Sodium Cyanide represents a highly toxic inorganic compound serving as an essential reagent in precious metal extraction, particularly gold and silver mining operations globally. The compound exists in two primary physical forms including solid sodium cyanide typically transported and stored as briquettes or granules, and liquid sodium cyanide delivered as concentrated aqueous solutions for direct industrial application. Solid forms dominate global consumption due to transportation safety advantages, storage stability, and handling convenience at remote mining sites. The compound's critical role in cyanidation processes, where it forms soluble complexes with gold enabling separation from ore materials, establishes sodium cyanide as an indispensable chemical in modern mining metallurgy despite inherent toxicity and handling challenges.
Production processes predominantly include the Andrussow process combining methane, ammonia, and air over platinum catalyst producing hydrogen cyanide subsequently neutralized with sodium hydroxide forming sodium cyanide, the Castner process utilizing sodium amide reactions, and acrylonitrile byproduct recovery from petrochemical operations. Manufacturing requires sophisticated safety systems, stringent environmental controls, and comprehensive handling protocols managing acute toxicity risks. The industry serves technology-intensive sectors including precious metal mining accounting for over 85% of global consumption, electroplating operations, organic chemical synthesis, pharmaceutical intermediate production, and specialty industrial applications requiring controlled cyanide chemistry.
Australia maintains significant sodium cyanide consumption serving substantial gold mining operations, with domestic production through joint ventures like Australian Gold Reagents meeting regional demand. The country's advanced mining sector, stringent safety standards, and geographic concentration of gold deposits support consistent reagent consumption. Southeast Asian nations including Indonesia and Philippines demonstrate growing demand driven by expanding mining projects and increasing gold production capacity.
North America exhibits growth rates of 3.0%-4.0%, led by the United States where substantial gold mining operations in Nevada, Alaska, and other regions drive significant sodium cyanide consumption. The region benefits from established mining infrastructure, advanced extraction technologies, and growing domestic production investment addressing supply security concerns. American companies including Orica maintain significant market presence through both domestic manufacturing and international operations. Canada's gold mining industry similarly supports steady sodium cyanide demand, with emphasis on safe handling practices and environmental compliance.
Europe demonstrates growth rates of 2.5%-3.5%, with moderate consumption driven by limited gold mining operations and specialty chemical applications. The region emphasizes stringent safety regulations, comprehensive environmental standards, and advanced chemical handling practices. European manufacturers including CyPlus GmbH operate modern production facilities serving both regional and international markets with focus on quality, safety, and regulatory compliance.
South America shows growth potential of 3.5%-4.5%, with substantial gold mining operations in Peru, Brazil, Argentina, and Chile supporting significant sodium cyanide consumption. The region's rich mineral resources, expanding mining investment, and growing production capacity drive demand growth. However, environmental concerns, community opposition, and regulatory challenges create uncertainties affecting market development. Companies balance mining economics with social license considerations and comprehensive safety management.
The Middle East and Africa region exhibits growth rates of 3.0%-4.0%, with emerging gold mining projects in West Africa, South Africa, and Middle Eastern nations creating demand. Limited domestic production capacity necessitates import dependence, while growing mining sector development and mineral resource exploration support gradual market expansion. Safety infrastructure development and regulatory framework establishment remain ongoing priorities.
Gold mining consumes approximately 90% of total mining-related sodium cyanide demand, with cyanidation representing the standard extraction methodology for most operations globally. The process dissolves gold from crushed ore using dilute sodium cyanide solutions typically containing 100-500 parts per million cyanide, with dissolved gold subsequently recovered through activated carbon adsorption, zinc precipitation, or other concentration methods. Modern heap leach operations handle ore grades below 1 gram per ton gold, utilizing extended residence times and optimized solution chemistry achieving economic recoveries. As ore grades continue declining globally, sodium cyanide consumption per ton of ore processed increases, supporting reagent demand even when total gold production remains stable.
