Activated Charcoal

Base Information

• Chemical Name: Activated Charcoal
• CAS No.: 1034343-98-0
• Molecular Formula: C88H26
• Molecular Weight: 16.04246
• Hs Code.: 38019090
• European Community (EC) Number: 231-153-3,215-609-9,231-953-2,231-955-3,240-383-3,264-846-4,603-226-3,608-533-6,612-159-9,619-291-6,928-923-2,801-282-5
• ICSC Number: 0702,0893,0471
• UN Number: 1362,1361
• Wikipedia: Carbon,Atomic_carbon,Carbon_black,Diamond,Graphite
• NCI Thesaurus Code: C77524,C62389,C63798
• RXCUI: 272
• Mol file: 1034343-98-0.mol

Synonyms:05105_FLUKA;05110_FLUKA;05112_FLUKA;05113_FLUKA;05120_FLUKA;05123_FLUKA;101239-80-9;106907-70-4;109766-76-9;114680-00-1;115344-49-5;116788-82-0;12424-49-6;124760-06-1;12751-41-6;12768-98-8;12789-22-9;130960-03-1;131640-45-4;133136-50-2;1333-86-4;1343-03-9;137322-21-5;137906-62-8;138464-41-2;1399-57-1;147335-73-7;155660-93-8;156854-02-3;158271-80-8;159251-18-0;161551_SIAL;16291-96-6;16291-96-6 (Parent);164973-65-3;179607-25-1;18002_RIEDEL;18002_SUPELCO;18006_RIEDEL;18008_RIEDEL;18008_SIAL;181719-82-4;182761-22-4;186708-92-9;186708-96-3;208519-32-8;208728-20-5;208728-21-6;214540-86-0;22874_FLUKA;22874_SIAL;242233_SIAL;242241_SIAL;242268_SIAL;242276_SIAL;26837-67-2;282863_ALDRICH;282863_SIAL;29204_FLUKA;29204_SIAL;29238_FLUKA;292591_SIAL;2P3VWU3H10;308068-56-6;326874-96-8;329428_SIAL;332461_ALDRICH;332461_SIAL;37196-29-5;37265-44-4;37265-48-8;37771_FLUKA;37771_SIAL;37996_FLUKA;37996_SIAL;390127_SIAL;39422-04-3;39434-34-9;39988_FLUKA;3B4-2186;429685-07-4;484164_ALDRICH;496537_ALDRICH;496545_ALDRICH;496553_ALDRICH;496561_ALDRICH;496588_ALDRICH;496596_ALDRICH;50814-81-8;51127_FLUKA;51127_SIAL;519308_ALDRICH;52623-24-2;53095-52-6;53663_FLUKA;53663_SIAL;53851-02-8;55353-42-9;55607-95-9;56257-79-5;56257-80-8;56274-59-0;566149-76-6;56729-25-0;56729-26-1;572497_ALDRICH;58517-29-6;58899_FLUKA;61512-59-2;633100_ALDRICH;636398_ALDRICH;63661-31-4;64365-11-3;64365-11-3 (activated);64427-56-1;64900-31-8;65407-06-9;67167-41-3;675342_SIAL;681225-93-4;6C;72343_FLUKA;72343_SIAL;72536-89-1;72840-52-9;73560-38-0;7440-44-0;75026-75-4;76416-61-0;76632-92-3;7782-40-3;7782-42-5;798556-12-4;798556-14-6;79921-09-8;81180-26-9;82600-58-6;82696-74-0;82696-75-1;82701-02-8;82701-03-9;82701-04-0;82701-05-1;82701-06-2;82709-42-0;83138-28-7;83797-07-3;84739-05-9;857167-12-5;87934-03-0;89341_FLUKA;89341_SIAL;89440_ALDRICH;89440_FLUKA;90452-98-5;90597-58-3;93067_FLUKA;93067_SIAL;95681_FLUKA;95681_SIAL;96831_FLUKA;96831_SIAL;97708-44-6;97793-37-8;97876_FLUKA;97876_SIAL;AC1NUWBM;Acetylene black;Acticarbone;Actidose;Activated carbon;Activated charcoal;Activated Charcoal Norit;Activated Charcoal Norit(R);Activated charcoal, iodinated;Adsorba;Adsorbit;Aerodag G;AG 1500;AG 3 (Adsorbent);AG 5;AG 5 (Adsorbent);AGN-PC-0LQUF1;AK (Adsorbent);AKOS015914131;Amoco PX 21;Animal bone charcoal;Anthrasorb;Aqua nuchar;Aquadag;AR 3;Aroflow;Arogen;Arotone;Arovel;Arrow;ART 2;AS 1;AT 20;ATJ-S;ATJ-S graphite;Atlantic;AU 3;BAU;BG 6080;Black 140;Black Kosmos 33;Black lead;Black pearls;Bone charcoal;C;C.I. 77265;C.I. 77266;C.I. Pigment Black 10;C.I. Pigment Black 6;C.I. Pigment Black 7;C2194;C2764_SIAL;C2889_SIAL;C3014_SIAL;C3345_SIAL;C4386_SIAL;C5510_SIAL;C6289_SIAL;C9157_SIAL;Calcotone Black;Cancarb;Canesorb;Canlub;Carbo activatus;Carbo vegetabilis;Carbodis;Carbolac;Carbolac 1;Carbomet;Carbomix;Carbon;Carbon Activated;CARBON BLACK;Carbon Black BV and V;Carbon black, acetylene;Carbon black, channel;Carbon black, furnace;Carbon black, lamp;Carbon black, thermal;CARBON NANOTUBE;Carbon nanotube, single-walled;Carbon powder;Carbon, activate;Carbon, activated;Carbon, activated [UN1362] [Spontaneously combustible];Carbon, amorphous;Carbon, colloidal;Carbon, Vitreous;Carbon-12;Carbone;carbonium;carbono;Carbopol Extra;Carbopol M;Carbopol Z 4;Carbopol Z Extra;Carbosieve;Carbosorbit R;Caswell No. 161;Cb 50;CCRIS 7235;CCRIS 8681;CCRIS 9467;Cecarbon;Ceylon Black Lead;CF 8;CF 8 (Carbon);Channel black;Char, from refuse burner;Charbon;CHARCOAL;Charcoal bone;Charcoal activated;Charcoal activated Norit;Charcoal activated Norit(R);Charcoal bone;Charcoal, activated;Charcoal, activated [USP];Charcoal, except activated;Charcodote;CHEBI:27594;CI 77266;CI Pigment black 7;CK3;CLF II;CMB 200;CMB 50;Coke powder;Colgon BPL;Colgon PCB 12X30;Colgon PCB-D;Collocarb;Columbia carbon;Columbia LCK;Conductex;Conductex 900;Continex;Corax A;Corax P;CPB 5000;Croflex;Crolac;CUZ 3;CWN 2;D&C Black No. 2;D002244;D006108;Darco;DC 2;Degussa;Delussa Black FW;DIAMOND;Durex O;Eagle Germantown;EG 0;EINECS 215-609-9;EINECS 231-153-3;EINECS 231-953-2;EINECS 231-955-3;EINECS 264-846-4;Electrographite;ELF 78;Elftex;EPA Pesticide Chemical Code 016001;Essex;Excelsior;EXP-F;Explosion Acetylene Black;Explosion Black;Farbruss;Fecto;Filtrasorb;Filtrasorb 200;Filtrasorb 400;Flamruss;Formocarbine;Fortafil 5Y;FT-0621888;FT-0623469;Fullerene soot;Furnace black;Furnal;Furnex;Furnex N 765;Gas Black;Gas-furnace black;Gastex;GK 2;GK 3;GP 60;GP 60S;GP 63;Grafoil;Grafoil GTA;graphene;Graphite;Graphite (all forms except graphite fibers);Graphite (natural), dust;Graphite (synthetic);GRAPHITE, NATURAL;Graphite, synthetic;Graphitic acid;Graphnol N 3M;Grosafe;GS 2;GY 70;H 451;Hitco HMG 50;HSDB 2017;HSDB 5037;HSDB 7713;HSDB 953;Huber;Humenegro;Hydrodarco;I14-114468;I14-45191;I14-52609;IG 11;Impingement Black;Impingement carbons;Irgalite 1104;Jado;K 257;Ketjenblack EC;Kohlenstoff;Korobon;Kosmink;Kosmobil;Kosmolak;Kosmos;Kosmotherm;Kosmovar;Lamp black;Lampblack;LS-51900;LS-59580;MA 100 (Carbon);Magecol;Medicinal