Problem
Oil & gas operators spend billions each year to manage unwanted produced water which results in increasing cost per barrel.
A Well intervention and workover jobs are heavily dependent on well performance data which is typically obtained either through expensive test separators or using existing multiphase meters (MPFM) with several shortcomings. Existing MPFMs are radioactive, intrusive, flow regime dependent and do not cover full range without requiring frequent recalibrations.
Solution
Inline compact sensor to monitor multiphase mixture with accuracy. Monitor and optimize your well performance 24/7 from anywhere in the world.
Our multi-patented Microwave Dual Mutually Orthogonal Resonator (DMOR) sensor can be permanently mounted on the well heads. Unlike test separators, operators get real time well performance data from the oil wells which enables proactive maintenance. Operators can potentially save millions of dollars by minimizing produced water & production down time. Unlike our competitors, we offer full range, non-intrusive, non-radioactive and orientation insensitive multiphase sensing solution.
Exploiting microwave DMOR™ technology, Saher flow’s water-cut and multiphase meter offers key benefits such non-intrusive, non-radioactive, full bore, full range, and mixer-free measurements.
Salient Features
Compact
Power of advanced multiphase sensing in a compact package.
Remote Monitoring
No need to visit well site in remote location or to access data center to view well performance. Our sensors are equipped with secure cloud connectivity and data can be accessed from anywhere in the world.
Min. Calibration Requirements
Multiphase fraction sensing (WC & GVF) does not require PVT data & our advanced algorithms minimize the requirement of frequent recalibration.
Cost effective
Get superior performance at a competitive price compared to our competitors.
Non-Radioactive
Gamma rays were the solutions of the past. Our solution does not use any radioactive source such as gamma rays and yet gives accurate measurements.
Non-intrusive (Full bore design)
Microwave sensor is completely isolated from process fluid and does not come in physical contact with it. It eliminates the possibility of sensor fouling and wear effects ensuring longevity of the device.
We are doing great because of these incredible individuals.
Dr. M. Akram karimi
CTO / General Manager
Dr. Atif Shamim
Technical Director
Dr. Shehab Ahmad
Business Advisor
Dr. Zubair Akhter
Technical Consultant
Babar Zia
Office Manager
Hafiz Arslan
Sr. Embedded Systems Consultant
Rashad Maqsood
Software Project Manager
Fahad Usman Meer
Sr. Software Engineer
Fawwaz Alshareef
Product Manager
Ammar Ayub
Mechanical Team Lead
Arsalan Raza
Procurement Manager
Syed Muneeb Haider
Jr. Financial Analyst
Salem Bawazir
Embedded Design Engineer
Latest News
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