Silver mining represents a secondary but important mining application, with sodium cyanide enabling recovery from silver-bearing ores, polymetallic deposits, and tailings reprocessing projects. Latin American operations particularly utilize cyanidation for silver extraction, while other regions increasingly monetize historical tailings containing residual silver values. The application demonstrates similar chemistry to gold extraction but may require different process parameters and recovery techniques.
Electroplating applications utilize sodium cyanide in metal finishing operations, particularly for gold, silver, and zinc electrodeposition. Growth drivers include expanding electronics manufacturing requiring precious metal plating, specialty finishing applications demanding high-quality surface treatments, and decorative plating serving jewelry and consumer products. However, environmental regulations increasingly restrict cyanide electroplating, driving substitution toward alternative technologies and reducing this application's market share.
Chemical synthesis applications employ sodium cyanide as an intermediate in organic chemical production, pharmaceutical manufacturing, and specialty chemical synthesis. The segment serves niche applications requiring controlled cyanide chemistry, with stringent handling and waste management protocols. Market growth remains modest as alternative synthesis routes and safer intermediates gain adoption where technically feasible.
Other applications include metal heat treatment, certain agricultural chemical synthesis, and specialty industrial processes, representing small but stable demand segments serving specific technical requirements.
Draslovka represents a major global sodium cyanide producer following acquisition of Chemours' Mining Solutions Business in December 2021. The company operates production facilities across multiple regions, emphasizes safe handling and environmental stewardship, and provides comprehensive technical support to mining customers. Draslovka's international presence and integrated business model support strong competitive positioning.
CyPlus GmbH, part of Evonik Industries, maintains advanced sodium cyanide production capabilities including a facility in Coatzacoalcos, Mexico with 40,000 metric ton capacity. The German company emphasizes quality manufacturing, safety excellence, and technical innovation serving global mining and industrial markets. CyPlus's focus on operational excellence and customer collaboration supports market leadership.
Tongsuh Petrochemical Corp. Ltd. operates significant sodium cyanide production capacity of 70,000 tons annually, serving Asian markets and international customers. The South Korean company benefits from integrated petrochemical operations, established market relationships, and competitive manufacturing economics. Tongsuh's scale and regional presence support strong market positioning.
CSBP, through Australian Gold Reagents joint venture with Coogee Chemicals, produces approximately 90,000 tons of liquid sodium cyanide solution and over 40,000 tons of solid sodium cyanide annually, serving Australian mining operations and regional markets. The partnership combines chemical manufacturing expertise with mining industry knowledge delivering reliable supply to critical customers.
Anhui Shuguang Chemical Group represents a major Chinese producer with sodium cyanide capacity exceeding 50,000 tons annually. The company ranks second in Chinese market share and fifth globally according to China Inorganic Salt Industry Association 2023 data, demonstrating substantial production scale and market presence. Chinese manufacturers benefit from domestic raw material availability, though face increasing environmental compliance requirements.
Hebei Chengxin Co. Ltd., Ynnovate Sanzheng Yingkou Fine Chemicals Co. Ltd., and Weifang Binhai Petro-Chem Co. Ltd. similarly operate large-scale production exceeding 50,000 tons annually capacity, supporting China's position as the world's largest sodium cyanide producer and consumer. These companies face ongoing consolidation pressures as environmental regulations tighten and safety standards increase.
Manufacturing operations utilize established chemical processes with modern facilities emphasizing safety systems, emission controls, and comprehensive hazard management. The Andrussow process dominates commercial production, operating at high temperatures over platinum catalysts with sophisticated process control ensuring consistent product quality and safe operations. Facilities require substantial safety infrastructure including redundant control systems, emergency response capabilities, and comprehensive environmental monitoring. Production economics benefit from scale, with larger facilities achieving lower unit costs through efficient energy utilization, optimized catalyst management, and reduced overhead allocation. However, safety and environmental compliance costs represent significant operational burdens requiring continuous investment in equipment, training, and management systems.
