About conference

GRAPHENES-2023 Invites all the Experts and Researchers from the Graphene and 2-D materials Engineering sector people all over the world to attend “21^st International conference on Graphene & 2-D Materials” with the Theme of  “Exploring New Innovative Research Findings in the field of Graphene & 2D Materials” which is going to be held on July 24-25, 2023 at San Antonia, USA

ICG2DM-2023 conference includes Keynote presentations,oral talks,Poster presentations and workshops.This conference unites the worldwide pioneers who are involved in the field to explore their Research work and provides a great chance to collaborate with global business delegates and Researchers and it is all set to be adorned by world renowned speakers.

In order to share their Research knowledge with the world and inform other esteemed delegates of the most Recent Trends in the field of Graphene Technology & 2-D materials.

ICG2DM-2023 event has taken the initiative to bring together top experts from both industry and Academia brings on a common platform at Graphenes-2023 conference. so,we kindly invite all interested individuals from all nations to join us at our event and contribute to its success

Why to attend

Why to attend?

GRAPHENES-2023 offers a fantastic opportunity to meet and make new contacts in the field of Graphene Technology and 2D Materials. ICG2DM-2023 conference allows delegates and speakers to have issues addressed by recognized global experts who are up to date with the latest developments in the Graphene & 2D Material sciences fields and provide information on new advanced Technologies.This international conference will feature world renowned keynote speakers ,plenary speeches, young Research forum, poster presentations, Technical workshops and career guidance sessions

Members associated with Graphene and 2D material sciences

• Eminent Scientists, Research Professors 
• Marketing Professionals, Regulatory Officials, Engineers
• Students and research scholars
• Members of different chemical associations
• Governmental and public bodies
• Advocacy groups, Institutional Board members

Target Audiences

• Graphene Technology Scientists
• 2D materials  Research Professionals
• Directors of  Graphene companies
• Junior/Senior research fellows of  graphene & 2D materials science people
• Leading scientists
• Graphene Engineers
• Members of different Graphene/2D Materials science associations
• Business delegates 
• Young research scientists
• Healthcare professionals
• Chemical Graphene professionals
• Medical colleges 
• Graphene Related Organizations
• Fellows or postdoctoral students 
• Professors

sessions/Tracks

Sessions/Tracks

1.Graphene and 2D material Nano composites

2D nanomaterials similar as graphene/ graphene oxide( GO) reduced graphene oxide(rGO), silicate tones, concentrated double hydroxides( LDHs), transition essence dichalcogenides( TMDs), transition essence oxides( TMOs), black phosphorus( BP), graphitic carbon nitride( g- C3N4), hexagonal boron nitride( h- BN), antimonene( AM), boron. Graphene- grounded nanocomposites retain excellent mechanical, electrical, thermal, optic, and chemical parcels. These accoutrements have implicit operations in high- performance transistors, biomedical systems, detectors, and solar cells. Graphene is composed of a single subcaste of carbon tittles arranged in a two- dimensional( 2D) honeycomb chassis. It's a abecedarian structure block for a range of well- known carbon accoutrements similar as three- dimensional( 3D) graphite, one- dimensional( 1D) carbon nanotubes, and zero- dimensional( 0D) fullerene.

2.Graphene and its Applications

Graphene, a two- dimensional form of liquid carbon, either a single subcaste of carbon tittles forming a honeycomb chassis or several coupled layers of this honeycomb structure. Graphene is a material composed of carbon titles grouping that are hexagonally deposited. This arrangement results in monolayers of  snippet thick. This material is part of one of the most abundant substances in nature, graphite( graphite can be set up, for illustration, in the mines of our pencils). One of the most striking operation graphene in our diurnal life is conductive essay and other coatings. Thanks to the parcels of graphene, these inks offer the parcels of a subcaste of the magical material. This has multiple operations for the assiduity, related to the consummation of ultra-flat electronic circuits.

3.Chemistry and biological studies of Graphene

Graphene also has veritably high thermal conductivity and, thus, could be used to remove heat from electronic circuits. Being veritably strong mechanically, it could be used as a altar for studying natural motes and accoutrements . Graphene is a single- snippet thick, two- dimensional distance of hexagonally arranged carbon tittles insulated from its three- dimensional parent material, graphite. Affiliated accoutrements include many- subcaste- graphene( FLG), ultrathin graphite, graphene oxide( GO), reduced graphene oxide( rGO), and graphene nanosheets( GNS).

