Chief Technology Officer
CurrentLeading the team of researcher and developers to commercialize a revolutionary Microwave based non-gamma and non-intrusive "Multi-phase flow meter" for oil and gas industry.
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Muhammad Akram Karimi (Phd) is listed as Co-founder/CTO @ SaherFlow | Non gamma multiphase flow meters | Startup structuring, finance & operation | Researcher | Product Designer at Saher Flow Solutions, based in Thuwal, Makkah, Saudi Arabia. AeroLeads shows a matched LinkedIn profile for Muhammad Akram Karimi (Phd).
Muhammad Akram Karimi (Phd) previously worked as Chief Technology Officer at Saher Flow Solutions and Research Collaborator at Saudi Aramco. Muhammad Akram Karimi (Phd) holds Doctor Of Philosophy (Phd), Microwave And Rf from Kaust (King Abdullah University Of Science And Technology).
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Chief Technology officer (CTO), bringing a unique non-gamma multiphase meter to the market. Leading the product development, team building, startup fundraising and continuous innovation in microwave sensing. Believes in collaboration, teamwork and opportunity which if combined, can do wonders. Humbled to have received multiple national & international recognitions that motivates me to contribute even more. Here are some of the highlights of what I am involved in:• Formed a team of 20+ talented engineers and scientists to commercialize a superior water-cut and multiphase flow meter for O&G industry (First MPFM, originated from GCC region)• Joined forces with collaborators for product development, manufacturing & supply chain management• Directly managing the development of microwave sensing spool, IECEx certified electronics box, embedded flow computer & dashboard for remote connectivity• R&D experience of over 10 years to develop a patented microwave Dual Mutually Orthogonal Resonance (DMOR) technology which enables compact, full-range, non-intrusive, non-radioactive and orientation insensitive Water Cut (WC) sensor & Multiphase Flow Meters (MPFM)• Strategic support and generous funding of over 3 Million USD by Saudi Aramco & KAUST Innovation Fund that has enabled us to contribute to vision 2030 of Saudi Arabia• Conducted field trials of our water-cut and multiphase flow meters in multiple oil wells in the GCC region• Experiencing field environment and different operations on site related to well intervention & well testing• Authored 20+ research publications in peer-reviewed journals & conferences of IEEE, Elsevier & Wiley. Actively contributing more in the field of multiphase flow sensing• Inventor of 10+ patents, some of which have already been licensed and some going through license T&C process. Actively filing new IP on microwave sensing
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Thuwal, SA
Leading the team of researcher and developers to commercialize a revolutionary Microwave based non-gamma and non-intrusive "Multi-phase flow meter" for oil and gas industry.
Dhahran, SA
Designed, developed and tested a fully functional lab prototype of microwave water-cut sensor which can be used in vertical as well as horizontal positions without requiring any flow conditioner/mixer Designed and developed microwave based, IEC-60079 certified, 2-phase flow meter in order to obtain full range water-cut & flow rate measurements Soon to.
Dhahran, SA
Performed the initial testing of the multiphase flow meter in the 3-phase flow loop of Aramco Services Company. Here I summarize our findings:1- Rated for 1300 psi and 125C (Harsh HPHT field conditions)2- Water Cut(WC) Measurement Accuracy ~1-2% absolute3- Validated the possibility of gas measurement with the same meter4- Integrated flow velocity.
Dhahran, SA
Visited Aramco Services Company Houston,TX in order to perform characterization as well as performance evaluation of the patented water-cut(WC) sensor, built in collaboration with Saudi Aramco. The sensor performed equally well over full water-cut range, different flow rates and orientations. Full range accuracy of 1% was achieved in vertical as well as in.
Trondheim, Sør-Trøndelag, NO
Collaborating with WINS to develop the field prototype of "first-of-its-kind" downhole water-cut sensor for oil and gas industry.
Thuwal, Makkah, SA
Designed and developed wide range of printed and low cost microwave sensors for oil industry applications:- TRL-8 grade, IEC certified, Microwave based Water Cut Sensor and 2-phase flow meter (Full sensor, interfacing circuitry and SW design and development)- TRL-5 grade, Microwave based Wireless Leak Detector for metallic and non-metallic pipelines- TRL-5.
Bergen, Hordaland, NO
Conducted industrial flow loop trials of our multi-patented microwave based "Multi-phase Flow Meter" developed for well testing in oil industry.Multi-phase flow meter is capable of detecting phase fractions (oil, water and gas) as well as the flow rate of the mixture. It helps optimizing the oil production process and generating alerts for water break-in.
Lahore, Punjab, PK
Developed “GSM Based Remote Firmware Upgrade” system on MSP430 platform for smart energy meters installed all over Pakistan which reduced maintenance/upgrade cost by almost 95%
Wilsonville, OR, US
Nucleus Operating System Developed Nucleus(RTOS) Application(Mobile Radar Based Defense System) Developed RTC, Joystick & I2C drivers for different platforms(IMX-53, AT91SAM) Ported Nucleus Kernel on OMAP-L137evm platform
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Muhammad Akram Karimi (Phd) works for Saher Flow Solutions.
Muhammad Akram Karimi (Phd) is listed as Co-founder/CTO @ SaherFlow | Non gamma multiphase flow meters | Startup structuring, finance & operation | Researcher | Product Designer at Saher Flow Solutions.
Muhammad Akram Karimi (Phd) is based in Thuwal, Makkah, Saudi Arabia while working with Saher Flow Solutions.
Muhammad Akram Karimi (Phd) has worked for Saher Flow Solutions, Saudi Aramco, Wins - Wireless Instrumentation Systems As, Kaust, and Norce Norwegian Research Centre.
You can use AeroLeads to view verified contact signals for Muhammad Akram Karimi (Phd) at Saher Flow Solutions, including work email, phone, and LinkedIn data when available.
Muhammad Akram Karimi (Phd) holds Doctor Of Philosophy (Phd), Microwave And Rf from Kaust (King Abdullah University Of Science And Technology).
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