Solid sodium cyanide production involves crystallization, briquetting, or granulation processes converting liquid cyanide solutions into stable solid forms suitable for safe transportation and storage. These operations require careful moisture control, protective atmosphere handling, and specialized packaging preventing degradation and ensuring product stability. Quality control encompasses analytical testing verifying cyanide content, managing impurities, and confirming physical properties meeting customer specifications.
Distribution represents a critical value chain component addressing sodium cyanide's acute toxicity and regulatory requirements. Specialized logistics providers operate dedicated transport equipment, maintain comprehensive safety protocols, and ensure regulatory compliance throughout supply chains. Solid cyanide transportation utilizes sealed containers with moisture protection, while liquid cyanide employs specialized tank trucks or rail cars. Remote mining locations require sophisticated supply planning, strategic inventory management, and potentially on-site storage facilities ensuring continuous reagent availability despite challenging logistics.
Technical service providers offer application support including process optimization recommendations, dosage management guidance, safety training, and environmental compliance assistance. Mining operations benefit from supplier expertise optimizing cyanide utilization, improving gold recovery rates, and ensuring safe handling practices. Increasingly sophisticated analytical tools and process control systems enable real-time optimization and enhanced safety management.
Regulatory compliance, safety management, and environmental stewardship pervade all value chain stages, with industry participants adhering to the International Cyanide Management Code and various national regulations governing production, transportation, use, and waste management. Comprehensive documentation, regular auditing, and continuous improvement programs ensure ongoing compliance and demonstrate commitment to responsible cyanide stewardship.
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Production processes predominantly include the Andrussow process combining methane, ammonia, and air over platinum catalyst producing hydrogen cyanide subsequently neutralized with sodium hydroxide forming sodium cyanide, the Castner process utilizing sodium amide reactions, and acrylonitrile byproduct recovery from petrochemical operations. Manufacturing requires sophisticated safety systems, stringent environmental controls, and comprehensive handling protocols managing acute toxicity risks. The industry serves technology-intensive sectors including precious metal mining accounting for over 85% of global consumption, electroplating operations, organic chemical synthesis, pharmaceutical intermediate production, and specialty industrial applications requiring controlled cyanide chemistry.
Market Size and Growth Forecast
The global sodium cyanide market is projected to reach 2.5-2.9 billion USD by 2026, with an estimated compound annual growth rate of 3.0%-4.0% through 2031. This moderate growth trajectory reflects continued gold mining industry expansion particularly in emerging regions, stable industrial chemical demand from established applications, increasing mining activity targeting lower-grade ore deposits requiring higher reagent consumption, and ongoing investment in mining infrastructure in developing economies. The market demonstrates correlation with gold prices and mining industry capital investment cycles, creating periodic demand fluctuations aligned with commodity markets and broader economic conditions.Regional Analysis
Asia Pacific represents the largest regional market with estimated growth rates of 3.5%-4.5%, driven by substantial domestic production capacity in China commanding over 40% of global output, significant gold mining operations across China, Australia, and Southeast Asian nations, and expanding industrial chemical consumption. China dominates both production and consumption with major manufacturers including Anhui Shuguang Chemical Group, Hebei Chengxin, and other companies operating substantial capacity exceeding 50,000 tons annually. The country benefits from established cyanide production infrastructure, proximity to major gold mining regions, and integrated chemical industry supporting cost-competitive manufacturing. However, tightening environmental regulations and safety requirements drive industry consolidation and capacity rationalization.Australia maintains significant sodium cyanide consumption serving substantial gold mining operations, with domestic production through joint ventures like Australian Gold Reagents meeting regional demand. The country's advanced mining sector, stringent safety standards, and geographic concentration of gold deposits support consistent reagent consumption. Southeast Asian nations including Indonesia and Philippines demonstrate growing demand driven by expanding mining projects and increasing gold production capacity.
