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H2S Safety Equipment

Upstream and Downstream Data Collection: Equipped with extensive sample and mechanical instrument ports for thorough data gathering and process control.

Tailored heating solutions to maintain optimal processing temperatures, crucial for handling the viscosity and flow challenges of heavy oil. Our equipment ensures reliable performance and precise measurements even in extreme conditions.

High-pressure injection pumps for precise chemical delivery in the testing process

Our in-line MPM Unit is equipped with state- of-the-art flow control technology:

SSV (Surface Safety Valve) and Choke Manifold
• Coriolis Flow Meters
Water Cut Meter
• Automated ESD (Emergency Shutdown System)
• GWR (Guided Wave Radar) and PLC/Data Acquisition

Including air compressors, power generators, and transfer pumps as part of the complete mobile testing unit setup.

All components meet strict ASME and NACE standards, designed for H2S service and ready to handle the most demanding environments.

Portable Safety

Portable safety equipment, flexible and wireless with reliable gas detection covering 360 deg.

Real-Time Monitoring

Remote Panel which controls in real-time the status of all portable mobile equipment.

Seamless Data Transfer

Transfers all data to the cloud showing alarm values and GPS coordinates. SMS & email are automatically sent in case of an Alarm.

SMS & Email Notifications

Transfers all data to the cloud showing alarm values and GPS coordinates. SMS & email are automatically sent in case of an Alarm.

Versatile Applications

Suitable for: Plants, EPF, Rigs, Ponds, Crude oil storage tank farms, and field camps.

Challenge

Handling heavy oil requires precise temperature control. High temperatures can lead to excessive wear on equipment, while low temperatures make the oil too viscous, complicating transportation and processing.

Solution

BadrEOR’s heat exchangers are meticulously designed to maintain the ideal temperature for heavy oil. We ensure performance through detailed heat and mass balance calculations, tailoring each heat exchanger to meet specific process parameters.