Jiangsu Haifa Machinery Manufacturing Co., Ltd.

With the continuous advancement of the national energy strategy, Chinese enterprises are increasingly involved in overseas energy cooperation projects. COSL's oilfield services project in Iraq is one such example, and its stable operation is of great significance for ensuring regional energy supply. In this project, the commissioning of the mixing plant is a critical link. It is responsible for providing qualified drilling fluids for oilfield drilling, directly impacting drilling efficiency and operational safety. However, the harsh local environment in Iraq, characterized by high temperatures and sandstorms, poses special challenges to the stability and adaptability of the mixing plant equipment.

On-Site Challenges: Reliable Operation in Harsh Conditions
Summer temperatures in the Iraqi region can exceed 50 degrees Celsius, accompanied by frequent strong sandstorms. This presents severe tests for the heat dissipation, sealing, and continuous operation capabilities of the mixing plant equipment. Some similar solutions have experienced issues such as equipment overheating and failures caused by dust intrusion in comparable environments. Additionally, on-site operations demand extremely high precision and efficiency in fluid mixing. The proportion of drilling fluids directly affects drilling speed and downhole safety, and any errors could lead to project delays or safety hazards. The project team required a mixing solution capable of adapting to harsh environments while being user-friendly and reliable.

Haifa Solution: Focusing on Scenario-Specific Needs
To address this unique operational scenario, Jiangsu Haifa provided a customized integrated mixing plant solution. Instead of simply stacking high-performance parameters, we delved into the field to understand the engineers' actual workflows and environmental constraints. The solution enhanced the equipment's heat dissipation and dust-proof design, ensuring stable operation under high-temperature and dusty conditions. Simultaneously, we optimized the mixing control system, offering clear interface guidance and automated processes to help on-site personnel quickly master operation methods and reduce human errors. The control panel provides an intuitive display of mixing progress and various parameters, with the system also alerting users to abnormal values. This significantly reduces the operational difficulty for on-site personnel, ensuring mixing precision and efficiency even in high-intensity working environments.

Successful Commissioning: Stable Support for Oilfield Operations
In the spring of this year, the mixing plant equipped with Jiangsu Haifa's system was successfully commissioned in Iraq. To date, the equipment has been operating stably for several months, passing the initial test of the local high-temperature season. On-site feedback indicates that the system is easy to operate, with mixing efficiency and precision meeting project requirements. The project manager noted that the smooth operation of the mixing plant provides reliable support for subsequent drilling operations, strongly contributing to the overall project progress. This success is not only a testament to equipment delivery but also a demonstration of the capability to provide holistic solutions for complex overseas operational environments.

Industry Value: Providing Reliable Choices for Overseas Energy Projects
The success of this collaboration offers a reference case for similar energy projects in harsh overseas environments. It demonstrates that customized technical solutions, developed through a deep understanding of on-site scenarios and user pain points, can effectively address practical operational challenges. For enterprises operating overseas, especially in regions with unique environments like the Middle East and Africa, selecting equipment and solutions with strong adaptability, user-friendly operation, and timely service support is particularly important. This not only enhances operational efficiency but also reduces maintenance risks and costs associated with equipment unsuited to local conditions.

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