Green metallurgy: Recycling and sustainable processes in industry
Green steel in industrial sustainability, highlighting sustainable processes, technological innovation and metal recycling in metallurgy.
Green steel in industrial sustainability, highlighting sustainable processes, technological innovation and metal recycling in metallurgy.
The test stations allow monitoring of cathodic protection, avoiding infrastructure problems and reducing maintenance and repair costs.
Distinguishing between hydrogen embrittlement and SCC allows for the assessment of mechanical and environmental risks in metals exposed to loads or corrosives.
MIC corrosion deteriorates metals in industrial sectors by microorganisms, with electrical (EMIC) and chemical (CMIC) mechanisms that compromise their safety and durability.
Examining the role of sulfur dioxide in industry and strategies to reduce its environmental impact.
Analyzing the importance of earth's rarest minerals and their technological and commercial impact.
Examining recent developments in catalysis and their contribution to efficiency and sustainability in the chemical industry.
Galvanic corrosion, derived from the electrochemical galvanic reaction between metals, affects the durability of industrial structures, increasing the risk of failure and material damage.
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.
Thermodynamic principles underpin the design, efficiency, and optimization of chemical processes.
Learn heat transfer mechanisms and their impact on the efficiency of thermal systems in industries.
Analyzing how crystalline vs. amorphous structures influence corrosion resistance.