North America exhibits growth rates of 3.0%-4.0%, led by the United States where substantial gold mining operations in Nevada, Alaska, and other regions drive significant sodium cyanide consumption. The region benefits from established mining infrastructure, advanced extraction technologies, and growing domestic production investment addressing supply security concerns. American companies including Orica maintain significant market presence through both domestic manufacturing and international operations. Canada's gold mining industry similarly supports steady sodium cyanide demand, with emphasis on safe handling practices and environmental compliance.
Europe demonstrates growth rates of 2.5%-3.5%, with moderate consumption driven by limited gold mining operations and specialty chemical applications. The region emphasizes stringent safety regulations, comprehensive environmental standards, and advanced chemical handling practices. European manufacturers including CyPlus GmbH operate modern production facilities serving both regional and international markets with focus on quality, safety, and regulatory compliance.
South America shows growth potential of 3.5%-4.5%, with substantial gold mining operations in Peru, Brazil, Argentina, and Chile supporting significant sodium cyanide consumption. The region's rich mineral resources, expanding mining investment, and growing production capacity drive demand growth. However, environmental concerns, community opposition, and regulatory challenges create uncertainties affecting market development. Companies balance mining economics with social license considerations and comprehensive safety management.
The Middle East and Africa region exhibits growth rates of 3.0%-4.0%, with emerging gold mining projects in West Africa, South Africa, and Middle Eastern nations creating demand. Limited domestic production capacity necessitates import dependence, while growing mining sector development and mineral resource exploration support gradual market expansion. Safety infrastructure development and regulatory framework establishment remain ongoing priorities.
Application Analysis
Mining represents the overwhelmingly dominant application segment accounting for over 85% of global sodium cyanide consumption. The application serves gold extraction primarily through heap leaching of low-grade ores and carbon-in-pulp or carbon-in-leach processes for higher-grade materials, silver recovery from various ore types and mining byproducts, and minor base metal extraction in specialized operations. Growth drivers include continuing global gold demand for investment, jewelry, and industrial applications, declining ore grades at established mining operations requiring increased reagent intensity to maintain production levels, expanding mining activity in developing regions with emerging mineral resources, and advancing extraction technologies improving recovery rates from complex ore bodies.Gold mining consumes approximately 90% of total mining-related sodium cyanide demand, with cyanidation representing the standard extraction methodology for most operations globally. The process dissolves gold from crushed ore using dilute sodium cyanide solutions typically containing 100-500 parts per million cyanide, with dissolved gold subsequently recovered through activated carbon adsorption, zinc precipitation, or other concentration methods. Modern heap leach operations handle ore grades below 1 gram per ton gold, utilizing extended residence times and optimized solution chemistry achieving economic recoveries. As ore grades continue declining globally, sodium cyanide consumption per ton of ore processed increases, supporting reagent demand even when total gold production remains stable.
Silver mining represents a secondary but important mining application, with sodium cyanide enabling recovery from silver-bearing ores, polymetallic deposits, and tailings reprocessing projects. Latin American operations particularly utilize cyanidation for silver extraction, while other regions increasingly monetize historical tailings containing residual silver values. The application demonstrates similar chemistry to gold extraction but may require different process parameters and recovery techniques.
Electroplating applications utilize sodium cyanide in metal finishing operations, particularly for gold, silver, and zinc electrodeposition. Growth drivers include expanding electronics manufacturing requiring precious metal plating, specialty finishing applications demanding high-quality surface treatments, and decorative plating serving jewelry and consumer products. However, environmental regulations increasingly restrict cyanide electroplating, driving substitution toward alternative technologies and reducing this application's market share.
Chemical synthesis applications employ sodium cyanide as an intermediate in organic chemical production, pharmaceutical manufacturing, and specialty chemical synthesis. The segment serves niche applications requiring controlled cyanide chemistry, with stringent handling and waste management protocols. Market growth remains modest as alternative synthesis routes and safer intermediates gain adoption where technically feasible.
