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Biopolymers for High-Capacity Batteries

Biopolymers for High-Capacity BatteriesBiopolymers for High-Capacity BatteriesBiopolymers for High-Capacity BatteriesBiopolymers for High-Capacity Batteries

  Power the Future. Sustainably.

Explore Our Product

Biopolymers for High-Capacity Batteries

Biopolymers for High-Capacity BatteriesBiopolymers for High-Capacity BatteriesBiopolymers for High-Capacity BatteriesBiopolymers for High-Capacity Batteries

  Power the Future. Sustainably.

Explore Our Product

About Us

Biopolymers

Biopolymers

Founded in Georgia (the country) in 2022 as Biotron Energy LLC,  and in 2023 the company established Biotron Energy Inc. in California as its U.S. subsidiary, it is an innovative startup pioneering conceptually new electrode materials for advanced energy storage. Our breakthrough biopolymer-based cathodes have the potential to revolutioni

Founded in Georgia (the country) in 2022 as Biotron Energy LLC,  and in 2023 the company established Biotron Energy Inc. in California as its U.S. subsidiary, it is an innovative startup pioneering conceptually new electrode materials for advanced energy storage. Our breakthrough biopolymer-based cathodes have the potential to revolutionize multiple sectors, including e-transportation (rail, aviation, maritime, electric vehicles, buses, and trucks), large-scale energy storage (industrial and residential), material handling, automated guided vehicles (AGVs), and specialized equipment for construction, agriculture, and defense applications. Our mission is to redefine energy storage by merging cutting-edge science with sustainable materials to deliver solutions that are both high-performing and environmentally responsible. 

Biopolymers

Biopolymers

Biopolymers

Biopolymers are naturally occurring large molecules composed of repeating subunits called monomers. They are essential to life, performing functions such as storing and transmitting genetic information, providing structural support, and catalyzing biochemical reactions.

Recently, biopolymers have emerged as promising materials for battery 

Biopolymers are naturally occurring large molecules composed of repeating subunits called monomers. They are essential to life, performing functions such as storing and transmitting genetic information, providing structural support, and catalyzing biochemical reactions.

Recently, biopolymers have emerged as promising materials for battery cathodes due to their renewable, biodegradable, and non-toxic properties. By harnessing biopolymers, we aim to create high-capacity, sustainable energy storage solutions that drive a greener future.

Technology

Biopolymers

Technology

We are revolutionizing energy storage with plant-derived biopolymer cathodes. Our proprietary biopolymers enable primary (non-rechargeable) lithium batteries to achieve unprecedented energy densities—far surpassing currently available technologies.

The unique performance of our biopolymers stems from their highly developed surface structur

We are revolutionizing energy storage with plant-derived biopolymer cathodes. Our proprietary biopolymers enable primary (non-rechargeable) lithium batteries to achieve unprecedented energy densities—far surpassing currently available technologies.

The unique performance of our biopolymers stems from their highly developed surface structures, rich in electrochemically active components that ensure efficient energy conversion.

Our biopolymer cathode technology is protected by an international patent, with a U.S. patent pending.

Biopolymers for High-Capacity Batteries

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