top of page
fueloil 1.jpg

01 Fuel Oil

Fuel oil is a high-performance energy source refined from crude oil, trusted worldwide for its efficiency and versatility. Whether it's heating systems, industrial engines, marine vessels, or diesel-powered equipment, fuel oil delivers consistent power when you need it most. Choose fuel oil — the smart solution for dependable energy.

02  Gasoline

Gasoline is a refined, high-performance fuel engineered for today’s spark-ignited engines. Derived from petroleum and enhanced with advanced additives, it ensures clean combustion, smooth acceleration, and reliable performance. Available in 95 RON and premium 98 RON options, gasoline powers everything from everyday cars to high-performance vehicles with unmatched efficiency.

gasoline 2.jpg
gasoil 3.jpg

03 Gasoil

Diesel fuel is a high-efficiency energy source engineered for compression-ignition engines. Designed for power, durability, and fuel economy, it delivers strong performance without the need for a spark. Compliant with global standards like EN 590 in the EU, modern diesel—especially Ultra-Low-Sulfur Diesel (ULSD)—ensures cleaner combustion and reduced emissions for today’s advanced engines.

04 Naphtha

Naphtha is a highly flammable, energy-rich liquid hydrocarbon blend derived from crude oil, natural gas condensates, and coal tar distillation. Available as light naphtha (C5–C6, 30–90 °C) and heavy naphtha (C6–C12, 90–200 °C), it serves as a vital feedstock in petrochemical production, fuel blending, and industrial applications—powering everything from plastics to clean fuels.

Naphtha 4.jpg
Base Oil 5.jpg

05 Base Oil

Base oils are the essential building blocks behind premium lubricants, motor oils, and industrial fluids. Derived from refined crude oil or created through advanced chemical synthesis, these oils offer optimal thermal stability and performance. Whether paraffinic or naphthenic, base oils deliver the reliability and consistency that modern machinery demands.

06 LNG

LNG is natural gas transformed into a compact liquid form by cooling it to –260°F (–162°C), shrinking its volume by 600 times. This process makes it possible to transport vast amounts of cleaner-burning energy across oceans, from remote production sites to global markets, using advanced LNG carriers. LNG is the future of flexible, low-emission energy.

LNG 6.jpg
bottom of page