4.Emerging Trends in the field of Graphene Nano Materials

Graphene is a disruptive technology; one that could open up new requests and indeed replace being technologies or accoutrements . It's when graphene is used both to ameliorate an being material and in a transformational capacity that its true eventuality can be realised. Graphene would also revolutionise solar energy! This remarkable material can be used to produce stronger and better solar cells that are easier and cheaper to produce than the silicon bones we use moment. Speaking of replacing silicon, graphene can also be used to make microchips.

5.Graphene and biomaterials for Health care

Graphene operations in biomedicine are multitudinous and can be classified into several main areas transport( delivery) systems, detectors, towel engineering and natural agents( for illustration antimicrobials). Delivery ofAnti-Cancer medicines. Among the astonishing parcels of graphene and GO nanomaterials, their high face area makes them an applicable selection for Nano therapy. Several reports are published on exercising these accoutrements , for delivery orco-delivery of anti-cancer medicines. Biomaterials play an integral part in drug moment — restoring function and easing mending for people after injury or complaint. Biomaterials may be natural or synthetic and are used in medical operations to support, enhance, or replace damaged towel or a natural function.

6.Graphene and Graphene oxide

The crucial difference between graphene and graphene oxide is that graphene is a substance made of carbon tittles clicked to each other in a repeating pattern of hexagons, whereas graphene oxide is an oxidized form of graphene that's laced with groups having oxygen tittles. Indeed though graphene oxide is made with the same tittles as our organs, apkins and cells, its bi-dimensional nature causes unique relations with blood proteins and natural membranes and can lead to severe goods like thrombogenicity and vulnerable cell activation.

7.Graphene chemistry

Graphene also has veritably high thermal conductivity and, thus, could be used to remove heat from electronic circuits. Being veritably strong mechanically, it could be used as a altar for studying natural motes and accoutrements . Single wastes of graphene, a curious material only 1 snippet thick, are 100 times further chemically reactive than double or triadic wastes, Stanford scientists say in a new paper published onlineJan. 17 in ACS Nano. Understanding graphene's chemical reactivity, they say, is crucial to putting this unique material to work. Indeed though graphene oxide is made with the same tittles as our organs, apkins and cells, itsbi-dimensional nature causes unique relations with blood proteins and natural membranes and can lead to severe goods like thrombogenicity and vulnerable cell activation

8.Graphite,Graphene & their polymer nano composites

Graphite, Graphene, and Their Polymer Nanocomposites presents a compendium of arising exploration trends in graphene- grounded polymer nanocomposites( GPNC). transnational experimenters from several disciplines partake their moxie about graphene, its parcels, and the geste of graphene- grounded mixes. Graphene- grounded nanocomposites retain excellent mechanical, electrical, thermal, optic, and chemical parcels. These accoutrements have implicit operations in high- performance transistors, biomedical systems, detectors, and solar cells.

9.Carbon Nanotubes and its applications

CNTs are exemplifications of true nanotechnology they're only about a nanometer in periphery, but are motes that can be manipulated physically and chemically in veritably useful ways. They find an inconceivable range of operations in electronics, accoutrements wisdom, energy operation, chemical processing, and numerous other fields. CNTs are exemplifications of true nanotechnology they're only about a nanometer in periphery, but are motes that can be manipulated physically and chemically in veritably useful ways. They find an inconceivable range of operations in electronics, accoutrements wisdom, energy operation, chemical processing, and numerous other fields.

10.Advanced 2D Materials

In accoutrements wisdom, the term single- subcaste accoutrements or 2D accoutrements refers to crystalline solids conforming of a single subcaste of tittles. These accoutrements are promising for some operations but remain the focus of exploration. Among possible amount accoutrements , 2D accoutrements defined then as thin layers that display physical parcels different from those of their bulk counterparts are of particular interest, owing to the numerous amount marvels that crop in the atomically thin limit. Quasi two- dimensional( 2D) accoutrements attained by the" graphene- suchlike" exfoliation attracted tremendous attention. similar accoutrements revealed unique electronic, thermal and optic parcels, which can be potentially used in electronics, thermal operation and energy conversion.

