MEM FIRE
The MEM Fire is a microprocessor-based down hole ignition tool which combines three major assemblies, the Battery Section, the Transducer and Memory Section, and the Shooting Module.
Description
The MEM Fire is a unique slick line tools for applications where downhole ignition is necessary to perform a particular job or function. These tools are the first of their kind, designed to perform tasks previously attempted only by Electric-Line operations. Tasks accomplished with the tool have included Dump/Bailing, Cutting Pipe, Setting Plugs and Perforating. MEM Fire incorporates numerous safety features critical for safe operation. These features include a down hole Pressure Window, Temperature Window, Time Window and Turbulent Motion sensor coupled with several other fail-safe internal proprietary hardware mechanisms.
- Less equipment and personnel required.
- Less time required for transport and rigging.
- Safer operation.
- No possible detonation due to electric-line or truck power source.
- More reliable pressure control with less environmental hazard.
Features
Specifications
| Memory Capacity | 12,000 Data sets |
| Operating Temperature | 32°F to 302°F (0°C TO 150°C) |
| Outside Diameter | 1.38in (3.5cm) |
| Length | 80in (2.0m) Plus running gear |
| Weight | 25lbs. (11.3kg) ± running gear |
| Maximum Pressure | 15,000psi (103,000kPa) |
| Accuracy | |
|---|---|
| Memory Capacity | ± 0.5% |
| Operating Temperature | ± 0.5% Full scale |
| Outside Diameter | ± 3°F |
| Length | 18.4v (5'C' cell Lithium) |
FAQs: We have got answers
Explore the frequently asked questions about the MEM Fire tool.
The MEM Fire can perform various tasks, including dump/bailing, cutting pipe, setting plugs, and perforating, all without the need for electric-line operations.
Key safety features include a downhole pressure window, temperature window, time window, and a turbulent motion sensor, along with several fail-safe internal mechanisms.
The MEM Fire eliminates the risk of detonation associated with electric-line or truck power sources, providing a more reliable pressure control and reducing environmental hazards.