adi Electrical has announced the successful completion of essential electrical and instrumentation works as part of a diesel introduction project at a major UK terminal. The project focused on enhancing environmental protection and ensuring safety standards for the terminal’s operations, which had previously only been dedicated to jet fuel.
Terry Hartley, senior project engineer at adi Electrical, commented: “This project was a critical step in ensuring that the terminal could transition to diesel safely and sustainably. Our team worked tirelessly to implement systems that not only meet operational requirements but also prioritise safety and environmental protection.”
As part of the project, the team conducted comprehensive inspections and upgrades to legacy equipment at the terminal’s diesel slops tanks. These upgrades were designed to align with modern safety and environmental standards, ensuring continued safe operation for years to come.
“Future-proofing operations was a key focus for us. Striking the right balance between safety and efficiency is crucial, protecting both the terminal’s operations and the surrounding environment,” Hartley said.
A key aspect of the project was the design, construction and installation of a hydrocarbon detection panel, which provides real-time monitoring of the tanks for any potential leaks. “The hydrocarbon detection system is essential for maintaining the highest safety standards and minimising the risk of environmental contamination,” added Hartley. “It allows for early detection of any issues, ensuring that corrective action can be taken immediately.”
In addition, the team installed a system that could handle both jet fuel and diesel operations, designed to improve fuel quality and reduce the risk of operational disruptions. The integration of new export flow meters into the terminal’s existing control systems will also allow for enhanced monitoring of the diesel export line, ensuring both transparency and compliance with stringent safety and environmental regulations.
Modifications to the terminal’s automation systems were also carried out, with upgrades made to improve overall control and safety measures. These modifications ensure the terminal can operate efficiently and respond swiftly to changing conditions or any potential risks.
Hartley added: “This project highlights our expertise in delivering complex, safety-critical systems in hazardous areas where complex regulations and safety measures need to be considered. We are proud to have contributed to this milestone for the terminal, ensuring that both environmental and safety considerations are at the forefront of its operations.”
The project represents a significant milestone in the reintroduction of diesel operations at the terminal, reinforcing the importance of maintaining the highest safety and environmental standards in industrial infrastructure projects.