A client in the Western Downs region of QLD required a reliable and efficient diesel storage system for power generation applications. The solution needed to include a robust recirculation system and seamless integration with the generator control system.
A recirculation system is essential in such setups to prevent fuel degradation, remove contaminants, and ensure a consistent fuel supply for optimal generator performance.
Our team designed, constructed, and installed a 4,500-litre bunded PC Series (CUBE) tank, specifically engineered for static diesel storage. The system was equipped with a recirculation feature to maintain fuel quality and included a 4-20mA level sensor, ensuring real-time monitoring and precise fuel management. The level sensor was successfully integrated with the generator control system, enabling automated fuel level tracking and alerts.
The installation process was carried out with meticulous attention to detail, ensuring compliance with industry standards and best practices. The pipework layouts, including covers, were of exceptionally high quality, exceeding client expectations. The system included a dedicated pipework configuration designed to efficiently feed diesel into the generator, ensuring a steady and reliable fuel supply for uninterrupted power generation.
Our installation team worked methodically to position and secure the bunded tank, ensuring optimal placement for accessibility and operational efficiency. Precision-engineered connections were used to prevent leaks and minimize maintenance needs. After completing the physical installation, the system underwent rigorous testing and calibration to ensure seamless operation. The commissioning phase included verifying sensor accuracy, testing the recirculation system, and confirming integration with the generator control system.
The client was highly satisfied with the outcome, noting the superior quality of the pipework layouts and overall system reliability. The bunded tank provided enhanced environmental protection, while the integrated monitoring system ensured efficient fuel management. The high-performance recirculation system maintained optimal fuel quality, reducing the risk of generator downtime due to fuel degradation.
Additionally, the precise level sensor integration allowed for proactive fuel management, preventing unexpected shortages and enhancing operational efficiency. The client appreciated the attention to detail in both design and execution, recognizing the project as a benchmark for future installations. The successful commissioning of the system reinforced our commitment to delivering high-quality, turnkey solutions for power generation fuel storage.
This project demonstrates our expertise in designing and implementing tailored fuel storage solutions that meet the specific needs of power generation applications, ensuring reliability, efficiency, and compliance with industry standards.
For more information, view the PETRO Industrial Power Generation Case Studies below:
Project Overview A client in the Western Downs region of QLD required a reliable and efficient diesel storage system for power generation applications. The solution needed to include a robust recirculation system and seamless integration with the generator control system. ...
Overview A valued customer returned to PETRO Industrial with a challenge: expanding their fuel storage capacity adjacent to the existing fuel farm that PETRO originally commissioned several years ago. Over the years, PETRO has not only maintained the facility but...
Providing a fuel solution fo an Aviation facility that required a reliable, efficient, and compliant solution for refuelling aircraft and other aviation vehicles. The solution needed to adhere to strict safety regulations while accommodating the facility's high-traffic operations.
