Graphene-led materials science for high-performance, low-carbon systems
Tansotec integrates graphene, advanced composites, and electrochemical systems to deliver fast-charge energy storage, lightweight structures, and circular manufacturing pathways. Our research pipeline spans lab validation to pilot deployment with a focus on aerospace, mobility, construction, and energy transition infrastructure.
What we deliver
- ▸High-power, high-cycle graphene supercapacitors for UAVs, EVs, and grid support.
- ▸Graphene-enhanced cement, coatings, and composites that increase strength-to-weight and durability.
- ▸CO₂ capture and electrochemical conversion to fuels and chemicals, aligned to net-zero pathways.
- ▸Scaled, low-footprint graphene production with optimized purity, yield, and functionalization.
Core research domains
Energy storage
Graphene-based supercapacitors with rapid charge/discharge, high power density, and long cycle life.
Aerospace & defense
Lightweight, conductive, and EMI-shielding composites for UAVs and mission-critical platforms.
Construction materials
Graphene-infused cement, coatings, and aggregates for stronger, more durable, fire-resistant structures.
Sustainable manufacturing
Low-energy graphene production, circular feedstocks, and process intensification to cut embodied carbon.
Advanced coatings
Barrier, anticorrosion, and thermal coatings to extend asset life in harsh environments.
Systems integration
Validated architectures combining materials, power electronics, and control for deployable products.
Research focus areas
1. Graphene supercapacitors
High-power density energy storage with fast charge/discharge, long cycle stability, and improved safety for mobile and stationary systems.
- •Electrode architecture optimization for specific power and minimal ESR.
- •Thermal management for sustained high-rate cycling.
- •Power delivery for UAVs/EVs and hybrid storage with batteries.
2. Composite materials
Graphene-enhanced polymers and resins for structural components that demand lightweight stiffness, conductivity, and durability.
- •Strength-to-weight gains for aerospace and mobility platforms.
- •EMI shielding and thermal pathways for electronics packaging.
- •Processability for scalable manufacturing and QA.
3. Construction & infrastructure
Graphene in cement, asphalt, and coatings to extend asset life, enhance strength, and improve fire and moisture performance.
- •Durability, crack resistance, and load performance.
- •Fire-resistive and moisture barriers for critical infrastructure.
- •Validation of mix designs for ready integration.
4. Carbon capture & conversion
Modular CO₂ capture and electrochemical conversion to fuels and chemicals using graphene-enabled catalysts and reactors.
- •Portable electrolysers for industrial and ambient capture.
- •Power-to-X pathways for methanol and value chemicals.
- •Net-zero aligned pilots with scalable balance of plant.
5. Graphene synthesis
Continuous improvement of electrochemical exfoliation to maximize purity, yield, and application-specific functionalization.
- •Defect reduction and flake size control.
- •Functional groups tuned for energy, composites, and coatings.
- •Process intensification for reliable supply.
How we work
Discover
Requirements framing, performance targets, and use-case constraints.
Design
Material selection, architecture design, and simulation-driven decisions.
Validate
Lab validation, accelerated aging, and safety/QA protocols.
Deploy
Pilot deployment, integration engineering, and scale-up support.
Research & testing infrastructure
Analytical
- ▸SEM/TEM for structural characterization.
- ▸Raman spectroscopy for quality and defect analysis.
- ▸XRD/XPS for composition and crystallinity.
- ▸BET surface area and porosity measurements.
Performance
- ▸Electrochemical testing: CV, GCD, EIS for capacitance and stability.
- ▸Thermal cycling and environmental stress for reliability.
- ▸Mechanical testing for composites and cementitious mixes.
- ▸Pilot-scale lines for electrode coating and materials processing.
Strategic research partnerships
We collaborate with leading institutes to combine fundamental research with commercialization know-how. Partnerships focus on supercapacitors, advanced composites, and sustainable manufacturing.
Graphene Engineering Innovation Centre (GEIC), University of Manchester
Global center for graphene characterization, applications, and commercialization.
RMIT University – Advanced Manufacturing & Energy
High-power energy storage and rapid-response supercapacitors.
CSIRO – Carbon Capture & Sustainable Materials
CO₂ utilization and circular economy solutions.
University of Queensland – Green Hydrogen & Clean Energy
Hydrogen production and storage with graphene-enhanced materials.
Current research priorities
Supercapacitor performance optimization
High-rate, high-cycle graphene supercapacitors for UAV/EV and grid support.
- •Electrode design for rapid power delivery.
- •Thermal management and longevity.
- •Hybrid architectures with batteries.
Carbon capture & electrochemical conversion
Portable CO₂ electrolysers and pilot-scale plants for fuel and chemical production.
- •Modular plant design and operation.
- •Economic pathways to methanol and derivatives.
- •Grid-integrated, net-zero deployment.
Graphene synthesis process enhancement
Electrochemical exfoliation optimized for purity, yield, and application tuning.
- •Defect control and consistency.
- •Functionalization matched to end-use.
- •Throughput and cost efficiency.
Collaboration model
We partner with OEMs, infrastructure owners, and research institutions to de-risk materials integration and speed up deployment.
- ▸Joint development agreements with clear performance KPIs.
- ▸IP co-creation and licensing pathways.
- ▸Pilot and field trials with full instrumentation and reporting.
Engage with us
Tell us about your application and target metrics—cycle life, power density, strength-to-weight, or CO₂ intensity.
Start a projectPublications & IP
Energy storage
Graphene-based supercapacitors for UAV power systems
IP and technical notes available to partners under NDA.
Construction
Graphene-reinforced cement composites for structural resilience
IP and technical notes available to partners under NDA.
Manufacturing
Electrochemical exfoliation optimization for scalable graphene
IP and technical notes available to partners under NDA.
Impact & outcomes
We translate lab breakthroughs into field-ready solutions with quantified gains.
- ▸Supercapacitors: high C-rate stability, >200k cycles, and improved thermal performance.
- ▸Composites: strength-to-weight improvements with EMI shielding and thermal pathways.
- ▸Construction: enhanced compressive strength, durability, and fire/moisture resistance.
- ▸CO₂-to-value: modular electrolysers ready for pilot deployment.
Deployment readiness
- •Pilot line data packages and QA protocols.
- •Material safety, handling, and environmental compliance.
- •Integration with existing manufacturing processes.
Ready to build with graphene?
Share your requirements—power, strength, or carbon targets—and we will scope a joint program.
