended durations. The EBOT’s onboard LCD screen also allows for snapshot viewing of current readings, and peace of mind in knowing the gauge is turned on and recording.
EBOT - Digital Pressure Gauge
Real-Time Data Transmission
Throughout the use of any Reservoir Data Systems tools, the user will have the option to be directly connected to any or all tests being conducted via the FASTRACK. This grants access to an online portal, which allows the user to remotely view and monitor ongoing tests from any device with a web browser.
Fastrack - Communications System
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Frac Van Related Blog Post:
Shut-In/PTA
To aide in the planning of efficient well stimulation, DFITs have become standard practice. During the test, a solution is pumped with the intention of fracturing the formation but is stopped as soon as breaking occurs. Conducting DFITs to determine reservoir pressure, permeability, fracture gradients, and fracture closure pressure can maximize savings on frac designs.
Features & Benefits
- Determine reservoir pressure, formation damage/skin, inter-well communication among other reservoir perimeters
- High accuracy, high temperature, high pressure down-hole data
- Deployed via side/pocket mandrel, X/XN/Nipple, gas-lift valve, and/or below a plug.
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Shut-In/PTA Tools:
The Workhorse of Our Tool Line.
Small in size, but big on features, our EBOT boasts a bomb-proof enclosure that houses a large-capacity, incorruptible memory bank, and a temperature-compensated silicon transducer, for reliability and accuracy over extended durations. The EBOT’s onboard LCD screen also allows for snapshot viewing of current readings, and peace of mind in knowing the gauge is turned on and recording.
EBOT - Digital Pressure Gauge
Real-Time Data Transmission
Throughout the use of any Reservoir Data Systems tools, the user will have the option to be directly connected to any or all tests being conducted via the FASTRACK. This grants access to an online portal, which allows the user to remotely view and monitor ongoing tests from any device with a web browser.
Fastrack - Communications System
Proving that fundamentals
Implementation scenarios range from simple production to complex completion services, both onshore and off, and are operated by our specialized Field Technicians or configured to continuously run automatically. The systems are compact and modular, with customizable components for any well condition, ensuring the best data is captured each time.
ABOT - Acoustic Well Survey System
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Shut-In/PTA Related Blog Post:
Tank Level Monitoring
To aide in the planning of efficient well stimulation, DFITs have become standard practice. During the test, a solution is pumped with the intention of fracturing the formation but is stopped as soon as breaking occurs. Conducting DFITs to determine reservoir pressure, permeability, fracture gradients, and fracture closure pressure can maximize savings on frac designs.
Features & Benefits
- Access your tank level data 24/7 on any device
- Acquire tank levels without strapping – reduce methane emissions
- Stay connected with real-time alerts
- Optimize pumper and trucking routes
Tank Level Monitoring Tools:
Real-Time Tank Level Monitoring Solution
Our tank level gauges are ideal for autonomously monitoring tank levels with extremely high accuracy and reliability using wireless or hardwired install practices.
Tank Level Gauge - Level Sensors
Real-Time Data Transmission
Throughout the use of any Reservoir Data Systems tools, the user will have the option to be directly connected to any or all tests being conducted via the FASTRACK. This grants access to an online portal, which allows the user to remotely view and monitor ongoing tests from any device with a web browser.
Fastrack - Communications System
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Tank Level Monitoring Related Blog Post:
Pipeline Survey
To aide in the planning of efficient well stimulation, DFITs have become standard practice. During the test, a solution is pumped with the intention of fracturing the formation but is stopped as soon as breaking occurs. Conducting DFITs to determine reservoir pressure, permeability, fracture gradients, and fracture closure pressure can maximize savings on frac designs.
Features & Benefits
- Customers see an average of 50% time & cost reduction by utilizing real-time data
- AVID portal allows for customizable downloads
- Inline flowmeter synchronized with pressure
- Text and email alerts keep you aware of your operations
- Evaluate depletion
- High frequency (1second or less)
Pipeline Survey Tools:
Proving that fundamentals
Implementation scenarios range from simple production to complex completion services, both onshore and off, and are operated by our specialized Field Technicians or configured to continuously run automatically. The systems are compact and modular, with customizable components for any well condition, ensuring the best data is captured each time.
ABOT - Acoustic Well Survey System
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Pipeline Survey Related Blog Post:
Completion Shots
To aide in the planning of efficient well stimulation, DFITs have become standard practice. During the test, a solution is pumped with the intention of fracturing the formation but is stopped as soon as breaking occurs. Conducting DFITs to determine reservoir pressure, permeability, fracture gradients, and fracture closure pressure can maximize savings on frac designs.
Features & Benefits
- Options for manual or automated shots for continuous testing
- Estimate bottom-hole pressure calculations by pairing fluid shots with surface pressure
- Locate scale, paraffin, and other common blockages
Completion Shots Tools:
Proving that fundamentals
Implementation scenarios range from simple production to complex completion services, both onshore and off, and are operated by our specialized Field Technicians or configured to continuously run automatically. The systems are compact and modular, with customizable components for any well condition, ensuring the best data is captured each time.
ABOT - Acoustic Well Survey System
The Workhorse of Our Tool Line.
Small in size, but big on features, our EBOT boasts a bomb-proof enclosure that houses a large-capacity, incorruptible memory bank, and a temperature-compensated silicon transducer, for reliability and accuracy over extended durations. The EBOT’s onboard LCD screen also allows for snapshot viewing of current readings, and peace of mind in knowing the gauge is turned on and recording.
EBOT - Digital Pressure Gauge
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Completion Shots Related Blog Post:
Custom
We have the potential to monitor nearly any application and provide you with real-time high resolution/high-quality data. Let us know what your needs are and we will make it happen.
Best practices for better DFITs
10 Tips for pumping better quality, more successful Diagnostic Fracture Injection Tests (DFIT) – 10 Habits of Highly Successful DFITs from John Kalfayan
Have you read this whitepaper?
SPE paper : 189835 Delineating Stacked Pay with Existing and Emerging Diagnostic Tools by K. Haustveit (Devon Energy), H. Greenwood (Devon Energy) Here at RDS, we have carved out a couple of niche specialties in the industry — Diagnostic Fracture Injection Tests (DFITs) and offset-well pressure monitoring. Although DFIT technology was pioneered many years ago, […]
Have you read this whitepaper?
SPE paper 169539: Diagnostic Fracture Injection Tests: Common Mistakes, Misfires, and Misdiagnoses by R.D. Barree, J.L. Miskimins, and J.V. Gilbert, Barree & Associates. Over the last twenty years, Diagnostic Fracture Injection Tests, or DFIT’s, have evolved into commonly used techniques that can provide valuable information about the reservoir, as well as hydraulic fracture treatment parameters. […]