World-First Breakthrough: Single-Step Graphene Oxide Synthesis
LTEOIL, in strategic collaboration with researchers in the Mike Walker '66 Department of Mechanical Engineering at Texas A&M University, redefine materials science with a patented, near net-zero emissions process to create Graphene Oxide directly from natural gas.
A Paradigm Shift in Sustainable Manufacturing
Traditional Graphene Oxide production is complex, energy-intensive, and resource-heavy. SYNTH-GRAPH™ changes everything with a groundbreaking single-step process. Our technology not only eliminates multiple stages but also utilizes natural gas, making the production process near net-zero emissions and highly scalable. This is not just a new material; it's the foundation for a graphene-enabled economy.
"We are not just producing a material — we are laying the foundation for the next era of human development." - Charles Martens, Founder of LTEOIL
Unmatched Sustainability and Scalability
Single-Step Process
Eliminates multiple energy and resource-intensive steps, simplifying production and lowering costs.
Sustainable Source
Synthesized directly from natural gas, this patented process is near net-zero emissions, supporting global environmental goals.
High Efficiency
Designed to be a low-cost producer and market driver in the multi-billion dollar graphene industry.
Versatile Forms
Our process can produce various forms including nanosheets, nanospheres, and both conductive and non-conductive variants.
Product Specifications
SYNTH-GRAPH™ Graphene Oxide
- Solvent: Water
- Form: Monolayer Nanosheets Water Dispersion
- Concentration: 4 mg/ml
- GO Content: 1g
- Monolayer Content: >90%
- Chemical Composition: Carbon (75-80%), Oxygen (20-25%), Hydrogen (<1%), Nitrogen (0%), Sulfur (0%)
The Building Blocks of the Future
Graphene is the strongest, thinnest, and most conductive material ever discovered. Our breakthrough process produces Graphene Oxide in versatile forms, ready to unlock a new era of industrial innovation across a wide range of fields.
Semiconductors & Electronics
Leverage graphene's exceptional conductivity for next-generation electronic components and devices.
Energy Storage
Enhance batteries, supercapacitors, and other energy storage solutions with our advanced materials.
Advanced Construction
Integrate graphene oxide into materials like concrete to significantly improve their strength and durability.
Coatings & Polymers
Create high-performance coatings and advanced composite materials with superior properties.
Biomedical Systems
Explore new frontiers in medical technology and research with biocompatible graphene materials.
Aerospace & Defense
Develop lighter, stronger, and more resilient materials for aerospace and military applications.
A Strategic Partnership for a Sustainable Future
SYNTH-GRAPH™ is the result of a landmark collaboration between LTEOIL and Texas A&M University (TAMU). This strategic partnership is dedicated to translating fundamental science into real-world applications that will shape a sustainable and advanced future. A proposal is already underway to equip a research and development facility on the Texas A&M RELLIS campus to showcase the versatility, commercial scaling, and industrial potential of this single step technology.
"We are thrilled to play a leading role in scaling a process that could define the next industrial revolution." - Dr. David Staack, Associate Vice Chancellor for Research, TAMU
Who We Are
About LTEOIL
LTEOIL-EVONRG is a pioneering energy and advanced materials technology firm focused on unlocking scalable, sustainable solutions for the industries of tomorrow. With its breakthrough in single-step graphene oxide synthesis, EVONRG'S SYNTH-GRAPH™ is positioned to lead the next wave of clean industrial innovation. www.lteoil.com
About TAMU
Texas A&M University is a globally recognized academic institution at the forefront of engineering, scientific discovery, and innovation. As a leader in applied materials research, TAMU partners with industry to translate fundamental science into real-world applications that shape a sustainable and advanced future.
Engage with Our Vision
We invite stakeholders, researchers, investors, and government leaders to engage in this shared vision of progress.