Biocrude Delayed-Coking Service
From Biofuels Services
Pilot plant testing services demonstrate the feasibility of delayed coking using PetroAlgae “biocrude.”
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Various routes are available for converting biomas...
Various routes are available for converting biomass into transportation fuels. One approach is to combine PetroAlgae biocrude with resid and co-process the blend in a delayed coker to produce coker distillates. PetroAlgae, a renewable energy company, uses proprietary micro-crop growth technology to grow a wide variety of local aquatic microorganisms in open pond bioreactors. This would potentially enable the commercial-scale production of two end-products: a renewable fuel feedstock referred to as biocrude, and a protein product used for animal feed and human food. The biocrude, co-processed with the resid, is converted into coker distillates which can be further processed in existing refinery infrastructure into renewable drop-in transportation fuels.
At PetroAlgae’s request, initial runs on Intertek PARC’s P-3 batch delayed coker unit processed kilogram scale mixtures of biocrude and resid. Positive results led to follow-up tests on Intertek PARC’s larger P-2 continuous delayed coker unit to process larger quantities of biocrude/resid mixtures. These batch and subsequent once-through tests confirmed that algae biocrude admixed with resid could be successfully co-processed via delayed coking.
The client reported that “Collaboration between Intertek PARC and PetroAlgae was an important early step in demonstrating biomass delayed coking as a viable refinery process option.”
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