Badr E Shargh Project

As part of the Badr E. Shargh Project, HydroPars designed and manufactured a custom-engineered Chemical Injection Package to ensure the precise dosing of O₂ Scavenger, Ammonia, and Scale Inhibitor in the oil and gas production process. This system was developed to address critical challenges, including oxygen-induced corrosion, pH control, and scale prevention in pipelines and processing equipment.

The package consists of multiple injection skids, each equipped with high-precision metering pumps, corrosion-resistant storage tanks, and an advanced automation system for real-time monitoring and precise chemical dosing. Engineered for seamless integration into the existing infrastructure, the system is designed to operate under harsh field conditions, ensuring long-term reliability and efficiency.

Technical Specifications

• Injection Rate: Custom-engineered to meet process requirements


• Pump Type: High-precision Hydraulic Double Diaphragm metering pumps ensuring accurate chemical dosing


• Material Selection: Corrosion-resistant stainless steel and high-grade alloys for longevity


• Control System: Fully automated PLC-based monitoring by DCS


• Design Standard: Compliant with API 675, ASME, and international safety regulations

Key Features & Benefits

• Modular & Skid-Mounted Design – Allows for easy installation and integration into existing systems.


• Enhanced Safety & Reliability – Ensures precise chemical dosing, preventing process disruptions.


• Customizable for Various Chemicals – Supports injection of corrosion inhibitors, demulsifiers, oxygen scavengers, and more.

Project Outcome The successful implementation of this Chemical Injection Package has resulted in:

• Improved pipeline integrity and equipment protection.


• Increased operational efficiency with reduced chemical waste.


• Compliance with industry safety and environmental standards.


• Optimizing space utilization, as the system was specifically designed to fit within the client's spatial constraints without compromising performance.