carbon;Metanex;MG 1;Micronex;Miike 20;Mineral carbon;Modulex;Mogul;Mogul L;Molacco;Monarch 1300;Monarch 700;MPG 6;Neo Spectra Beads AG;Neo-spectra II;Neo-Spectra Mark II;Neotex;Niteron 55;Norit;NORIT A, U.S.P.;Nuchar;Oil-furnace Black;OU-B;P 33 (carbon black);P1250;P68;Papyex;Peach black;Pelikan C 11/1431a;Pelletex;Permablak 663;PG 50;Philblack;Philblack N 550;Philblack N 765;Philblack O;Pigment black 6;Pigment black 7;Plumbago;Plumbago (graphite);Printex;Printex 60;Pyro-Carb 406;Raven;Raven 30;Raven 420;Raven 500;Raven 8000;Rebonex;Regal;Regal 300;Regal 330;Regal 400R;Regal 600;Regal 99;Regal SRF;Regent;RL04457;Rocol X 7119;Royal spectra;RTR-024045;S 1;S 1 (Graphite);Schungite;Sevacarb;Seval;Shawinigan Acetylene Black;Shell carbon;Shungite;Silver graphite;Single wall carbon nanotube;SKG;SKLN 1;SKT;SKT (adsorbent);Special Black 1V & V;Special schwarz;Spheron;Spheron 6;Statex;Statex N 550;Sterling MT;Sterling N 765;Sterling NS;Sterling SO 1;Stove Black;SU 2000;Suchar 681;Super-carbovar;Super-spectra;Superba;Supersorbon IV;Supersorbon S 1;SWCNT;Swedish Black Lead;Swine fly ash;SWNT;Therma-atomic Black;Thermal Acetylene Black;Thermal black;Thermatomic;Thermax;Thermblack;Tinolite;TM 30;Toka Black 4500;Toka Black 5500;Toka Black 8500;TR-024045;U 02;Ucar 38;Ultracarbon;UN1362;UNII-2P3VWU3H10;UNII-4QQN74LH4O;UNII-4XYU5U00C4;Vitreous Carbon;VVP 66-95;W8209;Watercarb;Whetlerite;Witcarb 940;XE 340;XF 4175L;GRAPHITE POWDER;Carbon, decolorizing;grafito;Carbo activates;Carbon activado;Activated Coal;Coconut Charcoal;Medicinal charcoal;Synthetic Graphite;Carbon (ACN;Graphite (natural);COVALZIN;1034343-98-0;CHARCOAL POWDER;CHC (CHRIS Code);(Mineral carbon);(Graphite, synthetic);NATPURE BLACK LC9083;ACTIVATED CHARCOAL (II);AST-120 (MART.);Graphite inhalable dust respirable;DTXSID801019028;ACTIVATED CHARCOAL (MART.);Graphite, natural - Respirable dust;NA1362;ACTIVATED CHARCOAL (USP MONOGRAPH);CHARCOAL, ACTIVATED (EP MONOGRAPH);CHARCOAL, ACTIVATED (USP IMPURITY);C2150;C2151;C2152;C2154;C2155;C2156;C2157;C2158;C3133;G0500;G0501;G0502;N0968;N0969;EC 931-328-0;Graphite - All forms except graphite fibres, Respirable;Carbon Nanotube Multi-walled 10-20nm(diam.), 5-15microm(length);Carbon Nanotube Multi-walled 10-30nm(diam.), 5-15microm(length);Carbon Nanotube Multi-walled 20-40nm(diam.), 1-2microm(length);Carbon Nanotube Multi-walled 20-40nm(diam.), 5-15microm(length);Carbon Nanotube Multi-walled 40-60nm(diam.), 1-2microm(length);Carbon Nanotube Multi-walled 40-60nm(diam.), 5-15microm(length);Carbon Nanotube Multi-walled 60-100nm(diam.), >5microm(length);Carbon Nanotube Aligned Multi-walled 10-20nm(diam.), 5-15microm(length);Carbon Nanotube Single-walled (>85%) below 3nm(Average diam.), over 5microm(Average length)

