Graphene is a multifunctional carbon nanostructure that, through functionalization processes, can modify its properties for specific applications. These modifications include covalent and non-covalent interactions, as seen in graphene oxide (GO), which enhances its dispersion, biocompatibility, and integration capacity with polymers. Functionalizing graphene increases its efficiency, stability, and performance across various industries.

Carbonation and Graphene Oxide: A Solution for Reducing CO₂ Emissions In previous articles, we discussed the cement industry's impact on CO₂ emissions and the commitments made to reduce them by 2050. Today, we explore how carbonation—a process generally seen as a concrete pathology—could help offset some CO₂ emissions from cement production. What is Carbonation? In...

Over the past three decades, the cement industry has reduced CO2 emissions by 40% through clinkerization improvements. In 2021, Mexican cement companies aligned with a roadmap towards a low-carbon economy. Nanotechnologies like graphene oxide (GO) offer significant enhancements, increasing concrete durability, reducing cement use, and improving strength. These innovations benefit both energy efficiency and corrosion...

Non-stick coatings prevent the adhesion of substances to surfaces, based on their low surface energy, which allows them to provide high water repellency (hydrophobic behavior). In the following article you will learn how graphene materials improve non-stick effects, as well as other properties such as resistance to abrasion and UV radiation.