Reservoir Engineering

Helping maximize production potential through superior technology

Reservoir engineering is critical to the complete evaluation of your reservoirs. With that in mind, we have invested significantly to create a comprehensive portfolio of services. These services are supported by a network of petrotechnical experts armed with advanced answer products. Take your time to evaluate what we can do for you.

Formation and Reservoir Solutions (FRS) Reservoir Engineering

Our reservoir engineers collaborate with customers worldwide to create clearer reservoir understanding and help lower overall cost per BOE. We integrate all available data to optimize the testing program, saving significant rig time and subsequently overall formation evaluation cost. Harnessing the power of our technologies for your reservoirs, we will help improve your understanding of your reservoir.

Downhole Fluid Identification

Until now, downhole fluid analysis has been limited. Optical analyzers could tell you when your sample was pure enough to collect. Rarely could they tell you which fluid components were present and in what proportions. Understanding the fluid type, composition, and contamination is a critical part of formation testing. Our suite of sensors enables full characterization of the fluid in your reservoir.

Formation Testing

Hydrocarbon fluid identification, porosity characterization, and permeability are necessary input data for a strategy to determine intervals for drillstem tests and robust resource estimations. The gradient and samples obtained from formation testing are crucial in determining thickness, quality, and connectivity of the hydrocarbon zone. And, in turn, properly assess the commercial viability of the well. Our broad portfolio of formation testing services ensures that no matter the pressure or temperature of your well, we’re the top-tier technology provider for you.

