Proprietary
STREAM™ Technology
Scalable graphene production for commercial manufacturing.
STREAM™ Technology
STREAM™ Technology is Argo’s proprietary production platform designed to convert carbon-rich feedstocks into high-value graphene materials through an efficient and scalable process.
A Smarter Way to Produce Graphene
STREAM™ Technology is an advanced production platform designed to transform carbon-rich feedstocks into high-purity graphene materials. The process supports scalable manufacturing while enabling consistent quality and efficient production for commercial applications.
Why STREAM™ Technology?
Scalable Manufacturing
Designed for industrial-scale production and commercialization.
High-Value Materials
Produces high quality graphene and graphene oxide for multiple industries.
Commercial Opportunity
Supporting applications across construction, energy, composites, agriculture, and human health.
From Feedstock to Advanced Materials
STREAM™ Technology converts carbon-rich feedstocks into graphene and graphene oxide through a proprietary production process designed for industrial commercialization.
STREAM™ Production Platform
The proprietary STREAM™ production platform is engineered to support reliable, scalable graphene manufacturing for commercial deployment.
✓ Commercial Scale
✓ High Purity
✓ Efficient Process
✓ Multiple Product Outputs
Technical Validation
Scientific Characterization of Argo’s Few-Layer Graphene
Argo’s few-layer graphene has been characterized using Raman spectroscopy, XPS, and XRD to evaluate its structure, composition, and material quality.
1. Product Specifications
High-surface-area few-layer graphene synthesized via upcycling of carbonaceous feedstocks, designed for applications in construction, composites, and energy storage.
Highlights
- ~1–5 Graphene Layers
- >99% Carbon Purity
- ~1–5 μm Lateral Sheet Size
- Turbostratic Crystallinity
2. Raman Spectroscopy
Overall Raman analysis confirms a high-quality low-defect few-layer graphene.
Validated Characteristics
- Strong sp² Carbon Structure
- Few-Layer Graphene
- High Crystallinity
- Minimal Structural Defects
3. XPS Analysis
XPS analysis confirms predominantly sp²-bonded carbon with minimal oxygen functionalization, consistent with high-purity few-layer graphene.
Validated Characteristics
- Predominantly sp² Carbon
- Minimal Oxygen Functionalization
- Low sp³ Carbon Content
- High Material Purity
4. XRD Analysis
XRD analysis confirms minimal crystalline impurities through a dominant (002) peak.
Highlights
- Dominant (002) Peak
- Minimal Crystalline Impurities
Commercializing the Future of Advanced Materials.
We develop advanced graphene-enhanced materials that improve strength, durability, and sustainability across construction, energy, composites, agriculture, and human health.