About Adianano

About

The demand for energy storage solutions has never been more critical

As the world transitions towards renewable energy sources and electric mobility, the limitations of current battery technologies pose a significant challenge. Adianano recognises the urgency of addressing these challenges, and our nano-silicon@graphene composite is poised to meet the growing need for enhanced lithium-ion batteries. Now, more than ever, there is a pressing need for sustainable and high-capacity energy storage solutions to power the future.

The lithium-ion battery market has been growing steadily, with a 18% year-over-year increase in global demand in 2023, primarily driven by the surge in electric vehicle production and adoption.
By 2030, lithium-ion batteries are expected to power over 60% of new electric vehicles, highlighting their critical role in the transition to sustainable transportation and energy storage solutions
How we can change the world for a better future
01. We are architects of change

Adianano is not just a technology company; we are architects of change. By seamlessly integrating nano-silicon particles into graphene layers using our unique single-step production method, we unlock the potential to create lithium-ion battery anode materials with unprecedented characteristics.

02. We offer more than just a product

The versatility of our approach allows us to synthesize composites with nano-silicon concentrations ranging from 5 to 80%, ensuring the stability of the composite against cycling-induced stresses. In essence, we offer more than just a product; we provide a solution that transcends traditional energy storage limitations.

03. We are reliable

Our innovation minimizes cracking, often likened to a trampoline effect, resulting in a level of long-term stability that is crucial for the reliable operation of lithium-ion batteries.

04. We are sustainable

At Adianano, we are committed to being a driving force behind the global transition to sustainable energy solutions, fostering a better and cleaner future for generations to come.

Mission & Vision
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At Adianano, we are committed to being a driving force behind the global transition to sustainable energy solutions, fostering a better and cleaner future for generations to come.
Mission

At Adianano, our mission is to revolutionise energy storage through innovative nanotechnology. Since our inception in early 2019, we have been dedicated to pioneering advancements in material synthesis, with a specific focus on nano-silicon@graphene composites. Our mission is to usher in a new era of lithium-ion batteries (LIB) by enhancing their capacity and performance through our groundbreaking, single-step production method.

Vision

We envision a future where energy storage is not only efficient but also sustainable. Adianano aims to be at the forefront of this transformation by providing cutting-edge nano-materials that redefine the capabilities of lithium-ion batteries. Our vision extends beyond technological advancements; we aspire to contribute to a cleaner and more sustainable world by enabling the widespread adoption of high-performance energy storage solutions.

Team

TOMS SLAPJUMS
CEO
ANATOLY I. SAPRYKIN
Technology Inventor
WIOLETA SLUBOWSKA-WALKUSZ
R&D Team
Partners
Investors
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SIA “Adianano”, 03.04.2020. noslēdza līgumu Nr. IZ-L-2020/102 ar Latvijas Investīciju un attīstības aģentūru par atbalstu dalībai izstādēs un konferencēs, kā arī tiešo vizīšu pie potenciālā investora vai sadarbības partnera ārvalstīs nodrošināšanai Eiropas Reģionālās attīstības fonda projektā „Tehnoloģiju pārneses programma” (projekta identifikācijas numurs 1.2.1.2/16/I/001)

SIA “Adianano”, Veikts projekts ar numuru VP-PI-2021/79, kura galvenais uzdevums bija izpētīt kompozītmateriālu uz nano-silīcija bāzes uzvedību litija jonu akumulatori.

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Adianano PL SP. z o.o. realizuje projekt: "Krzemowe baterie litowo-jonowe nowej generacji" realizowany w ramach powierzenia grantu zgodnie z Projektem: „GT Technologies”. Cel projektu: Określ prawidłowy skład nanokrzemu@grafenu i przetestuj materiał w akumulatorach litowo-jonowych. Dofinansowanie projektu grantowego: 902 240,00 PLN