We are a technology company focus on product development and manufacture.
Product Design
Four things differentiate a good ESP sensor with an average one: a) high pressure high temperature (HPHT) electrical connector; b) the isolation between high voltage and low voltage electronics; c) Electromagnetic Compatibility (EMC) to stands the harmonics from Variable Frequency Drive (VFD) and d) robust structure to protect the electronics when while optimize the cooling. Of course the fundamental is extremely reliable quality parts: transducer, capacitor, inductor and IC.
Surface Pump Sensor
Our Surface Pump Sensor (SPS) ingrates multiple measurement in the same device: temperature, pressure and vibration. It can deployed for single device condition monitoring or two points to track the performance (intake and discharge). The SPS can protect any surface pump from cavitation, over pressure, over heat and high vibrations. Surveillance programing, automation or monitoring over internet is on the arm reach.
ESP sensor
Real time monitoring and protection of your ESP system from complicated well conditions: pumping off, plugged intake, surface valve block, tubing leak, viscos fluid, overheated pump, circulation or plugging, poor cooling, overload, sand production, gas lock, down thrust, failing insulation, unbalanced motor… you name it.
Shenzhen Sinofirmament Technology Co., Ltd. is a supplier of intelligent instruments for oil and gas development. The company is located in Shenzhen, which is the most attractive open city in China. Depending on the professional background of the petroleum industry, combined with the rapid development of electronics, process-control and other related industries, the company's strength in oil and gas production monitoring and transportation measurement has been developed. A Group of designers, researchers and managers of the petroleum and electronics industry are united as a professional R&D team with the aim of innovation and service.
With the increasing proportion of artificial lift in oil and gas development, the importance of real-time dynamic monitoring of oil and gas well development process becomes more prominent. A single well testing system for ESP production wells is developed in order to achieve this goal. Potential failure risk can be detected, ESP operation stability and run life can be improved and extended, ESP management level can be improved by collecting the operation parameters of ESP through multi-sensors, real-time monitoring the operation performance of ESP.
Based on the diversity of artificial lifting production schemes for oil and gas wells, test systems and supporting schemes suitable for different artificial lifting schemes will be innovated and developed. Through our monitoring system and data analysis, the oil development plan can be optimized, the production of single well and reservoir can be improved, the run life of equipment can be extended, then the production costs will be reduced for customers ultimately.
Adhering to the development policy of "people-oriented, technological innovation, quality first, striving for famous brand", and "the most reliable products, the best service", we will provide high-quality and efficient real-time dynamic monitoring system for oil and gas development.
CONTACT US
will reply you within 24 hours.
China Office:
Shenzhen Sinofirmament Technology Co., Ltd.
Room 302W Building B1, Shunheda Industrial Zone, Xili Street, Nanshan District, Shenzhen, Guangdong, China
TEL: +86 13510069968
+86 19926812997
Email: KYang@sinofirma.com
Surface Pump Sensor
Modular integrated transducer design. < To be commercialized Q1 2019 >
Modular integrated transducer design
One sensor to measure
Temperature
Pressure
Vibration
Mount to pump at any point through ½”NPT port.
Or mount to flowline via dummy or pup joint
Install as a single point monitoring or combine intake & discharge to get full pump performance monitoring.
RS232/485 ready for automation.
Programmable for cavitation, over pressure, temperature and vibration shutdowns.
Download data from USB port.
Communication ready for Radio, Cellular, LAN and surveillance systems.
Firmament Downhole Monitoring System
Firmament Downhole Monitoring System < Since 2016 >
Firmament Downhole Monitoring System
Product Introduction
The Firmament Downhole Monitoring System has the most advanced high temperature microelectronics and reliable telemetry technology. Firmament monitoring technology can provide reliable, fast and accurate information to help analyze the performance of artificial lift. The electrical system allows high phase imbalance and can cope with peak voltage. The system is manufactured according to strict standards, and each component can adapt to high temperature and harsh environment.
There is a base gauge in 6 parameters Firmament Downhole Monitoring System, it can be connected directly or through a simple motor base adaptor with motor and can be communicated with surface panel by the cable. The monitoring factor includes pump intake pressure and temperature, pump discharge pressure, motor oil/winding temperature, vibration and current leakage, each parameter alarm can be set.
Application
Lifting performance monitoring of ESP system
Wells with potential production difficulties or instability
Wells that need to maintain pressure
Benefits
Increase the run life of ESP system
Reduce operation cost of ESP system
Reduce early failure of ESP system
Features
Improve and optimize the production performance of the pump and the well
Stored historical data record file
Continuous and accurate monitoring of multiple key parameters
Programmable cut-off and alarm relays for all monitoring parameters
To measure
Prevent ESP failure from
Intake pressure
Pump off, choking
Discharge Pressure
Closed surface valve, tubing leak and viscos fluid.
Intake Temperature
Gas lock, pump off and tubing leak.
Motor Temperature
Poor cooling, overload and plugged pump
Vibration
Solids, gas and excessive thrust
Current Leakage
Insulation system integrity
Tool voltage
Phase balance, electrical system failure
Firmament Downhole Monitoring System Parameters
Parameter
Range
Resolution
Intake Pressure，psi
0~5800
0.1
Discharge Pressure，psi
0~5800
0.1
Intake Temperature，°C
0~150
0.1
Motor Winding Temperature，°C
0~400
0.1
Vibration，g
0~30
0.001
Current Leakage，mA
0~25
0.001
Firmament Downhole Monitoring System Specification
