Graphene Energy Storage Solutions

ENERGY STORAGE solutions

Graphene Nanoribbons: Revolutionizing Energy Storage for Unmatched Efficiency & Durability.

Twice the Range. Half the Wait!

Discover how our cutting-edge graphene nanoribbon technology is transforming batteries and electronic devices, delivering exceptional performance, longer lifespans, and greater sustainability.

Graphene-Enhanced Battery Electrodes

Enables 10× faster charging, extended cycle life, improved thermal management, increased energy density, and enhanced mechanical stability.

Hydrogen & Metal-Air Batteries

Advances hydrogen fuel cells and alternative battery technologies for long-duration energy storage

Faster Charging Rates (Up to 7C)

Enables 10-minute charging with a 5× increase in charging speed.

Broad Compatibility

Seamlessly integrates with various Li-Ion chemistries, including anodes and cathodes

Extended Battery Longevity

Optimized for prolonged performance and lifespan.

Supercapacitors

Provides exceptional charge-discharge rates and superior energy retention for renewable energy systems and grid applications.

Increased Energy Density (Up to 30%)

Reduces material costs while enabling more compact battery packs or extended battery life, leading to longer EV ranges and improved consumer electronics performance.

Enhanced Production Consistency

Ensures a higher yield of better-performing batteries, reducing binning and lowering production costs.

Improved Safety

Lower electrode resistance and higher thermal conductivity enhance battery reliability and safety.

Cost Efficiency

Achieved through reduced material usage and significant Bill of Materials (BOM) cost reductions

Experience the Future of Energy Storage with NTherma’s Graphene Battery Technology!

Advanced Fuel Cells & Hydrogen Technologies

Graphene-enhanced fuel cells are transforming energy storage and transportation, enabling greater efficiency, faster hydrogen reactions, and improved durability. These advancements drive innovation in fuel cell electric vehicles (FCEVs), backup power, and emerging applications in aviation, heavy industry, and consumer electronics.

Graphene-Enhanced Fuel Cells - Next-generation fuel cell technology leverages graphene materials to increase efficiency, extend lifespan, and enhance thermal and electrical conductivity. These improvements enable higher power output for FCEVs, stationary energy systems, and portable power applications.
Solid-State Hydrogen Storage - Graphene-based materials facilitate safer, more efficient hydrogen storage, reducing system weight and increasing energy density. As advancements continue, these solutions will scale across mobility, aerospace, and industrial applications, improving fuel cell integration and performance.
Hydrogen Production & Infrastructure - Graphene-enhanced catalysts improve electrolyzer efficiency, reducing hydrogen production costs and supporting the expansion of hydrogen refueling infrastructure. Growth in on-site hydrogen generation, advanced storage, and future hydrogen pipelines will drive a more sustainable energy ecosystem.
Next-Generation Performance & Sustainability - By boosting reaction efficiency, reducing catalyst degradation, and lowering operational costs, graphene-enhanced fuel cells accelerate the shift toward cleaner, high-performance hydrogen energy solutions for transportation, power grids, and industrial applications. Driving the future of hydrogen energy with graphene-powered innovation.

Graphene Nanoribbons: Elevating Hydrogen Fuel Cells for a Sustainable, Efficient Future

NTherma: Pioneering Graphene-Powered Solutions for Cleaner Air & Water Worldwide!

Advanced Air & Water Purification Technologies

NTherma’s graphene-enhanced purification solutions are revolutionizing air and water treatment with superior filtration, pollutant capture, and sustainable carbon utilization. Our cutting-edge materials offer higher efficiency, extended lifespan, and a reduced environmental impact, setting new benchmarks in purification technology.

Air Purification Membranes – Graphene-based filters and photocatalytic coatings efficiently trap pollutants and neutralize contaminants, ensuring cleaner indoor and outdoor air.
Water Filtration Systems – Graphene oxide membranes enable desalination, heavy metal removal, and antimicrobial water treatment, delivering clean, safe water for industries and communities.
Carbon Capture & Utilization – Direct air capture technology converts CO₂ into valuable fuels and chemicals, advancing sustainable energy solutions.
Nanomaterial-Based Water Treatment – Selective ion filtration via advanced graphene membranes optimizes industrial wastewater treatment, improving efficiency and sustainability.

NTherma Graphene Nanoribbons: Pioneering Advanced Solutions for Cleaner Air & Water Global Impact.

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NTherma Corporation makes every reasonable effort to ensure that the information on this website is accurate and up‑to‑date. However, all content is provided “as is,” without warranty of any kind, express or implied. NTherma Corporation expressly disclaims liability for any damages, losses, or injuries arising from your use of, reliance on, or reference to information contained herein. The content may be incomplete, outdated, or otherwise inaccurate, and NTherma Corporation does not guarantee its completeness, timeliness, or suitability for any particular purpose. Updates are made periodically, but NTherma Corporation assumes no obligation to revise or update information except as required by applicable law.