From the Laboratory to Industry:

How Graphenemex Graphene Drives Innovation in Mexico (Part I)

 In 2014, Graphenemex® was founded with the vision of becoming the first company in Mexico and Latin America capable of producing graphene and its derivatives at an industrial scale, making this technology accessible to companies and institutions interested in leveraging its extraordinary properties in their products and processes.

At that time, graphene was considered a highly disruptive material. In fact, its isolation and experimental studies led to the awarding of the 2010 Nobel Prize in Physics to Andre Geim and Konstantin Novoselov, researchers at the University of Manchester in the United Kingdom. Europe and Asia were precisely the regions that accelerated efforts to further explore this remarkable material.

The exceptional properties identified in graphene—including electrical, thermal, mechanical, optical, and other characteristics—immediately attracted the interest of governments, research centers, and companies worldwide. So much so that in 2013, the European Union announced one of the most important scientific programs of recent decades: the Graphene Flagship. This initiative, with an investment of nearly one billion euros, was designed to promote graphene-related research over a ten-year period, with a problem-solving approach aimed at addressing technological and societal challenges.

Although the program’s priority was to strengthen European science and technology, its impact extended far beyond Europe’s borders. Thanks to the Graphene Flagship, graphene ceased to be a material known only within academic circles and began attracting the attention of various industrial sectors, ranging from electronics to medicine.

It is worth noting that the same characteristic that made graphene such a fascinating material also became one of its greatest challenges. Its ability to combine mechanical, electrical, thermal, barrier, and optical properties within a single two-dimensional nanostructure attracted researchers from virtually every field of knowledge. As a result, numerous basic research lines emerged, enabling a deeper understanding of its potential applications.

While this diversity of research efforts has been essential for expanding knowledge about the material, it has also dispersed scientific and technological resources, making it difficult to maintain the continuous and systematic studies required to accelerate its technological maturation into real products and commercially available solutions. In other words, graphene’s potential is so broad that for many years it was easier to demonstrate new properties or laboratory-scale applications than to transition from basic science to applied science. This was likely due, first, to the low productivity and high cost of production methods; second, to the limited technical and scientific knowledge available at the time; and finally, to the challenges associated with integrating this technology into industrial environments.

It was precisely in this context that Graphenemex® emerged. In addition to investing in infrastructure, the company assembled a scientific and technical team dedicated to developing scalable production technologies. As a result of these efforts, Graphenemex® currently holds two patents related to industrial-scale manufacturing processes for graphene and graphene oxide.

Producing the material is only the first part of the challenge. The second is understanding how to apply it efficiently, reproducibly, and economically within existing production processes.

Graphene possesses an extraordinarily broad range of applications; however, precisely because of this, numerous variables must be controlled to achieve successful development. Every industry has specific raw materials, proprietary manufacturing processes, particular regulatory requirements, and accumulated know-how that often forms part of its industrial secrets.

At Graphenemex®, we specialize in graphene-based materials. We understand their production methods, characteristics, and potential mechanisms of interaction with different systems. However, it is difficult to know with the same level of detail all the manufacturing processes, formulations, and operating conditions of every industry interested in adopting this technology. Therefore, the development of graphene applications should be understood as a collaborative process between those who understand the nanomaterial and those who understand the final product.

How Are Graphene Applications Developed?

Our experience has shown that the most successful projects do not begin with a formulation or a material sample. They begin much earlier—with a strategic decision: the willingness to innovate.

Modifying a material with graphene does not simply mean adding a new ingredient to a mixture or replacing one raw material with another. It is important to understand that graphene is not a universal solution because, in most applications, its role is to enhance or complement the properties of an existing system. Consequently, the changes achieved in the original material’s characteristics depend both on the type of graphene selected and on its proper integration within the supporting matrix. This involves exploring a new technology with the potential to transform products, processes, and business models.

For this reason, the first question should not be, “How much graphene do I need?” nor “What problem will it solve for me?”

Instead, the questions should be: “What problem am I trying to solve, or what opportunity am I trying to seize?” and, equally important, “Am I willing to dedicate time and resources to a research and development project?”

The answers to these questions mark the beginning of a research and development process that requires time, financial resources, and human talent willing to collaborate, propose ideas, and even adapt formulations or modify processes when necessary.

“Successful innovation rarely happens on the first attempt. Most technologies we consider successful today are the result of long and complex development processes.”

Rather than simply selling a material, Graphenemex®’s philosophy is to accompany companies throughout the research and development process, helping them identify opportunities, design strategies, and leverage graphene’s potential to create solutions with genuine added value.

Some questions that can help determine whether initiating a research phase is feasible include:

a) What property is intended to be improved?

b) What is the current performance of the product?

c) What problem is being addressed or improved?

d) Is there a technical limitation that has not been solved using conventional technologies?

e) Is the objective to reduce costs, replace materials, increase service life, or develop a new product line?

In many cases, answering these questions makes it possible to quickly determine whether graphene has the potential to address the identified need or whether more suitable alternatives exist.

In Part II of this article, we will explain how Graphenemex® can help transform an idea into a real industrial application, starting from the very first contact.

Written by: EF/Dania Hernández