The New-EDC Cracking Unit
Project Date: 2021
We proudly present our designed the New EDC Cracking Unit System, meticulously crafted for outdoor installation to cool down recycled gas at the Egyptian Petrochemicals Company (EPC) plant in El-Nahda Zone, Amriya, Alexandria, Egypt. this project was tailor-made for our esteemed client, ThyssenKrupp Egypt
Our meticulously designed system is engineered for outdoor installation, ensuring optimal performance even under challenging environmental conditions. With a maximum exposed metal surface temperature of 75 °C, our solution is built to withstand the harshest climates. Offering an unparalleled level of reliability, the system guarantees uninterrupted operation for a remarkable three years between overhauls, minimizing downtime and maximizing efficiency. Its impressive lifetime of 20 years reflects our commitment to long-lasting, sustainable solutions. Furthermore, our design ensures stable operation throughout the entire capacity range, providing consistent and dependable performance under the specific conditions outlined in the datasheets. This focus on durability, longevity, and stability underscores our dedication to delivering top-tier engineering solutions that stand the test of time.
Our team’s extensive expertise was thoroughly challenged as we undertook a comprehensive scope of work encompassing various critical components through designing the New EDC Cracking Unit. This included the intricate design of the chiller unit, seamless integration of four pumps, implementation of a state-of-the-art heat exchanger, and the establishment of a sophisticated piping system equipped with essential accessories. Moreover, our team engineered a PLC control system to ensure the flawless operation of the entire setup. This multifaceted project aimed to address the specific needs of the Cracking Chilling Unit System, a pivotal element in the supply chain of chilled water for cooling down recycle gas. The system caters to a diverse range of gases, such as Decanter Vapor, CO2, C2H2, 1.2 EDC, O2, and N2, operating seamlessly at the Recycle Gas Chiller.
Our team’s dedication and technical prowess were instrumental in delivering a solution that not only met but exceeded the rigorous demands of this intricate application. A heartfelt thank you to the entire team for their dedication and hard work. Looking ahead, we are excited to continue pushing the boundaries of engineering innovation and contributing to the success of our clients.
AMTC
Engineering with Art