Other applications include metal heat treatment, certain agricultural chemical synthesis, and specialty industrial processes, representing small but stable demand segments serving specific technical requirements.
Key Market Players
Orica Limited operates as a global leader in mining chemicals and explosives with comprehensive sodium cyanide production and distribution capabilities. The Australian company completed acquisition of Cyanco Corporation in February 2024, significantly expanding its market presence and production capacity. Orica maintains international manufacturing facilities, sophisticated logistics networks delivering cyanide safely to remote mining locations, and extensive technical service supporting customer operations optimization.Draslovka represents a major global sodium cyanide producer following acquisition of Chemours' Mining Solutions Business in December 2021. The company operates production facilities across multiple regions, emphasizes safe handling and environmental stewardship, and provides comprehensive technical support to mining customers. Draslovka's international presence and integrated business model support strong competitive positioning.
CyPlus GmbH, part of Evonik Industries, maintains advanced sodium cyanide production capabilities including a facility in Coatzacoalcos, Mexico with 40,000 metric ton capacity. The German company emphasizes quality manufacturing, safety excellence, and technical innovation serving global mining and industrial markets. CyPlus's focus on operational excellence and customer collaboration supports market leadership.
Tongsuh Petrochemical Corp. Ltd. operates significant sodium cyanide production capacity of 70,000 tons annually, serving Asian markets and international customers. The South Korean company benefits from integrated petrochemical operations, established market relationships, and competitive manufacturing economics. Tongsuh's scale and regional presence support strong market positioning.
CSBP, through Australian Gold Reagents joint venture with Coogee Chemicals, produces approximately 90,000 tons of liquid sodium cyanide solution and over 40,000 tons of solid sodium cyanide annually, serving Australian mining operations and regional markets. The partnership combines chemical manufacturing expertise with mining industry knowledge delivering reliable supply to critical customers.
Anhui Shuguang Chemical Group represents a major Chinese producer with sodium cyanide capacity exceeding 50,000 tons annually. The company ranks second in Chinese market share and fifth globally according to China Inorganic Salt Industry Association 2023 data, demonstrating substantial production scale and market presence. Chinese manufacturers benefit from domestic raw material availability, though face increasing environmental compliance requirements.
Hebei Chengxin Co. Ltd., Ynnovate Sanzheng Yingkou Fine Chemicals Co. Ltd., and Weifang Binhai Petro-Chem Co. Ltd. similarly operate large-scale production exceeding 50,000 tons annually capacity, supporting China's position as the world's largest sodium cyanide producer and consumer. These companies face ongoing consolidation pressures as environmental regulations tighten and safety standards increase.
Industry Value Chain Analysis
The sodium cyanide industry value chain extends from basic chemical raw material procurement through sophisticated production operations and specialized distribution networks serving primarily remote mining locations globally. Raw material sourcing begins with hydrogen cyanide procurement or internal production using methane, ammonia, and air feedstocks, alongside sodium hydroxide acquisition from chlor-alkali operations. Integrated producers maintaining hydrogen cyanide manufacturing capabilities achieve cost advantages and supply security, while merchant producers rely on external sourcing requiring robust supplier relationships and logistics coordination.Manufacturing operations utilize established chemical processes with modern facilities emphasizing safety systems, emission controls, and comprehensive hazard management. The Andrussow process dominates commercial production, operating at high temperatures over platinum catalysts with sophisticated process control ensuring consistent product quality and safe operations. Facilities require substantial safety infrastructure including redundant control systems, emergency response capabilities, and comprehensive environmental monitoring. Production economics benefit from scale, with larger facilities achieving lower unit costs through efficient energy utilization, optimized catalyst management, and reduced overhead allocation. However, safety and environmental compliance costs represent significant operational burdens requiring continuous investment in equipment, training, and management systems.