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  TitleНазвание  DateДата
Summary Summary ICE Bibliographies
Bibliographies for ICE papers
Summary Summary Formation Evaluation
Flier
Summary Summary Exploring one of the world's largest natural gas finds in an area with no oilfield infrastructure
Halliburton’s unique, mobile wireline facilities provide cost-effective, reliable, support for operator’s deepwater exploration efforts in Tanzania.
Summary Summary New CoreVault® system helps operator confirm 2.5X more gas in place than expected
New technology improves targeting, reduces costs, and keeps samples under pressure so hydrocarbons can be accurately measured.
Summary Summary Obtaining laboratory-quality fluid analysis downhole
In East Africa, an offshore, dry gas reservoir proved that Halliburton’s new ICE Core™ technology could provide lab-quality analysis downhole.
Summary Summary Halliburton technology helps Cobalt International Energy save more than USD 10 million in presalt carbonates
Saving deepwater rig time with cutting-edge technology and collaboration
Summary Summary ICE Core® In-situ Downhole Fluid Analyses Enhances Reservoir Characterization
Consistent Sampling Increases Confidence For Field Development Decision Making
Summary Summary Perenco Uses New Workflow to Create Gains in Production and Locate New Zones Once Considered Uneconomical
Integrated Reservoir Evaluation Approach Combines MRIL® Service and RDT™ Tester
Summary Summary Halliburton saves time and money in deepwater southeast Asia
Two large-scale deepwater projects successfully launched using Halliburton’s advanced technology and top service delivery
Summary Summary Integrated Characterization Section D - HP
Reservoir Description Tool (RDT™) Formation Tester - HP
Summary Summary Integrated Characterization Section D
Reservoir Description Tool (RDT™) Formation Tester
Summary Summary Dual Probe Section
The advantage of the Dual-Port SPS is the increased flow area which enables faster flow rates and the ability to sample in very low-permeability environments.
Summary Summary Enhanced Dual-Probe Section (EPS) - HP
Reservoir Description Tool (RDT™) Formation Tester - HP
Summary Summary Enhanced Dual-Probe Section (EPS)
Reservoir Description Tool (RDT™) Formation Tester
Summary Summary ICE Core® Fluid Analysis Service
Downhole Fluid Analysis with Lab-Quality Results
Summary Summary RDT™ Formation Tester - HP - Gulf of Mexico
Data Sheet
Summary Summary Integrated Characterization Section A - HP - Gulf of Mexico
Data Sheet
Summary Summary Dual-Probe Section - HP - Gulf of Mexico
Data Sheet
Summary Summary Multi-Chamber Section
Multi-Chamber Section
Summary Summary Integrated Characterization Section B - HP - Gulf of Mexico
Data Sheet
Summary Summary Fluid-Identification Section - HP - Gulf of Mexico
Data Sheet
Summary Summary Integrated Characterization Section C - HP - Gulf of Mexico
HP Integrated Characterization Section-C
Summary Summary Multi-Chamber Section - HP - HP - Gulf of Mexico
Data Sheet
Summary Summary Flow Control Pump-out Section - HP - Gulf of Mexico
Data Sheet
Summary Summary Quartz Gauge Section–HG - HP - Gulf of Mexico
Data Sheet
Summary Summary Dual-Port-Straddle Packer High-Strength-HP - Gulf of Mexico
Data Sheet
Summary Summary Dual-Port Straddle Section - HP - Gulf of Mexico
Data Sheet
Summary Summary Bulk Chamber Section - HP - Gulf of Mexico
Data Sheet
Summary Summary Reservoir Description (RDT™) Service
When flexibility and versatility are required, the Halliburton Reservoir Description Tool (RDT™) tool collects—in a single deployment—formation pressure, fluid ID, and samples.
Summary Summary Reservoir Description Tool (RDT™) Formation Tester
When flexibility and versatility are required, the Halliburton Reservoir Description Tool (RDT™) tool collects—in a single deployment—formation pressure, fluid ID, and samples.
Summary Summary Fluid Identification Section
The Reservoir Description Tool (RDT™) Fluid-Identification Section (FLID) combines a best-in-class high-resolution density sensor with co-located complementing sensors to accurately measure miscible and immiscible formation fluids.
Summary Summary Integrated Characterization Section C
The Reservoir Description Tool (RDT™) Integrated Characterization Section (ICS) expands measurements of fluid composition downhole by using ICE Core® technology. Based on our unique multivariate optical computing technique, this enables high-resolution hydrocarbon compositional analysis.
Summary Summary Dual-Port Straddle Section
The advantage of the Dual-Port SPS is the increased flow area which enables faster flow rates and the ability to sample in very low-permeability environments.
Summary Summary Bulk Chamber Section
The RDT Bulk Sampling Section (CVS) is available in dual and single sample configuration to obtain zero shock or dump samples starting at 1 gal (3.8 L).
Summary Summary Integrated Characterization Section B
The Reservoir Description Tool (RDT™) Integrated Characterization Section (ICS) expands measurements of fluid composition downhole by using ICE Core® technology. Based on our unique multivariate optical computing technique, this enables high-resolution hydrocarbon compositional analysis.
Summary Summary Integrated Characterization Section A
The Reservoir Description Tool (RDT™) Integrated Characterization Section (ICS) expands measurements of fluid composition downhole by using ICE Core® technology. Based on our unique multivariate optical computing technique, this enables high-resolution hydrocarbon compositional analysis.
Summary Summary Quartz Gauge Section - HG
Quartz Gauge Section-HG
Summary Summary Flow Control Pump Out Section
The Reservior Description Tool (RDT™) Flow Control Pump Sections are proven to be the most versatile with a full range of differential pressures, the highest horsepower, and the fastest rates.
Summary Summary Dual-Port Straddle Packer–High Strength
The RDT Dual-Port Straddle Section uses controllable screen ports positioned at the top and the bottom of the annular interval
Summary Summary Log Viewer Version 10.0.1 - January 2018
Halliburton Log Viewer version 10.0.1 Software Download - January 2018
Summary Summary Focused Oval Pad
Wireline tool provides representative samples of a well's formation fluid, and can monitor up to eight fluid and formation properties. Also provides pressure gradient testing.
Summary Summary Reservoir Description Tool (RDT™) Tool
Wireline formation pressure testing and sampling runs should be quick, completed in a single descent, provide pure single phase fluid samples, and deliver the required pressure tests along with the associated mobilities and pressure gradients. The Halliburton Reservoir Description Tool (RDT™) employs several best in class features to help you meet these goals.
Summary Summary Xaminer® Hostile Formation Tester (XHT)
The search for hydrocarbons in HP/HT conditions should not exclude the collection of PVT samples and formation pressures. Over the last decade, Halliburton has led the way in obtaining formation pressure and samples in hostile environments. Using the same proven reliability and durability, our Xaminer® Hostile Formation Tester (XHT™) service delivers these critical evaluation components at 450°F (232°C) and 35,000 psi. Using new technology pump designs, it builds upon the proven platform of the HSFT-II™ tool.
Summary Summary ICE Core® Fluid Analysis Service
The RDT Integrated Characterization Section (ICS) expands measurements of fluid composition downhole by using ICE Core® fluid analysis technology. Based on a multivariate optical computing technique, this enables high-resolution hydrocarbons composition to be measured.
Summary Summary Hostile Sequential Formation Tester (HSFT-II™) Tool
Our Hostile Sequential Formation Tester (HSFT-IITM) tool delivers sizzling performance in extreme temperatures. This tester acquires formation pressure data and fluid samples under extreme conditions—up to 450°F (232°C), 30,000 psi, and in boreholes as small as 4 in. in diameter.
Summary Summary Fluid Identification Section (FLID) - Best-in-class high-resolution density sensor.
Fluid density is the cornerstone of fluid identification and fluid contacts downhole. Our Reservoir Description Tool (RDT™) Fluid Identification Section (FLID) combines the best-in-class, high-resolution density sensor with co-located complementing sensors to accurately measure miscible and immiscible formation fluids.
Summary Summary Formation and Reservoir Solutions (FRS) Reservoir Engineering
Our reservoir engineers collaborate with customers worldwide to create clearer reservoir understanding and help lower overall cost per BOE. We integrate all available data to optimize the testing program, saving significant rig time and subsequently overall formation evaluation cost. Harnessing the power of our technologies for your reservoirs, we will help improve your understanding of your reservoir.
Summary Summary Downhole Fluid Identification
Until now, downhole fluid analysis has been limited. Optical analyzers could tell you when your sample was pure enough to collect. Rarely could they tell you which fluid components were present and in what proportions. Understanding the fluid type, composition, and contamination is a critical part of formation testing. Our suite of sensors enables full characterization of the fluid in your reservoir.
Summary Summary Formation Testing - Accurate. Fast. Innovative.
Hydrocarbon fluid identification, porosity characterization, and permeability are necessary input data for a strategy to determine intervals for drillstem tests and robust resource estimations. The gradient and samples obtained from formation testing are crucial in determining thickness, quality, and connectivity of the hydrocarbon zone. And, in turn, properly assess the commercial viability of the well. Our broad portfolio of formation testing services ensures that no matter the pressure or temperature of your well, we’re the top-tier technology provider for you.
Related Information

Related Information Дополнительная информация