Microbiologically induced corrosion and its impact on metal decay
MIC corrosion deteriorates metals in industrial sectors by microorganisms, with electrical (EMIC) and chemical (CMIC) mechanisms that compromise their safety and durability.
All Yolanda Reyes publications
Sulfur dioxide chemistry: Production and management in industry
Examining the role of sulfur dioxide in industry and strategies to reduce its environmental impact.
Geological rarities: Exploring the earth’s rarest minerals
Analyzing the importance of earth's rarest minerals and their technological and commercial impact.
Innovations in Catalysis: Enhancing Efficiency in Chemical Processes
Examining recent developments in catalysis and their contribution to efficiency and sustainability in the chemical industry.
Galvanic Reaction in Metals: Fundamentals and Effects on Corrosion
Galvanic corrosion, derived from the electrochemical galvanic reaction between metals, affects the durability of industrial structures, increasing the risk of failure and material damage.
Emerging technologies to mitigate acid mine drainage
Acid Mine Drainage (AMD) affects soils and nearby ecosystems, but emerging technologies are changing the way we mitigate its impact, offering innovative and sustainable solutions.
Thermodynamics applied to the design of complex chemical processes
Thermodynamic principles underpin the design, efficiency, and optimization of chemical processes.
How materials impact thermal efficiency
Learn heat transfer mechanisms and their impact on the efficiency of thermal systems in industries.
Crystalline vs. amorphous structures in corrosion resistance
Analyzing how crystalline vs. amorphous structures influence corrosion resistance.
NODAL Analysis: Corrosion prediction in the oil industry
Use of NODAL analysis to predict corrosion and improve operational efficiency in the oil industry.
Magnetization in matter: fundamentals and engineering applications
Magnetization links electricity and magnetism, essential for modern applications.
High entropy alloys in complex and simple materials
Exploring the properties, applications and technological advances of high entropy alloys (HEAs).