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Last Update

Jan 22, 2021

ARNO this is a real nano technology project "Creation of production of secondary energy sources for industrial and home use based on lead-acid battery cells using carbon nano materials". A project that exists in physical reality with hight liquidity.
First stage PreICO
Oct 6, 2020
Oct 6, 2021
40% completed
70% goal completed
Goal 5.00 USD
Cap 5.00 USD
  • 1 ARNO
    1.5 USD
Token Details
Total supply
Token Distribution
ARNO token is based on ETH — ERC-20;
The total token emission is 50000000;
The token is not reissued;
According to the percentage distribution, sale, and ICO/IEO allocated 8%, which is 4000000 tokens;
In case of IEO, the number of tokens will not exceed 8% of the amount allocated for sale;
Accepted Currencies
Min Contribution
Company Details
Registered Country
Bonus Structure
We currently support three such programs, the main of which is the Referral Program. We also call it an affiliate program (affiliate program), implying that this is a type of cooperation between a company and partners.
To put it simply, this is when, on your recommendation, a person does some action, for example, they register and buy a certain amount of ARNO Token. And you, in turn, get a commission for bringing this person. Our team uses the principle of one-level referral links, that is, there is only one level, the affiliate receives a reward from the purchase of goods (registration) made by the referrals/buyers you attracted.
At the moment, the reward is 5% of the purchase amount of the personally invited person and is paid in tokens.
In addition to the referral program, we can offer our partners the Airdrop and Bounty programs, with the main conditions of which you can read in the future on our website or in the accompanying newsletters
Additional Details
Yes , from Aug 1, 2020 till Aug 1, 2022

About ARNO

The technologies for producing carbon nanomaterials, in particular carbon nanotubes, intercalated graphite and graphene structures, developed and implemented for industrial use by our team over the past few years, allow us to produce additives of various types for various fields of application.

This allows our team of scientists, engineers and technologists to use our proprietary additives to store energy, improve efficiency, increase the capacity and life of our batteries, and more.

Our future businesses plans to deliver a broad range of products and solutions to customers in every corner of the globe, serving key industries such as transportation, infrastructure, environment and consumer. We provide performance solutions that solve customers’ challenges today while preparing them to meet tomorrow’s needs. Our commitment to innovation is driven by a passion to advance our customers’ businesses through our deep understanding of their industries and the global trends that impact their operations.  


Manufacturers of electronic products, hybrid vehicles and power systems are also benefiting from our technical practice, which allows them to create more flexible and high-performance offerings for their end users. For the battery and energy market, carbon nanotubes, intercalated graphite and graphenes serve:
  • Conductive components of battery electrodes;
  • Rheology modifiers for pastes and slurries used in preparation of battery electrodes;
  • Structural and porosity modifiers for battery electrodes;
  • Capacitors for charge storage.
Batteries Engineers and designers of advanced lead-acid and lithium-ion (Li-Ion) batteries will use our carbon additives to improve durability and performance of batteries for hybrid and electric vehicles, consumer electronics, power tools and grid-level electricity storage. These applications are pushing battery manufacturers to deliver ever-increasing levels of performance and durability, while at the same time reducing total system cost. Our Carbon additives Our portfolio of carbon additives enable battery developers to extract the highest possible efficiency out of each active material, promoting high power delivery and energy density in Li-Ion batteries as well as extending cycle life and charge acceptance in lead-acid batteries. Our conductive carbon additives will be also used in super capacitors, fuel cells, Li-air and other energy storage devices.  

Technical Info

In recent years, the lead-acid industry has come through with another great innovation, the advanced “lead-carbon” design. This new battery uses carbon to reduce sulfation in the negative plate to expand the cycle life of flooded and VRLA batteries under high rate pulse cycling at partial state of charge. With this dramatic improvement, an advanced lead-carbon battery can now equal the performance of nickel-metal hydride (NiMH) and lithium-ion (Li-Ion) batteries, but at far lower cost.

