5 Top Carbon Nanotube Startups Impacting Engineering
Our Innovation Analysts recently looked into emerging technologies and up-and-coming startups working on solutions for the engineering sector. As there is a large number of startups working on a wide variety of solutions, we want to share our insights with you. This time, we are taking a look at 5 promising Carbon Nanotube startups.
Heat Map: 5 Top Carbon Nanotube Startups
Using our StartUs Insights Platform, covering 1.116.000+ startups & emerging companies, we looked at innovation in the field of carbon nanotubes. For this research, we identified 140 relevant solutions and picked 5 to showcase below. These companies were chosen based on a data-driven startup scouting approach, taking into account factors such as location, founding year, and technology among others. Depending on your specific criteria, the top picks might look entirely different.
The Global Startup Heat Map below highlights 5 startups & emerging companies developing carbon nanotube solutions. Moreover, the Heat Map reveals regions that observe a high startup activity and illustrates the geographic distribution of all 140 companies we analyzed for this specific topic.
Nano RAY-T – Carbon Nanotube-Enhanced Batteries
Battery technology regularly evolves to achieve a greater charge capacity with a smaller form factor, while maintaining structural integrity. Newly-developed carbon nanotube-based batteries can maintain up to twice the charge of a traditional lithium-ion battery, which is highly beneficial for future applications in 5G and mobile computing, among others.
Nano RAY-T, a startup based in Latvia, provides a technology platform for carbon nanotubes manufacturing. Their platform integrates or grows carbon nanotubes on both conductive and non-conductive substrates. High purity and stable characteristics of their carbon nanotubes create an ideal material for use in multiple applications such as electric vehicles, energy storage, military equipment, and more..........
Projekta nosaukums: Inovatīvu bez-saistvielas anodu elektrodu izveide litija jonu baterijām. Periods: 01.04.2020.-30.06.2020.
nanocaurulītes tika izmantotas pirmo Bi 2 Se 3 heterostruktūru sintēzei LU uz vara strāvas kolektora. Tika analizēta sintezēto heterostruktūru morfoloģija un izvēlēti labākie paraugi elektroķīmisko testu veikšanai. Tika izveidota šūna elektroķīmisko testu veikšanai.
EIT RawMaterials Booster - agreement from 01.04.2020-31.12.2020
During the project we planning to make laboratory prototype of a complete battery sample with Institute of Solid State Physics, University of Latvia.
We belives that with EIT funding and EIT RawMaterials strategic partners will help us to move our technology to the market.
At the moment the technology readiness level is TRL4 –technology validated in lab.
After EIT funding we planning to reach TRL 6 –technology demonstrated in a relevant environment.
At 3 months we planning to make a laboratory prototype of the complete battery sample and validate it in an independent laboratory.
Projekta nosaukums: Inovatīvu bez-saistvielas anodu elektrodu izveide litija jonu baterijām
Projekta partneris: Latvijas Universitāte
Projekta īstenošanas termiņš: 01.04.2020.- 31.03.2023.
Projekta zinātniskais vadītājs: vadošais pētnieks, Dr.chem. Asoc.prof. Aleksandrs Okotrubs
Projekta administratīvais vadītājs: Linda Ungure
Projekta mērķis: Izveidot uz Bi2Se3 / MXene (divimensionāli neorganiski
savienojumi) / CNTs (oglekļa nanocaurulītes) heterostruktūru bāzes
nanostrukturētus, elastīgus saistvielas nesaturošus anoda elektrodus Li jonu
baterijām ar uzlabotu veiktspēju salīdzinājumā ar tirdzniecībā pieejamajiem un
demonstrēt izveidoto elektrodu veiktspēju Li jonu akumulatoros. Aizvietojot
mehānisko sajaukšanos ar tiešu Bi2Se3 sintēzi uz CNT un MXenes virsmas, tiks
nodrošināta kontrolēta Bi2Se3 nanostrukturēšana, tiešs elektriskais kontakts, kā arī
MXenes aizsardzība no oksidācijas. Tiks izmantota fizikālā tvaika nogulsnēšanas
sintēzes metode, jo tā nodrošina augstāku sintezētā materiāla kvalitāti un tīrību
salīdzinājumā ar tradicionāli izmantotajām metodēm. Tiešs elektriskais kontakts
starp CNT un Cu elektrodiem tiks panākts ar CNT masīvu tiešu sintēzi uz Cu folijām.
Šajā projektā tiks izgatavoti divi strukturāli atšķirīgi anoda elektrodi un tiks veikta to
industriālā pārbaude.
Projekta galvenie rezultāti u.c. informācija par projekta īstenošanu:
2 jaunu tehnoloģiju prototipi, 2 jaunu produktu prototipi, 5 oriģināli zinātniski raksti (4 raksti
tiks iesniegti publicēšanai žurnālos vai konferenču rakstu krājumos, kuru citēšanas
indekss sasniedz vismaz 50 procentus no nozares vidējā citēšanas indeksa un viens –
Web of Science vai SCOPUS (A vai B) datubāzēs iekļautā žurnālā vai konferenču
Agreement No. 1.1.1.1/19/A/139 from 19/02/2020.
We agree on implementation of the Project “Development of innovative binder-free anode electrodes for lithium-ion batteries” co-financed by the European Regional Development Fund within the Specific Support Objective “Improve research and innovation capacity and the ability of Latvian research institutions to attract external funding, by investing in human capital and infrastructure” of the Operational Program “Growth and Employment”.
