EUBCE 2024 - Laura ROMERO PIÑEIRO - Integration of Biocrude from Hydrothermal Liquefaction Into an Existing Refinery: A Simulation for Harnessing Western Andalusia’s Residues

Integration of Biocrude from Hydrothermal Liquefaction Into an Existing Refinery: A Simulation for Harnessing Western Andalusia’s Residues

Short Introductive summary

This study explores the potential of hydrothermal liquefaction (HTL) to convert residues into biocrude, emphasizing energy optimization from by-products and integration into existing refineries. Using a western Andalusian refinery as a case study, the research introduces a predictive model to assess biocrude composition and simulate HTL processes, aiming to evaluate feasibility for large-scale implementation and integrate waste biomass into refineries. The integrated approach addresses the gap between laboratory-scale HTL studies and practical challenges in large-scale industrial implementation, pioneering efforts toward sustainability and decarbonization goals in refineries. The proposed simulation model advances scientific understanding and provides practical insights into challenges and opportunities associated with integrating HTL processes into real industrial contexts.

L. Romero Piñeiro, University of Seville, SPAIN
S. Puerta Moreno, University of Seville, SPAIN
A. Ronda Galvez, University of Seville, SPAIN
P. Haro, University of Seville, SPAIN