This project encompasses providing comprehensive engineering design for various deliverables aimed at enhancing the fuel storage infrastructure. This includes the design of a 27,000-gallon Horizontal Bulk Fuel Tank, involving civil design for earthwork, containment membrane, and stormwater drainage system integration with the existing berm area, as well as structural design for tank foundation support and walkways. Additionally, the project involves the design, repair, and leveling of a Vertical Bulk Fuel Storage Tank, with phased work plans covering civil, structural, and mechanical designs for selected tank repairs, along with excavation plans, and secondary containment volume calculations. Furthermore, the scope includes the design of a Water Interceptor System, encompassing civil engineering design, water interceptor plan and profile drawings, trenching plans, and stormwater daylight termination details. Lastly, the project involves the review and design of a TTLR Drain Heat Trace Performance, including the review of existing drainage systems and the installation of new arctic pipes with electric heat trace performance level design. These designs aim to improve the efficiency, safety, and performance of the fuel storage and distribution systems while ensuring compliance with relevant regulations and standards.