Hydrocarbon Modification Services

Biofuel Oil: facilitates the conversion of vegetable oils into marine fuel oil, ensuring compliance with stringent industry standards and enabling the production of a sustainable, low-sulphur alternative to conventional fossil-based marine fuels

FAME Conversion to Low Monoglyceride FAME is a process designed to reduce the mono-glyceride content in Fatty Acid Methyl Ester (FAME)-based biodiesel. This conversion enhances the fuel's quality, stability, and blending capability while ensuring compliance with stringent industry standards.

Pre-HDS (Pre-hydrodesulfurization): is a refining process using a liquid catalyst with an operating pressure of 760 mmHg (1 atm) to remove sulfur from petroleum feedstocks before they undergo further processing, such as catalytic cracking or hydrocracking.

Bio-hydrocracking: is a process that combines biological and catalytic methods to convert biomass (such as plant oils or animal fats) into valuable fuels and chemicals, often similar to petroleum products. It is a more sustainable alternative to traditional hydrocracking, which typically uses fossil fuels.

Condensate Refining: involves modifying hydrocarbons to blend with biofuels or synthetic fuels, promoting renewable energy use and reducing the carbon footprint. This process removes impurities from condensate and naphtha, particularly medium-chain hydrocarbons and other unwanted compounds. As a result, it enhances fuel quality for further processing or direct use in petrochemical and fuel applications.

Synthetic Crude: convert heavy crude oil into light crude oil by breaking down complex hydrocarbons. This process, often called bio-upgrading, enhances the quality of crude oil by reducing viscosity, sulfur, and nitrogen content, making it easier to refine and transport.