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Supply, Installation, and Commissioning of Mass Flowmeters Powered by Solar Cells Systems.

To address the need for reliable crude measurement in remote locations,

The Project

To address the need for reliable crude measurement in remote locations, RIDA T.S. delivered a fully solar-powered, environmentally friendly metering and gas management system. Designed for continuous, autonomous operation, this solution eliminates external power dependency while providing vital real-time production visibility.

Location

Mabrouk Oil Field, Libya

Date

2024

Solution

  • Green Energy Solutions
  • Turnkey Supply & Installation
  • Remote/Off-Grid Engineering

Project Profile: Mass Flowmeters Powered by Solar Cells Systems

Key Project Details

  •  Project Name: Supply, Installation, and Commissioning of Mass Flowmeters Powered by Solar Cells Systems
  • Core Objective: To provide a reliable, autonomous metering and gas management solution for a remote, off-grid environment.
  • Scope of Work: Green energy engineering, turnkey supply, field installation, and commissioning.
  • Technology Deployed: Mass flowmeters integrated with a dedicated Solar Power System.
  • Operational Impact:
    • Enabled continuous data gathering with zero dependency on grid power.
    • Allowed accurate determination of water cut for commercial decision-making.
    • Promoted sustainable, environmentally friendly field operations.

Understanding the challenges of off-grid crude production, RIDA T.S. designed an innovative system that merges high-precision fluid measurement with renewable energy. The client required an exact way to manage produced crude and water cut, and our autonomous solar-powered infrastructure ensures they never lose visibility of their critical field data.

Products & Services Used:

  • Mass Flowmeters: High-accuracy instruments deployed to continuously measure produced crude and determine water cut levels.
  • Solar Power Systems: A fully independent, green-energy power grid designed to sustain uninterrupted flowmeter operation in remote desert conditions.
  • Remote Engineering Services: Specialized integration of electrical, mechanical, and instrumentation systems tailored for off-grid resilience.

Post-Project Impact:

This standalone system empowered the client to make informed operational and commercial decisions based on real-time, accurate data. By removing the need for external power sources, RIDA T.S. drastically reduced the site’s operational carbon footprint and eliminated power-related measurement downtime.

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Mass Flowmeters
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Solar Power Systems
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Remote Engineering Services

Project Gallery: Solar-Powered Mass Flowmeters

The successful supply, installation, and commissioning of solar-powered mass flowmeters highlight RIDA TS’s capability to deliver advanced engineering solutions in highly remote and challenging environments. This innovative project focuses on modernizing flow measurement infrastructure for critical pipelines where traditional power grids are completely unavailable. By integrating high-precision mass flowmeters with robust, standalone solar cell systems, our engineering teams have ensured continuous, reliable, and highly accurate data collection for optimal fluid management.

As demonstrated in this gallery, the installation process required meticulous planning and execution under harsh desert conditions. Our specialized technicians precisely mounted and calibrated the advanced flow measurement devices, ensuring seamless integration with the existing pipeline infrastructure. Simultaneously, robust solar panels and durable energy storage units were installed to guarantee an uninterrupted, autonomous power supply to the telemetry and metering systems, even in extreme temperatures.

This turnkey project underscores RIDA TS’s commitment to sustainable and autonomous industrial technologies. By successfully combining renewable energy solutions with critical oil and gas instrumentation, we provide our partners in Libya with highly reliable, maintenance-optimized, and environmentally conscious infrastructure. This solar-powered metering system guarantees precise monitoring, maximum operational efficiency, and total energy independence for critical remote assets.