Cesar Barraza-Botet

Cesar Barraza-Botet

orcid

Research Focus & Metrics

Academic Career Length

12Years (2015-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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19 September 2016 in The Journal of Physical Chemistry A
Verified
Journal Article
Closed access
CBCesar Barraza-Botet
Cesar Barraza-Botet
SWScott W. Wagnon
Scott W. Wagnon
MWMargaret Wooldridge
Margaret Wooldridge

1 February 2018 in Combustion and Flame
Verified
Journal Article
Closed access
CBCesar Barraza-Botet
Cesar Barraza-Botet
MWMargaret S. Wooldridge
Margaret S. Wooldridge

13 September 2022 in Sustainability
Verified
Journal Article
Open access
PDF file
SCSara Domínguez Cardozo
Sara Domínguez Cardozo
BVBernay Cifuentes Vanegas
Bernay Cifuentes Vanegas
FBFelipe Bustamante
Felipe Bustamante
NCNelly M. Cantillo
Nelly M. Cantillo
CBCesar Barraza-Botet
Cesar Barraza-Botet
MCMartha Cobo
Martha Cobo
Latin America is starting its energy transition. In Colombia, with its abundant natural resources and fossil fuel reserves, hydrogen (H2) could play a key role. This contribution analyzes the potential of blue H2 production in Colombia as a possible driver of the H2 economy. The study assesses the natural resources available to produce blue H2 in the context of the recently launched National Hydrogen Roadmap. Results indicate that there is great potential for low-emission blue H2 production in Colombia using coal as feedstock. Such potential, besides allowing a more sustainable use of non-renewable resources, would pave the way for green H2 deployment in Colombia. Blue H2 production from coal could range from 700 to 8000 ktH2/year by 2050 under conservative and ambitious scenarios, respectively, which could supply up to 1.5% of the global H2 demand by 2050. However, while feedstock availability is promising for blue H2 production, carbon dioxide (CO2) capture capacities and investment costs could limit this potential in Colombia. Indeed, results of this work indicate that capture capacities of 15 to 180 MtCO2/year (conservative and ambitious scenarios) need to be developed by 2050, and that the required investment for H2 deployment would be above that initially envisioned by the government. Further studies on carbon capture, utilization and storage capacity, implementation of a clear public policy, and a more detailed hydrogen strategy for the inclusion of blue H2 in the energy mix are required for establishing a low-emission H2 economy in the country.

2 April 2015 in The Journal of Physical Chemistry A
Verified
Journal Article
Closed access
SWScott W. Wagnon
Scott W. Wagnon
CBCesar Barraza-Botet
Cesar Barraza-Botet
MWMargaret S. Wooldridge
Margaret S. Wooldridge

11 October 2025 in Transportation Engineering
Verified
Journal Article
Open access
DRDaniel Robayo-Rueda
Daniel Robayo-Rueda
MUMiguel Angel Uribe-Laverde
Miguel Angel Uribe-Laverde
CBCesar Barraza-Botet
Cesar Barraza-Botet