Sodium Methanethiolate Market Size, Share, Growth, and Industry Analysis, By Types (Liquid,Solid), By Applications (Agrochemical,Pharmaceuticals,Dyestuff) , and Regional Insights and Forecast to 2035

Sodium Methanethiolate Market Overview

Global Sodium Methanethiolate Market size is estimated at USD 226.04 million in 2026 and is expected to reach USD 313.47 million by 2035 at a 3.7% CAGR.

The Sodium Methanethiolate Market is gaining strong industrial attention due to increasing use of sodium methanethiolate as a key intermediate in agrochemical synthesis, pharmaceutical intermediates, and specialty chemical manufacturing. Sodium methanethiolate is widely utilized in thiolation reactions and methyl mercaptan derivative production, supporting demand across pesticide formulation and organic synthesis sectors. The compound is primarily consumed in the production of herbicides, insecticides, and sulfur-containing intermediates used in crop protection chemistry. Globally, more than 60% of sodium methanethiolate demand is connected to agrochemical intermediate production, while nearly 25% is linked with pharmaceutical synthesis processes involving thiol functional groups. Industrial chemical plants account for nearly 70% of consumption due to its use in catalyst preparation and organosulfur compound development. Increasing chemical manufacturing output across Asia and North America has strengthened supply chain networks, while large-scale batch processing and continuous synthesis technologies have improved product purity levels above 98%. The Sodium Methanethiolate Market Analysis indicates growing industrial utilization in specialty intermediates, organic sulfur chemistry, and advanced synthesis reactions supporting broader chemical industry expansion.

The United States Sodium Methanethiolate Market represents a significant share of specialty sulfur chemical consumption due to strong pharmaceutical manufacturing and agrochemical formulation industries. Over 45% of sodium methanethiolate usage in the U.S. is linked to pesticide intermediate production supporting domestic crop protection manufacturing. Pharmaceutical intermediates account for nearly 28% of consumption due to demand for sulfur-containing drug compounds and synthesis reagents. More than 60% of chemical manufacturing facilities using sodium methanethiolate operate within integrated specialty chemical clusters located in Texas, Louisiana, and the Midwest industrial corridor. U.S. specialty chemical plants maintain purity levels exceeding 97% for pharmaceutical-grade sodium methanethiolate used in active intermediate reactions. Industrial synthesis applications represent nearly 22% of total demand, especially in catalyst preparation and laboratory scale synthesis. Increased agricultural productivity initiatives and expanding chemical intermediate production have strengthened the Sodium Methanethiolate Market Industry Analysis across the U.S., particularly in large-scale agrochemical manufacturing supply chains and organosulfur compound processing facilities.

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Key Findings

• Key Market Driver: Agrochemical intermediate demand contributes nearly 62% of sodium methanethiolate consumption, while crop protection chemical synthesis drives approximately 54% of industrial usage. Pharmaceutical intermediate synthesis accounts for around 28% demand growth, while organosulfur compound manufacturing supports nearly 36% production expansion globally.
• Major Market Restraint: Handling and storage risks influence nearly 34% of operational limitations, while hazardous chemical classification impacts about 29% of industrial transport regulations. Environmental compliance requirements affect approximately 31% of chemical producers and waste treatment costs influence roughly 26% of production processes.
• Emerging Trends: High-purity chemical synthesis demand represents nearly 47% of new product development activities, while pharmaceutical intermediate applications account for about 39% of emerging industrial demand. Specialty sulfur chemistry research contributes approximately 33% growth in laboratory scale synthesis adoption.
• Regional Leadership: Asia-Pacific chemical manufacturing accounts for nearly 52% of global sodium methanethiolate consumption, while North America contributes approximately 24% of specialty chemical production demand. European pharmaceutical synthesis facilities represent nearly 18% of global utilization.
• Competitive Landscape: Large specialty chemical producers control roughly 48% of industrial production capacity, while medium-scale chemical manufacturers represent nearly 34% of supply operations. Contract chemical synthesis companies contribute about 18% of market manufacturing activities.
• Market Segmentation: Liquid sodium methanethiolate formulations account for nearly 67% of industrial usage due to easier handling and reaction efficiency, while solid sodium methanethiolate represents about 33% of demand mainly for controlled laboratory synthesis applications.
• Recent Development: Production capacity optimization activities increased by nearly 36% among specialty chemical producers, while advanced synthesis technology adoption improved product purity levels in about 41% of manufacturing facilities and process automation expanded across approximately 28% of chemical plants.

Sodium Methanethiolate Market Latest Trends

The Sodium Methanethiolate Market Trends are strongly influenced by the increasing adoption of sulfur-based chemical intermediates in agrochemicals, pharmaceuticals, and specialty organic synthesis. One major trend is the expansion of sulfur chemistry research programs, with more than 40% of new agrochemical molecules incorporating sulfur functional groups. Sodium methanethiolate plays a critical role in methylthiolation reactions used to produce herbicide and pesticide intermediates. Approximately 60% of crop protection chemical synthesis processes require sulfur-based intermediates, driving steady demand for sodium methanethiolate in large chemical production facilities. Another emerging trend within the Sodium Methanethiolate Market Industry Analysis is the shift toward high-purity grades exceeding 98% purity for pharmaceutical intermediate applications. Nearly 35% of pharmaceutical synthesis reactions involving thiol compounds utilize sodium methanethiolate due to its strong nucleophilic properties. Continuous chemical processing technologies are also expanding, with nearly 30% of specialty chemical manufacturers integrating automated reactors for organosulfur compound synthesis. The Sodium Methanethiolate Market Insights also highlight increasing use in catalyst activation and polymer additive development, where sulfur compounds improve reaction selectivity and performance. Additionally, chemical manufacturers are optimizing storage and transport systems as demand for bulk liquid sodium methanethiolate rises in integrated chemical production hubs.