Chemical Property of Activated Charcoal

Chemical Property:

• PSA: 0.00000
• Density: 2.259 at 20℃
• LogP: 25.62960
• Sensitive.: light sensitive, store cold
• Water Solubility.: Insoluble in water
• XLogP3: 0.6
• Hydrogen Bond Donor Count: 0
• Hydrogen Bond Acceptor Count: 0
• Rotatable Bond Count: 0
• Exact Mass: 12
• Heavy Atom Count: 1
• Complexity: 0
• Transport DOT Label: Spontaneously Combustible

Purity/Quality:

99.9% ^*data from raw suppliers

Graphene Nanoplatelets 2-10nm(thick), 5μm(wide) ^*data from reagent suppliers

Safty Information:

• Pictogram(s):  
• Hazard Codes: 

MSDS Files:

SDS file from LookChem

Useful:

• Chemical Classes: UVCB,Other Classes -> Elements,Nonmetallic,Mineral Dusts -> Other Mineral Dusts
• Canonical SMILES: [C]
• Recent ClinicalTrials: Measuring Acute Drug Demand in Humans
• Recent EU Clinical Trials: Signal TrAnsduction Pathway activity analysis for OVarian cancER treatment. STAPOVER study
• Recent NIPH Clinical Trials: A phase Ib study of durvalumab (MEDI4736) tremelimumab combined with particle therapy in advanced hepatocellular carcinoma patients with macrovascular invasion
• Inhalation Risk: A nuisance-causing concentration of airborne particles can be reached quickly when dispersed.
• Effects of Short Term Exposure: May cause mechanical irritation.
• Effects of Long Term Exposure: Repeated or prolonged inhalation of dusts may cause effects on the lungs. This may result in graphite pneumoconiosis.
• Description: Graphene few-layer film consists of ultra-thin layers of carbon atoms that are arranged in a hexagonal honeycomb lattice. Graphene film produced via chemical vapour deposition (CVD)?is polycrystalline in nature, with multiple small graphene domains growing to merge into a continuous film.
• Uses: Anti-corrosion coatings.Anti-static packaging-cement.Composites electronics.

Refernces

Ultrathin reduced graphene oxide films as transparent top-contacts for light switchable solid-state molecular junctions

10.1002/adma.201300607

The research focuses on the development and application of ultrathin reduced graphene oxide (rGO) films as transparent top-contacts for light switchable solid-state molecular junctions, which is a significant advancement in the field of molecular electronics. The purpose of this study is to create a non-invasive, low-cost, and easily addressable method for triggering molecular switches in electrical devices using light, specifically targeting the dihydroazulene (DHA)/vinylheptafulvene (VHF) system, a less explored photochromic system known for its high quantum yields and tunable absorption properties. The researchers successfully constructed a new type of light switchable solid-state device based on monolayers of photo switchable molecules, demonstrating bidirectional conductance switching events with an average on/off ratio of 5–7, attributed to the structural changes of DHA/VHF isomers. The study concludes that the use of graphene materials, particularly rGO films, as transparent top-contacts for light switchable solid-state molecular junctions, highlights their great potential in molecular electronics due to their high transparency, high conductivity, and mechanical flexibility. The chemicals used in this process include DHA and VHF derivatives, which undergo light-induced ring-opening and thermally activated ring-closure reactions, respectively, and rGO films that serve as the conductive and transparent top-contact layer in the molecular junctions.

Graphene oxide: A carbocatalyst for the one-pot multicomponent synthesis of highly functionalized tetrahydropyridines

10.1016/j.tetlet.2017.05.067

The study presents an efficient method for the one-pot multicomponent synthesis of highly functionalized tetrahydropyridines using graphene oxide as a carbocatalyst. The chemicals used in the study include β-ketoesters, aldehydes, and anilines, which are the reactants in the synthesis process. Graphene oxide serves as a versatile and eco-friendly catalyst, facilitating the reaction and yielding the desired tetrahydropyridine products with good to excellent yields. The study highlights the operational simplicity, use of readily available starting materials, easy work-up, and the reusability of the graphene oxide catalyst, making it an attractive approach in the context of green chemistry.