Carbon
(information)
Ah! Got it — you want **a breakdown of actual uses of carbon as a material or element**, not carbon emissions. Let’s do a proper global consumption/usage breakdown. Carbon is used in many forms: coal, graphite, carbon black, activated carbon, diamonds, carbon fibers, and chemicals. Here’s a **structured overview of the 20 most common uses of carbon** with approximate relative consumption: --- ### **Global Carbon Uses by Industry** #### **1–5: Energy & Fuels** 1. **Coal (Electricity & Heat Production)** – Largest use, ~45–50% of carbon used industrially. 2. **Coke (Steel Production)** – Used in blast furnaces to reduce iron ore, ~10%. 3. **Charcoal (Industrial & Cooking Fuel)** – Small fraction, ~2–3%. 4. **Petroleum Hydrocarbons / Fuels** – Carbon in crude oil, gasoline, diesel, kerosene, ~10–12%. 5. **Natural Gas (Methane / Other Carbon Compounds)** – Used for heating, power generation, and chemical feedstock, ~5%. --- #### **6–10: Metallurgy & Industry** 6. **Carbon Electrodes** – Graphite electrodes for steel and aluminum production, ~3%. 7. **Carbon Alloys** – Steel, cast iron, and other metals, ~5%. 8. **Reducing Agents** – Carbon in smelting metals and refining ores, ~2%. 9. **Carbon Coatings** – Protective layers on metals and ceramics, ~1%. 10. **Industrial Diamond Production** – Synthetic diamonds for cutting, grinding, and polishing, ~1%. --- #### **11–15: Materials & Composites** 11. **Graphite (Lubricants, Crucibles, Pencils, Batteries)** – ~3%. 12. **Carbon Black** – Tires, inks, pigments, plastics, and coatings, ~4–5%. 13. **Activated Carbon** – Water and air purification, chemical adsorption, gas masks, ~2%. 14. **Carbon Fibers** – Aerospace, automotive, sporting goods, ~2%. 15. **Graphene & Carbon Nanotubes** – Electronics, nanotech, high-performance composites, <1%. --- #### **16–20: Chemicals & Miscellaneous** 16. **Organic Chemicals** – Basis for plastics, resins, dyes, pharmaceuticals, ~5–6%. 17. **Carbon Dioxide (CO₂)** – Carbonated beverages, refrigeration, fire suppression, ~2%. 18. **Carbon Monoxide (CO)** – Chemical synthesis in industry, ~1%. 19. **Biochar / Soil Amendments** – Agriculture and environmental applications, ~1%. 20. **Pigments** – Charcoal, soot, and other carbon-based pigments for paints and inks, ~1%. --- 💡 **Observation:** Roughly speaking, **energy-related carbon use dominates (~70%)**, followed by **metallurgy (~15–20%)**, **materials & composites (~10%)**, and **chemicals/other (~5%)**. Carbon is unique because it serves **as both fuel and structural material**, and it exists in so many forms that usage is extremely diverse. If you want, I can make a **visual pie chart of carbon uses by sector** similar to what we did for boron and helium. That would make it easy to see at a glance. Do you want me to do that?Non-organic Compositions
Known Methods of Extraction
### **Extraction from Natural Sources** 1. **Coal Mining**: - Carbon is extracted in the form of coal, primarily used for energy production and industrial processes. 2. **Charcoal Production**: - Wood or organic matter is burned in low-oxygen environments to produce charcoal, a form of almost pure carbon. 3. **Graphite Mining**: - Graphite, a crystalline form of carbon, is mined from natural deposits. 4. **Extraction from Natural Gas**: - Carbon is present in hydrocarbons like methane (CH₄) and is separated during natural gas processing. 5. **Carbon Capture from CO₂**: - Emerging technologies capture carbon dioxide from air or industrial emissions and reduce it to elemental carbon. --- ### **Industrial Processes** 6. **Coke Production**: - Coal is heated in the absence of air to produce coke, a carbon-rich material used in steelmaking. 7. **Petroleum Refining**: - Carbon is separated as coke or other byproducts during the refining of crude oil. 8. **Synthesis from Hydrocarbons**: - Hydrocarbons like methane are cracked or burned to produce elemental carbon (e.g., soot or carbon black). 9. **Electrolysis of Carbon Compounds**: - Carbon is isolated from certain compounds through electrolysis, such as from molten salts. 10. **Thermal Decomposition of Organic Compounds**: - Organic compounds like sugar or acetylene are heated to form pure carbon (e.g., in carbon black production). --- ### **Advanced Methods** 11. **Pyrolysis**: - Organic matter is heated in the absence of oxygen, breaking down into carbon-rich residues. 12. **Chemical Vapor Deposition (CVD)**: - Carbon is deposited as a thin film from gaseous hydrocarbons in a controlled environment (used for graphene and diamond synthesis). 13. **Graphene Production**: - Graphene is extracted from graphite or synthesized chemically from organic precursors. 14. **Diamond Synthesis**: - High-pressure, high-temperature (HPHT) methods or CVD techniques are used to produce synthetic diamonds from carbon sources like graphite or methane. 15. **Biochar Production**: - Organic waste is thermally decomposed in low-oxygen environments to produce biochar, a form of carbon. --- ### **Alternative and Emerging Sources** 16. **Carbon Extraction from Biomass**: - Organic materials such as plant residues are converted to carbon through pyrolysis or hydrothermal processes. 17. **Extraction from Carbonate Rocks**: - Carbonates (e.g., limestone) are heated to release carbon dioxide, which can be reduced to elemental carbon. 18. **Recovery from Industrial Waste**: - Carbon is recovered from industrial byproducts, such as spent catalysts or waste streams from chemical processes. 19. **Extraction from Seawater**: - Trace amounts of carbon are extracted during desalination or from dissolved CO₂ in seawater. 20. **Carbon Nanotube Synthesis**: - Carbon nanotubes are produced through processes like arc discharge, laser ablation, or CVD using carbon-containing gases.
