This system is responsible for receiving the feedstock (RCR) from supply sources and safely unloading it into designated storage tanks, designed with capacities and engineering specifications that meet international standards.

• The tanks are equipped with level, temperature, and pressure measurement systems to ensure continuous monitoring of inventory.

• The system relies on secure pipelines and control valves to prevent any leakage or loss of feedstock.

• This step forms the foundation for stable operations and high-quality final products, as it represents the first stage in the production chain.

After completing the processing stages, the final products are transferred to dedicated storage tanks designed to preserve the physical and chemical properties of each product.

• The system allows storage of products according to type and specification, with a coding and identification system that facilitates inventory management and tracking.

• The storage system is connected to an integrated loading system for trucks or tankers, including measurement gauges, filling units, and safety procedures to prevent spills and ensure the accuracy of quantities delivered to customers.

This system provides hot oil that circulates through a closed network to maintain a consistent temperature for storage tanks, transfer lines, and product loading headers.

It consists of a boiler that generates saturated steam, which is sent to the furnace to be converted into superheated steam. This steam is then injected into the furnace tubes as well as beneath the vacuum distillation tower (VDU).

• Cooling towers lower the temperature of the return cooling water from production units and recycle it within a closed loop.

• This system helps reduce water consumption and minimizes environmental impact.

• It also ensures safe operating temperatures for heat exchangers, pumps, and sensitive equipment within the plant.

• The safety and firefighting system is designed according to civil defense standards and international regulations for oil facility safety.

• It includes an integrated firefighting network (water, foam, handheld extinguishers, and early warning systems).

• Equipped with sensors to detect gas, smoke, and heat, connected to a central control room that enables rapid intervention in emergencies.

• This system protects personnel and equipment and ensures the safe continuity of operations.

• The backup power generators provide sufficient operational capacity to ensure continuous work during public power outages.

• They enable the operation of critical units such as safety systems, control units, and essential equipment.

• This system ensures that sensitive operations do not stop or suffer any malfunctions due to external power supply issues.

This unit specializes in water treatment using reverse osmosis (R.O.) technology, producing high-purity water for industrial use within the plant.

• R.O. water is used in most cooling circuits, boilers, and certain chemical processes that require low-salinity water.

• Industrial water of suitable quality is also prepared for other auxiliary purposes, helping protect equipment from scaling and corrosion.

• This unit includes a fully equipped laboratory with modern analytical instruments to measure the physical and chemical properties of both feedstock and final products.

• Regular tests are conducted (such as density, flash point, viscosity, sulfur content, and color) to ensure that products comply with local and international standards.

• The laboratory issues certified quality reports used for product documentation and to build trust with clients and partners.

The plant is equipped with a modern control system operating via PLC to manage all processes, starting from the unloading of the feedstock (RCR) at the unloading station, through the production processes, into the storage tanks, and finally to the loading operations.