If our carbon-based materials has been added to the Negative & Positive Active Material (NAM & PAM) during paste preparation in a variety of forms including MWNT and exfoliated graphite based graphene structures, when incorporated at 0.1-0,8% w.r.t. lead oxide, carbon increases the charge acceptance of a battery by more than 200% but at the cost of paste rheology and paste density. Reductions in paste density directly lead to increased active material adhesion to the grids, increased battery capacity with no requires of higher active material masses to reach specification, and sufficient cold-cranking performance.

Since the technology for the production of such batteries has long been developed and well known, and the need to create reliable home and semi-industrial backup power sources capable of interacting with primary sources (such as, for example, solar panels, wind turbines or city networks at night) with increased charging and discharging resource and increased capacity - more relevant than ever before - our team, in cooperation with KAKST and the Bulgarian Academy of Sciences, managed to develop a technology for the use of carbon nanomaterials in the production of lead-acid batteries (without changing the technology for the production of power sources themselves) and create a pilot sample of this kind devices.
As a result of the work carried out, a storage device was created on the basis of modified lead-acid batteries with a negative plate changed by adding carbon nanomaterials, equipped for further testing with an inverter for converting solar energy and a special stand for testing the device under various charging-discharging modes under various environmental conditions.
The peak power of the secondary power supply on 16 batteries with electronic control of the common power bus was, according to the specification, 15 kW, the standard power was 9 kW, which made it possible to speak of the installation as a prototype of a real industrial product. At the same time, the number of charging-discharging cycles has increased in comparison with conventional power sources by 30-40%, the depth of charging by 10-15%, the output power of each individual element by 10-15%. The stand shown in the picture is not a part of the prototype, unlike the inverter located on the same rack, and is a sample testing device equipped with power management and parameter recording software of our team's own development.

ARNO Roadmap

  • August 2020

  • Token Creation
  • October 2020

  • PR company launch

  • Legal registration of the company
  • MARCH-APRIL 2021

  • Site selection for future production facilities
  • Read More
  • APRIL-MAY 2021

  • Obtaining the necessary permits and, if necessary, licenses to set up production
  • JUNE 2021

  • Approval and order of a plant for the production of carbon nanotubes for 1 kg. h.
  • JULY 2021

  • Approval and order of a graphene production plant for 1 kg. h.
  • AUGUST 2021

  • Approval of independent testing by manufacturers and third-party laboratories
  • SEPTEMBER 2021

  • Purchase of similar unms for transfer to third-party manufacturers and laboratories for independent testing
  • OCTOBER 2021

  • Creating end product designs for various applications (home, industrial, technical)
  • NOVEMBER 2021

  • Creation of design and technical documentation for installations for the production of nano-carbon materials for the design of industrial and technical infrastructure facilities
  • DECEMBER 2021

  • Approval of design and technical documentation for buildings and structures of industrial and technical infrastructure
  • JANUARY 2022

  • Listing on exchanges
  • FEBRARY 2022

  • Debugging process flow charts and start of production


1 360
30 Days Growth:
5 796
30 Days Growth:

2 621 077


Verified 100%

Artem S.Zhdanok
PhD, MBA, CEO & Head of project
Ludmila Y.Lopatina
Head of PR & Marketing
Serguei V.Shuskov
Dipl. Ing, PhD, DPL of engineering project

ARNO Interviews

Artem S.Zhdanok
As a team member, сan you tell us about your role in the ICO project?
We are committed to improving energy efficiency and process tech across our entire global footprint.
What do you think about idea?
The power of team is that we combine knowledge with technical expertise to create value through R&D.
Ludmila Y.Lopatina
As a team member, сan you tell us about your role in the ICO project?
Creating the best understanding between the company and customers. Information to attract maximum attention
What do you think about idea?
The direction is new and in demand. ARNO token unites nanotechnology and blockchain development. The entire economic system of the project involves the active use of the ARNO token.
Serguei V.Shuskov
As a team member, сan you tell us about your role in the ICO project?
We continue to innovate at our own labs ant conduct the testing of real opportunities at own special plant, which integrates our expert team of engineers
What do you think about idea?
We are a team that cares deeply about our customers and shareholders. As a team with leading technical and market positions, we aspire to achieve superior financial performance for our stakeholders.

ARNO Last News

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