Project co-funded by the European Regional Development Fund
Līgums Nr. IZ-L-2020/96 un tā noslēgšanas datums 17.03.2020
StartupLatvia is feeling happy at Kintex Arena, Seoul, South Korea.
Meet G-Fair Korea 2019 Pitch Contest winner 👉Latvian science startup EnergoPlus! Congrats 🎉
The company develops unique anode materials that can increase battery capacity more than 5x times‼️For example, now battery in smartphones needs to be charged almost every day, the same battery produced with the company’s material will be charged once a week!
Nano RAY-T ir Latvijas Tirdzniecības un rūpniecības kamera biedrs
Biedra Nr. 5839
Līgums Nr. IZ-L-2019/36 un tā noslēgšanas datums 05.06.2019
Merry Christmas & Happy New Year from Nano RAY-T Team!
We will help you always remain one step ahead of your competitors!
VII INTERNATIONAL TRADE FAIR EUROBUILDEXPO - Kyiv, Ukraine 2017
Nano RAY-T Team attended VII International Trade Fair "EuroBuildExpo - 2017" which took place on November 7-9, 2017 in the International Exhibition Centre (IEC, Kyiv, 15 Brovarsky Avenue).
Organizer: International Exhibition Centre Ltd., with support of the Ministry of Regional Development, Construction, Housing and Communal Services of Ukraine.
International Trade Fair "EuroBuildExpo" which took place within the framework of a complex exhibition event, bringing together such International Trade Fairs as "AQUA UKRAINE", "Energy Efficiency. Renewable Energy", "CommunTech", "RoadTechExpo", "Agroforum", "Industrial Ecology" has gained the status of not only a demonstration ground for presentation of the best modern technologies and products, but also became a platform for the development of efficient solutions and the formation of proposals for the production of modern energy‑efficient building materials, investment attraction, improvement of amenities.
The exposition has a total area of almost 16 000 square meters. 385 enterprises from 19 countries of the world presented their technologies and products. Among the visitors of this year's inter‑branch project (number of which was more than 8 500) are heads of state and executive authorities, specialists of various spheres of management: construction, assembly, design and research organizations, enterprises of housing and communal services, water industry, power and metallurgical industries, mechanical engineering, chemical industry, agriculture workers.
The XІIІ International Congress "Institutional and Technical Aspects of Reforming of Housing and Communal Services" (organizer: the Ministry of Regional Development, Construction, Housing and Communal Services of Ukraine) becoming a key event that united specialized exhibitions into a single large‑scale project. Within the framework of the Congress there was a series of events devoted to the actual topic of energy efficiency improvement in the housing and communal sphere (organizer: the State Enterprise "State Research Institute of Building Constructions" (SE "NDIBK").
HELLO TOMORROW GLOBAL SUMMIT 26-27 OCT PARIS, FRANCE
25-26 October 2017, Nano RAY-T team attended Hello Tomorrow Global Summit in Paris, France as Top 500 deep-tech startups Worldwide.
We are very thankful to the organisers for this great opportunity to contact investors and industrial partners, share your own experience and products!
Summit was organised especially for a deep-tech global ecosystem.
iNOVUSS FESTIVAL 25-26 AUG 2017
We are pleasure to inform you that Nano RAY-T team had attended a great festival – iNOVUSS (Riga, Latvia) 25-26 AUG 2017.
The topic of our lecture and discussion was – "The obstacles, which we meet during our work with a startup and how to overcoming them".
We are very thankful to the organizers for this great opportunity to share your own experience to other entrepreneurs!
Hello Tomorrow’s Top 500 deep-tech startups worldwide
- Chemical vapour deposition reactor for growing Aligned Multiwalled Carbon Nanotubes
- 3D printing material based on carbon nanotubes (CNTs)
- Technology of electron field emission (cold cathode) for X-ray sources
- High capacity Energy storage technologies based on Carbon nanotubes (CNTs)
Join us on October 26/27 to make a future better today!
Climate-KIC Accelerator Programme 2017
The Climate-KIC Accelerator is the only EU accelerator programme focused on climate impact by cleantech commercialisation - now coming to more regions across Europe!
This time we did not succeed to be a part of this program and get the financing, but still ahead!
Commercialization Reactor's Investors’ and Partners’ Day 19 Apr 2017
http://www.commercializationreactor.com/investors-day
The 5th edition of Wolves Summit 28-29th March 2017
We are really proud of our Maria, who greatly presented our company at the international competition. Next time we will definitely get to the finals! ;)
Nano RAY-T team took a part in Hacking de l'Hôtel de ville 16.03.2017
Nano RAY-T elevator pitch 2017
Recent Posts
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5 Top Carbon Nanotube Startups Impacting Engineering
1 Aug, 2020 -
Projekta nosaukums: Inovatīvu bez-saistvielas anodu elektrodu izveide litija jonu baterijām. Periods: 01.04.2020.-30.06.2020.
10 Jul, 2020 -
EIT RawMaterials Booster - agreement from 01.04.2020-31.12.2020
15 Jun, 2020 -
Projekta nosaukums: Inovatīvu bez-saistvielas anodu elektrodu izveide litija jonu baterijām
15 Apr, 2020 -
Agreement No. 1.1.1.1/19/A/139 from 19/02/2020.
31 Mar, 2020 -
Līgums Nr. IZ-L-2020/96 un tā noslēgšanas datums 17.03.2020
19 Mar, 2020 -
StartupLatvia is feeling happy at Kintex Arena, Seoul, South Korea.
8 Nov, 2019