Solid sodium cyanide production involves crystallization, briquetting, or granulation processes converting liquid cyanide solutions into stable solid forms suitable for safe transportation and storage. These operations require careful moisture control, protective atmosphere handling, and specialized packaging preventing degradation and ensuring product stability. Quality control encompasses analytical testing verifying cyanide content, managing impurities, and confirming physical properties meeting customer specifications.
Distribution represents a critical value chain component addressing sodium cyanide's acute toxicity and regulatory requirements. Specialized logistics providers operate dedicated transport equipment, maintain comprehensive safety protocols, and ensure regulatory compliance throughout supply chains. Solid cyanide transportation utilizes sealed containers with moisture protection, while liquid cyanide employs specialized tank trucks or rail cars. Remote mining locations require sophisticated supply planning, strategic inventory management, and potentially on-site storage facilities ensuring continuous reagent availability despite challenging logistics.
Technical service providers offer application support including process optimization recommendations, dosage management guidance, safety training, and environmental compliance assistance. Mining operations benefit from supplier expertise optimizing cyanide utilization, improving gold recovery rates, and ensuring safe handling practices. Increasingly sophisticated analytical tools and process control systems enable real-time optimization and enhanced safety management.
Regulatory compliance, safety management, and environmental stewardship pervade all value chain stages, with industry participants adhering to the International Cyanide Management Code and various national regulations governing production, transportation, use, and waste management. Comprehensive documentation, regular auditing, and continuous improvement programs ensure ongoing compliance and demonstrate commitment to responsible cyanide stewardship.
Market Opportunities and Challenges
Opportunities
- Emerging Mining Regions Development: Expanding gold mining operations in Africa, Southeast Asia, and other developing regions create substantial sodium cyanide demand growth opportunities. New mine developments, exploration successes, and increasing mining investment in regions with underexplored mineral potential drive demand expansion. Companies establishing regional production facilities, developing distribution networks, and providing local technical support can capture growing market segments while reducing logistics costs and improving supply reliability for remote operations.
- Lower-Grade Ore Processing Expansion: Continuing decline in global gold ore grades drives increasing sodium cyanide intensity requirements, with operations processing sub-1 gram per ton ores consuming substantially higher reagent volumes per ton of ore versus historical operations. Advanced heap leaching technologies, extended leach cycles, and process optimization enable economic extraction from previously uneconomic resources. Companies developing specialized products and services supporting low-grade ore processing can capture incremental demand growth even as total gold production remains relatively stable.
- On-Site Production Technologies: Modular production systems enabling on-site sodium cyanide generation at remote mining locations reduce transportation risks, lower logistics costs, and improve supply security. Emerging technologies offering safe, efficient on-site production create market opportunities for equipment suppliers and service providers. Mining companies in extremely remote locations or regions with challenging logistics find on-site production particularly attractive, potentially transforming supply chain economics for certain operations.
- Recovery and Recycling Enhancement: Technologies improving cyanide recovery from process solutions, enabling recycling from waste streams, and reducing overall reagent consumption create both environmental benefits and operational cost savings. Companies developing enhanced recovery systems, process optimization tools, and recycling technologies can offer value-added services differentiating from commodity chemical supply while supporting mining industry sustainability objectives.
Challenges
- Acute Toxicity and Safety Management: Sodium cyanide's extreme toxicity to humans and environmental systems creates inherent challenges requiring comprehensive safety management throughout production, transportation, handling, and use. Accidents, spills, or releases can result in fatalities, environmental contamination, and severe reputational damage affecting entire industries. Companies must maintain rigorous safety protocols, invest continuously in training and equipment, and demonstrate unwavering commitment to safe operations. Even minor incidents attract significant regulatory scrutiny and public concern, creating ongoing operational pressures and potential market access risks.
