CleanAim® HEFA
CleanAim® HEFA (Hydro-processed Esters and Fatty Acids) is a sustainable technology designed to produce renewable liquid fuels such as renewable diesel or sustainable aviation fuel (SAF). It is a versatile, scalable, and environmentally friendly technology that uses recycled waste oils and fats of animal or vegetable origin as feedstock.
The SAF produced by CleanAim® HEFA can be blended up to a maximum of 50% with conventional jet fuel and meets the quality parameters in ASTM D1655 as Jet-A or Jet-A1 fuel for use in commercial aircraft.
CleanAim® HEFA has two configurations: In the simplest one, it produces exclusively renewable diesel, while in the complete one, it simultaneously produces SAF, renewable gasoline, and renewable diesel. In the full configuration, SAF is the main product.
The SAF produced by CleanAim® HEFA is a high-quality jet fuel that meets the physicochemical parameters outlined in ASTM D7566 for synthetic jet fuel and can be blended up to a maximum of 50% with conventional jet fuel.
CleanAim® HEFA is a sustainable technology designed to produce renewable liquid fuels from animal and vegetable fats and oils.
Feedstocks that CleanAim® HEFA can use are lipid-rich sources, such as:
CleanAim® HEFA can utilize fatty waste from different food industries, making it an environmentally friendly technological option that produces fewer emissions than conventional refining processes.
CleanAim® HEFA can utilize fatty waste from different food industries, making it an environmentally friendly technological option that produces fewer emissions.
CleanAim® HEFA can be configured from plant design and construction to produce renewable diesel or SAF, depending on market conditions.
CleanAim® HEFA allows the utilization of fatty wastes from the food industry to be converted into higher-value liquid fuels.
The CleanAim® HEFA process chain consists of a series of catalytic reactors in which the chemical transformations necessary to obtain the desired products occur.
In general, CleanAim® HEFA consists of the following systems: