MARIA GONZALEZ ALRIOLS

Associate Professor

Universidad del País Vasco

Spain

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Maria Gonzalez Alriols is an Associate Professor at Universidad del País Vasco in Spain. Her research focuses on environmental impacts and energy efficiency related to biogas, bioethanol production, and the sustainable use of biomass. Recently published articles include studies on biochar production, epoxy composites, and multi-objective optimization in hydrogen supply chains. Professor Alriols is dedicated to advancing sustainable practices in biofuel production and biomass utilization.

MARIA GONZALEZ ALRIOLS

Research Interests

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Articles (15)

Multi-objective optimization of a hydrogen supply chain network: Wind and solid biomass as primary energy sources for the public transport in Sicily

Sustainable Epoxy Composites with UV Resistance Based on New Kraft Lignin Coatings

Residual Lignocellulosic Biomass Based Activated Biochar: Comparison Between Single and Two Step Thermochemical and Activation Processes

Improving process sustainability in bio-oil transforming for biofuels and platform chemicals production: Valorization of the carbon residue

Optimisation of lignin liquefaction with polyethylene glycol/ glycerol through response surface methodology modelling

Valorisation of crude glycerol in the production of liquefied lignin bio-polyols for polyurethane formulations

Use of residual lignocellulosic biomass for energetic uses and environmental remediation through pyrolysis

Production of Activated Bio-chars for Wastewater Treatment: Characterization, Activation and Evaluation of the Adsorption Capacity

Optimal design and operation of distributed electrical generation for Italian positive energy districts with biomass district heating

Sustainable production of cellulose nanofiber from sugarcane trash: A quality and life cycle assessment

An investigation on the environmental impacts and energy efficiency of biogas and bioethanol production from sugarcane and sugar beet molasses: A case study

Renewable Biopolyols from Residual Aqueous Phase Resulting after Lignin Precipitation

Techno-economic analysis of different integrated biorefinery scenarios using lignocellulosic waste streams as source for phenolic alcohols production

Direct lignin depolymerization process from sulfur-free black liquors

Study of a renewable capping agent addition in lignin base catalyzed depolymerization process

Collaborators (6)

Seoane-Rivero Rubén

Rosaria Volpe

Mirari Antxustegi

Roberto Palos

Xabier Erdocia

Antonio Gagliano

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