- Environmental Regulation and Social License: Increasing environmental awareness, community opposition to cyanide use in mining, and regulatory restrictions create market challenges and potential growth limitations. Some jurisdictions ban or severely restrict cyanide mining operations, while others impose stringent permitting requirements and operational constraints. Mining companies face growing pressure demonstrating environmental stewardship, comprehensive risk management, and responsible cyanide governance. Sodium cyanide suppliers must support customer compliance efforts, provide technical expertise enabling safe operations, and contribute to industry-wide initiatives maintaining social license for cyanide use in responsible mining operations.
- Alternative Extraction Technology Development: Ongoing research into cyanide-free gold extraction technologies including glycine leaching, thiosulfate systems, and other alternative lixiviants creates potential long-term competitive threats. While current alternatives generally demonstrate higher costs, lower efficiency, or operational challenges limiting commercial adoption, continued development could eventually erode cyanide's dominant position. Major mining companies pilot alternative technologies, with some operations achieving meaningful cyanide reduction through glycine or other systems. Sodium cyanide producers must monitor technology developments, potentially diversify into alternative reagents, and continue demonstrating cyanide's economic and technical advantages.
- Price Volatility and Mining Industry Cycles: Sodium cyanide demand demonstrates strong correlation with gold prices, mining industry capital investment cycles, and broader economic conditions, creating pronounced revenue fluctuations aligned with commodity markets. Gold price declines can trigger mine closures, production cutbacks, and reduced reagent consumption, while investment downturns decrease new mine development and expansion projects. Companies must manage capacity planning, financial performance, and workforce requirements through cyclical demand patterns. Current uncertainties regarding global economic growth, inflation pressures, and geopolitical tensions create near-term demand uncertainty affecting business planning. Manufacturing overcapacity during demand downturns intensifies price competition and margin pressures, while tight supply during demand surges creates customer service challenges and potential market share shifts.
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Table of Contents
Chapter 1: Executive SummaryChapter 2: Abbreviation and Acronyms
Chapter 3: Preface
Chapter 4: Market Landscape
Chapter 5: Market Trend Analysis
Chapter 6: Industry Chain Analysis
Chapter 7: Latest Market Dynamics
Chapter 8: Trading Analysis
Chapter 9: Historical and Forecast Sodium Cyanide Market in North America (2021-2031)
Chapter 10: Historical and Forecast Sodium Cyanide Market in South America (2021-2031)
Chapter 11: Historical and Forecast Sodium Cyanide Market in Asia & Pacific (2021-2031)
Chapter 12: Historical and Forecast Sodium Cyanide Market in Europe (2021-2031)
Chapter 13: Historical and Forecast Sodium Cyanide Market in MEA (2021-2031)
Chapter 14: Summary for Global Sodium Cyanide Market (2021-2026)
Chapter 15: Global Sodium Cyanide Market Forecast (2026-2031)
Chapter 16: Analysis of Global Key Vendors
List of Tables and Figures
Companies Mentioned
- Orica Limited
- Nippon Soda Co. Ltd.
- CyPlus GmbH
- Tongsuh Petrochemical Corp. Ltd.
- Taekwang Industrial Co. Ltd.
- Draslovka
- Asahi Kasei Corporation
- Korund Ltd.
- CSBP
- Sasol
- PJSC Lukoil Oil Company
- AnQore
- Hindusthan Chemicals Company
- Imperial Chemical Corporation
- AO Navoiyazot
- Unigel S.A
- Anhui Shuguang Chemical Group Co. Ltd.
- Hebei Chengxin Co. Ltd.
- Chongqing Chemical & Pharmaceutical Holding (Group) Company
- Ynnovate Sanzheng Yingkou Fine Chemicals Co. Ltd.
- Weifang Binhai Petro-Chem Co. Ltd.
- Tiande Chemical Holdings Limited
- Univertical Corporation
- UPL Limited
- Tongsuh Petrochemical Corporation
- Shanxi Hongsheng Chemical Co. Ltd.
- Changsha Hekang Chemical Co. Ltd.
