Short Intro

Calcined petroleum coke (CPC) is a key carbon material used in aluminum, steel, and titanium dioxide production. Understanding price, specs, and process is essential for industry players.

What You’ll Learn

• Current factors affecting CPC price
• Key specifications and quality parameters
• Step-by-step manufacturing process
• HS code classification for international trade
• Density impact on handling, transport, and applications

1) Introduction: Calcined Petroleum Coke Overview

Calcined Petroleum Coke Overview
Calcined petroleum coke (CPC) is a high-carbon industrial material derived from petroleum coke through calcination. It serves as a critical additive in aluminum smelting, steelmaking, graphite electrode production, and titanium dioxide manufacturing. The quality and pricing of CPC are influenced by raw material costs, energy consumption, market demand, and production capacity. Accurate knowledge of its specifications, HS code, and density is vital for producers, traders, and end-users.

Transitioning from this overview, we explore pricing trends, specifications, and process details that define the CPC market and its industrial relevance.

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2) Calcined Petroleum Coke Price

Calcined Petroleum Coke Price
Calcined petroleum coke (CPC) price is influenced by raw material costs, energy prices, global market dynamics, and production capacity. The cost of petroleum coke, a byproduct of oil refining, fluctuates with crude oil prices. Energy consumption during calcination, especially natural gas and electricity, also impacts production costs.

High demand from aluminum and steel industries can increase prices, while oversupply may depress them. Producers monitor these factors to optimize pricing strategies, mitigate volatility, and maintain competitiveness in global markets.

Section Summary: CPC pricing is dynamic, affected by raw material cost, energy, and industrial demand. Market monitoring ensures informed purchasing and selling strategies.
LSI Keywords: CPC cost, petroleum coke price, aluminum carbon additive, steel carbon market, energy cost impact, production capacity, raw material trends
External Links:

• Trading Economics – Crude Oil Prices
• Investopedia – Commodities Pricing
  Novin Trades Market View and Forecast: Rising energy prices in 2025 suggest potential upward pressure on CPC costs in Q1 2026.

3) Calcined Petroleum Coke Specification

Calcined Petroleum Coke Specification
The specifications of CPC are critical for industrial performance. Fixed carbon content typically ranges from 98% to 99.5%, while volatile matter remains low at 0.5%–1.5%. Ash content is usually below 0.5%, and sulfur content under 3% ensures suitability for sensitive applications.

Particle size distribution and bulk density (0.8–1.5 g/cm³) affect handling and application efficiency. Tailoring CPC specifications to aluminum, steel, or titanium dioxide production ensures optimal operational results.

Section Summary: Key specifications determine CPC quality and industrial suitability. Fixed carbon, sulfur, and ash levels are particularly significant.
LSI Keywords: CPC quality, fixed carbon, sulfur content, ash percentage, particle size, bulk density, aluminum industry CPC
External Links:

• ScienceDirect – Petroleum Coke Properties
• ResearchGate – CPC Specification Study

4) Calcined Petroleum Coke Manufacturing Process PDF

Calcined Petroleum Coke Manufacturing Process PDF
CPC is produced through raw material preparation, calcination, crushing, grinding, sizing, quality control, and packaging. Vertical shaft or rotary kilns heat petroleum coke to high temperatures, removing volatiles and impurities. Subsequent crushing and sieving ensure uniform particle size.

Quality control measures confirm fixed carbon, sulfur, ash, and bulk density meet industrial standards. Packaging in bags or bulk containers finalizes the process for shipment and storage.

Section Summary: CPC production is a multi-step process emphasizing temperature control, purity, and particle uniformity.
LSI Keywords: CPC production, calcination process, rotary kiln, petroleum coke crushing, particle sizing, quality control, packaging CPC
External Links:

• Engineering Toolbox – Calcination Process
• Petroleum Coke Manufacturing PDF Guide

5) Calcined Petroleum Coke HS Code

Calcined Petroleum Coke HS Code
CPC is classified under mineral fuels and mineral oils in the Harmonized System (HS). Subheadings categorize it according to carbon content, particle size, and industrial usage.

Exact HS codes vary by country; consultation with local customs authorities or the latest Harmonized System codebook ensures correct classification for international trade.

Section Summary: Proper HS code classification is essential for import/export compliance, affecting tariffs and trade logistics.
LSI Keywords: CPC HS code, customs classification, international trade, petroleum coke tariff, mineral fuels, export-import CPC
External Links:

• World Customs Organization – HS Codes
• Trading Economics – CPC Trade Data

6) Calcined Petroleum Coke Density

Calcined Petroleum Coke Density
Density, typically 2.05–2.65 g/cm³, is a key property influencing CPC handling, storage, and application. Higher-density CPC offers better packing, compactness, and carbon content for industrial uses.

Transport costs, electrode performance, and material flow in aluminum and steel production are directly affected by density variations. Accurate density assessment ensures operational efficiency and cost-effective logistics.

Section Summary: CPC density affects storage, transportation, and industrial performance, making it critical for quality assessment and process optimization.
LSI Keywords: CPC density, bulk density, carbon content, transport efficiency, electrode quality, aluminum smelting, steel production
External Links:

• ScienceDirect – CPC Density Effects
• International Carbon Association

7) Conclusion: Calcined Petroleum Coke Insights

Calcined Petroleum Coke Insights
Understanding CPC pricing, specifications, manufacturing process, HS code, and density is essential for industrial users and traders. Fixed carbon, sulfur, and ash content define its quality, while calcination ensures purity. Proper HS code classification facilitates international trade, and density directly affects handling and performance.

Informed decisions on CPC acquisition and usage maximize efficiency in aluminum, steel, and graphite industries. Stay updated with NovinTrades for market insights and detailed reports.

SEO Snippet: Learn CPC pricing, specs, process, HS code, and density for effective industrial use and trade.
Keywords: CPC market, petroleum coke specs, calcination process, HS classification, density properties, aluminum, steel, graphite
External Links:

• NovinTrades Reportages
• Investopedia – Commodity Trading

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