… 25 g/ m2/d in the original models), the integrated baseline resulted in markedly higher
costs and emissions. This may represent a conservative baseline given the resulting lipid …

… algae harvested from an algal turf scrubber, which represents a robust high productivity system,
at the expense of a producing a biomass with lower lipid … to make renewable diesel and …

… This work studied renewable diesel production via hydrothermal liquefaction (HTL) of algal
… , while others are possible, such as lipid extraction and upgrading to RD. We assumed on-…

… algal biomass components to fuels, namely carbohydrates to ethanol and lipids to a renewable
diesel … a similar MFSP cost, by way of a targeted process to fractionate algal biomass and …

… due in part to the high biomass growth rates, high lipid content, tolerance to brackish water,
and … AlgaFrac™, a wet algae biomass lipid extraction and lipid extracted algae fractionation …

… to establish a raw feed cost for algae. Results from this study … rate of 20 gm-2 day-1 the ATS
biomass cost is $463 ton-1. This cost was apportioned based on the ATS system capital costs…

… conversion costs and yields are well modeled, biodiesel is … in the conversion of algal lipids
to hydrocarbons through the … to more conventional, renewable-based fuel such as diesel or jet …

… Renewable diesel from algal lipids: An integrated baseline for cost, emissions, and resource
potential from a harmonized model. Argonne, IL: Argonne National Laboratory; Golden, CO: …

… that algal biomass cost is the … of renewable diesel production from algal lipids: biomass
pretreatment (eg, dilute acid pretreatment to lyse cells and release lipids), lipid extraction, lipid …

… The resulting rise in crude oil and conventional diesel prices could make production of
biodiesel from algae very attractive if modest gains in algal productivity and/or lipid …