11.Synthetic Graphite and Natural graphite

Natural graphite is booby-trapped while synthetic graphite is produced from petroleum feedstocks. Both accoutrements are largely reused to yield a purified, mulled, spheroidized, and carpeted product. Natural graphite has to be booby-trapped and concentrated while synthetic graphite must be graphitized atca.,000 °C. Purified natural flake graphite exhibits a much advanced crystalline structure than synthetic and is thus more electrically and thermally conductive. Unlike synthetic, its capability to be molted and also pressed into wastes makes it the favored structure for heat cesspools, energy cells and gaskets.

12.Graphene modifications and Functionalization

The functionalized graphene sheets show enhanced chemical and thermal stabilities compared with GO and can be further modified by different chemical reactions, including amidation, surface-initiated polymerization, and reduction of metal ions

13.Novel hybrid carbon Materials

New cold-blooded carbon accoutrements similar as actuated carbon- carbon nanotubes( AC- CNTs) and carbon spheres actuated carbon- carbon nanotubes( CSs AC- CNTs) grounded on actuated carbon( AC) deduced from the recesses of Algerian date win have been prepared and characterized. Carbon nanotubes( CNTs) were first observed by Iijima in 1991 and are characterized by their nanosized concave tube- shaped structures( 6). Grounded on the number of layers, CNTs can be classified as either single- walled carbon nanotubes( SWCNTs) ormulti-walled carbon nanotubes( MWCNTs). Carbon nanotubes are a flawless spherical graphene subcaste with half of a fullerene patch at each end( Sarkar etal., 2018; Vashist etal., 2018a, b). CNTs are several nanometers in periphery, but several millimeters in length.

14.Large scale Graphene production and Characterization
By using Chemical Vapour Deposition large wastes of graphene can be produced. Some of the precursors are liquids that need to be faded first, to be used in the CVD process in its gassy form. It's veritably important that the tube is created with the right proportions and perfection. The most common ways used to characterize graphene and identify the presence of functional groups and morphological variations on the graphene wastes face are Raman Spectroscopy, Fourier- Transform Infrared Spectroscopy( FTIR),x-ray Diffraction( XRD),x-ray Photoelectron Spectroscopy( XPS), Transmission.

15.Graphene synthesis
Graphene can conflation by bow discharge system in the presence of H2 atmosphere with two to three layers having flake size of 100 – 200 nm( 180, 184). By rapid-fire heating process Arc discharge in an air atmosphere redounded in graphene nano wastes that are 100 – 200 nm wide generally with two layers There are 3 main ways to synthesize graphene, they're Chemical Vapor Deposition. Chemical or Tube Exfoliation from natural Graphite. Mechanical fractionalization from natural Graphite.

Market analysis

ICG2DM-2023 Market analysis 

The Global Graphene market accounted for USD 71.0 Million in 2020 and is expected to reach USD 785.2 Million by 2028, growing at a CAGR of around 35.0% between 2021 and 2028.  

The study provides historic data of 2016 to 2019 along with a forecast from 2021 to 2028 based on revenue (USD Million). The study includes drivers and restraints for the graphene market along with the impact they have on the demand over the forecast period. Additionally, the report includes the study of opportunities available in the graphene market on a global level.

This report offers comprehensive coverage on global graphene market along with, market trends, drivers, and restraints of graphene market. This report includes a detailed competitive scenario and product portfolio of key vendors. To understand the competitive landscape in the market, an analysis of Porter’s five forces model for the graphene market has also been included. The study encompasses a market attractiveness analysis, wherein all segments are benchmarked based on their market size, growth rate, and general attractiveness. This report is prepared by using data sourced from in-house databases, secondary and primary research team of industry experts. Research analysts and consultants cooperate with leading companies of the concerned domain to verify every value of data exists in this report.

Conference Highlights & Benefits

ICG2DM-2023 Highlights

• Keynote Sessions on Graphenes & 2D materilas 
• Oral presentations on Graphenes & 2D materilas 
• Young Researcher Forums
• Poster Presentations on Graphenes & 2D materilas 
• Video Presentations on Graphenes & 2D materilas 
• E-poster Presentations on Graphenes & 2D materilas 
• Honorable Guests Presentations
• Exhibitions on Graphenes & 2D materilas 
• CME Felicitations and Certifications
• Free Abstract Publication & DOI
• Free Lunch and Networking

Past Conference Report

Graphene 2021

Past Reports  Gallery