Reservoir Monitor Tool 3-Detector (RMT-3D™) Tool

Find, analyze, and monitor to increase production

Reservoir Monitoring Tool 3-Detector (RMT-3D) Tool

Production assurance is grounded in the understanding of formation properties, saturations, and fluid typing of the reservoirs in the well. This information is vital in maximizing production recovery of the well. Our 2⅛-in. Reservoir Monitor Tool 3-Detector™ (RMT-3D™) pulsed-neutron service solves for water, oil, and gas saturations in reservoirs using three independent measurements of sigma, carbon-oxygen, and SATG. We can uniquely solve your reservoir’s most complex saturation profiles and fluid types—all while eliminating phase-saturation interdependency.

Maximize secondary and enhanced oil recovery projects

Secondary and enhanced recovery projects need to be monitored to maximize production. The RMT-3D tool accurately measures oil, water, and gas saturations in mixed or unknown formation water salinities. In enhanced oil recovery projects, our unique method stems from our measurements that analyze the volumetric and chemical content of flood fluids and gases. This information is used in calculating accurate oil saturations. With this knowledge, informed decisions can be made to manage the field for greater recovery.

Analyze conventional and unconventional reservoirs

In conventional and unconventional reservoirs, our RMT-3D tool offers detailed knowledge about porosity, volumes, mineralogy, lithology, and water, oil, and gas saturations. This data is analyzed to create advanced solutions, providing information our customers need to improve recovery.

Applications

  • Water, oil, and gas saturation evaluation
  • Flood and EOR monitoring
  • Gas phases: – Natural gas – CO2 – Steam – Nitrogen – Air
  • KUTh spectral gamma ray
  • Elemental yields for mineralogy
  • Cased-hole porosities
  • Gravel pack evaluation
Dimensions and Ratings
Max Temp: 325°F (163°C)
Flasked: 400°F (204°C)
Max Press: 15,000 psi (103,400 Kpa)
Flasked: 18, 000 psi (124,105 Kpa)
Max OD: 2.125 in. (5.4 cm)
Flasked: 2.48 in. (6.3 cm)
Min Hole ID: 2.375 in. (6.03 cm)
Max Hole: 16.0 in. (40.6 cm)
Tool Length: 15.3 ft (4.66 m)
Tool with Telemetry: 24.7 ft (7.53 m)
Tool Weight: 86 lb (39 Kg)
Tool Weight w/ Telemetry: 146 lb (66 Kg)
Borehole Conditions
Borehole Type Open / Cased
Borehole Fluids Salt / Fresh / Oil / Air
Recommended Max Logging Speed(C/O) 3 ft/min (1.0 m/min)
Recommended Max Logging Speed (Sigma) 15 ft/min (4.75 m/min)
Tool Positioning Eccentralized

Reservoir Monitor Tool 3-Detector (RMT-3D™) Tool

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  TitleНазвание  DateДата
Summary Summary RMT-3D™
RMT-3D Video
Summary Summary RMT Elite™ Reservoir Monitor Tool
Halliburtons RMT Elite™ is a slim-hole pulsed neutron logging system for monitoring and managing the production of hydrocarbon reserves. This unique throughtubing carbon/oxygen (C/O) system has two to three times higher measurement resolution than other systems. Its highdensity Bismuth Germanium Oxide (BGO) detectors let the RMT Elite achieve resolutions previously available only with larger diameter C/O systems. The RMT Elite can even be conveyed into a well with tubing completions unlike larger diameter C/O systems that can only log through casing.
Summary Summary Well Intervention – Surface Casing Vent Flow
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Summary Summary Abandonment Flow Solutions
When conducting abandonment, flow issues can be present that lead to substantial delays, increasing costs and risks to the operation. To meet licensing standards allowing the well to be safely abandoned, a prediagnostic analysis will be required.
Summary Summary Successful Collaboration Between Halliburton and WEPCO Added 150% in Oil Daily Production Rate
Rigless Pulsed-Neutron and Production Logging Operation Used To Identify Bypassed Oil Zones And Water Shutoff Reservoirs
Summary Summary Cased-Hole RMT-3D™ Mineralogy and KUTh Spectral Gamma Ray
• Cased-Hole TightGasXpertSM service—Gas saturation, porosity, lithology, and brittleness in tight rock • Cased-Hole FracCombo service—Pulsed neutron in combination with slim sonic • Sigma derived saturations—Traditional oil or gas saturation in high formation water salinity • Carbon-Oxygen derived saturations—Oil saturation for fresh, mixed, or unknown formation water salinity • SATG saturation—Gas saturation in fresh, mixed, or unknown formation water salinity • KUTh spectral gamma ray—Potassium, uranium, and thorium natural gamma ray analysis for describing shale and clay properties The Halliburton Reservoir Monitor Tool-3 Detector™ (RMT-3D™) tool achieves enhanced formation evaluation, through passive and active modes, to provide elemental mineralogy and shale typing information for better characterization of your reservoir.
Summary Summary Halliburton Integrated Abandonment Solutions
Halliburton Integrated Abandonment Solutions offers complete well diagnostics through its cased-hole portfolio. Combining tool outputs, a complete pre-abandonment diagnosis of the well is carried out.
Summary Summary Halliburton Helps Determine Fracture Height for Tecpetrol S.A.
The RMT-I™ Pulsed-Neutron Tool Accurately Helped Assess Unconventional Reservoir Gas Productivity
Summary Summary RMT-3D™ 2 1/8-in. Reservoir Monitor Tool for Oil, Water, and Gas Saturations
The Halliburton Reservoir Monitor Tool 3-Detector™ (RMT-3D™) pulsed-neutron tool solves for water, oil, and gas saturations within reservoirs using three independent measurements (Sigma, CO, and SATG).
Summary Summary Reservoir Monitor Tool 3-Detector (RMT-3D™) Tool
Find, analyze, and monitor to increase production. Our 2⅛-in. Reservoir Monitoring Tool 3-Detector (RMT-3D™) pulsed-neutron service solves for water, oil, and gas saturations in reservoirs using three independent measurements of sigma, carbon-oxygen, and saturation gate (SATG). We can uniquely solve your reservoir’s most complex saturation profiles and fluid types—all while eliminating phase-saturation interdependency.
Related Information

Related Information Дополнительная информация