Sodium Methanethiolate Market Dynamics

DRIVER

"Rising demand for agrochemical intermediates"

Growing global agricultural productivity requirements are significantly strengthening demand within the Sodium Methanethiolate Market Growth landscape. Sodium methanethiolate is widely used in the synthesis of thiomethyl intermediates essential for herbicide and insecticide production. Nearly 62% of the global consumption of sodium methanethiolate is directly associated with crop protection chemical manufacturing. Agrochemical research laboratories indicate that more than 45% of newly synthesized pesticide molecules incorporate sulfur-containing functional groups that require sodium methanethiolate as a precursor. Industrial chemical synthesis facilities also rely on the compound due to its strong nucleophilic properties which enable efficient methylthiolation reactions in organic synthesis. Large agrochemical production clusters across Asia and North America contribute nearly 70% of the industrial demand for sodium methanethiolate intermediates. Increasing crop yield requirements and the expansion of commercial farming operations have led to a 38% rise in specialty chemical intermediate production capacity across several manufacturing hubs. As pesticide formulation technologies continue to evolve, the Sodium Methanethiolate Market Opportunities are expanding within advanced organosulfur chemistry used in modern agricultural compounds and next-generation pest control solutions.

RESTRAINTS

"Hazardous handling and regulatory compliance"

The Sodium Methanethiolate Market faces operational challenges related to strict chemical safety regulations and hazardous material handling requirements. Sodium methanethiolate is classified as a reactive sulfur compound and requires specialized containment and storage infrastructure in industrial facilities. Approximately 34% of specialty chemical producers report increased compliance costs associated with safety standards and chemical transport regulations. Handling procedures require corrosion-resistant containers and controlled temperature environments due to the compound’s sensitivity to air and moisture exposure. Nearly 28% of chemical manufacturers have implemented advanced safety management systems to minimize occupational hazards linked with thiolate compounds. Environmental protection regulations governing sulfur-containing chemical waste treatment also influence production efficiency, affecting nearly 31% of chemical manufacturing operations. Waste treatment processes involving sulfur compounds require additional neutralization and disposal protocols which increase operational costs. These regulatory complexities limit small-scale chemical producers from entering the Sodium Methanethiolate Market Outlook, restricting production expansion primarily to established specialty chemical manufacturers with advanced safety infrastructure and regulatory compliance capabilities.

OPPORTUNITY

"Expansion of pharmaceutical intermediate synthesis"

Pharmaceutical intermediate development presents significant expansion potential for the Sodium Methanethiolate Market Opportunities. Sulfur-containing compounds are increasingly incorporated into modern drug formulations due to their ability to enhance molecular stability and biological activity. Nearly 30% of pharmaceutical synthesis reactions involve sulfur-based reagents, and sodium methanethiolate is frequently utilized in thiol group introduction during intermediate formation. Drug development pipelines show that more than 42% of investigational molecules include sulfur-containing structures requiring thiolation reactions during synthesis. Pharmaceutical research laboratories prefer sodium methanethiolate due to its high reactivity and efficiency in forming carbon-sulfur bonds within complex organic compounds. Contract chemical synthesis companies supporting pharmaceutical development account for approximately 25% of specialized sodium methanethiolate usage in laboratory scale production. Additionally, advancements in continuous flow chemistry technologies allow more efficient sulfur compound synthesis, increasing the adoption of sodium methanethiolate in automated reactors. The Sodium Methanethiolate Market Forecast highlights significant growth potential in pharmaceutical chemical synthesis facilities as demand for advanced organosulfur drug intermediates continues expanding within global pharmaceutical innovation ecosystems.

CHALLENGE

"Volatility in raw material supply chains"

Raw material supply fluctuations present an ongoing operational challenge within the Sodium Methanethiolate Market Industry Analysis. The production of sodium methanethiolate relies heavily on methyl mercaptan and sodium-based reagents, both of which are influenced by petrochemical supply dynamics. Nearly 37% of chemical manufacturers report supply variability in methyl mercaptan feedstock due to fluctuations in upstream petrochemical production. This volatility impacts production planning and inventory management for specialty sulfur chemical manufacturers. Additionally, transportation restrictions associated with hazardous sulfur compounds influence nearly 29% of global distribution logistics. Storage limitations and controlled shipment requirements increase supply chain complexity, particularly for cross-border chemical trade. Small and mid-scale chemical manufacturers often face difficulties maintaining stable procurement contracts for key sulfur intermediates. As chemical demand grows across multiple industries, balancing feedstock availability and production scalability remains a challenge influencing operational efficiency and manufacturing consistency within the Sodium Methanethiolate Market Insights.

Sodium Methanethiolate Market Segmentation

The Sodium Methanethiolate Market Segmentation is primarily categorized by type and application, reflecting variations in product formulation and industrial usage requirements. Liquid sodium methanethiolate is widely adopted for large-scale chemical synthesis due to ease of transport and faster reaction kinetics, while solid sodium methanethiolate is used in laboratory synthesis and specialized chemical reactions where controlled dosing is required. Industrial chemical plants, agrochemical manufacturing facilities, and pharmaceutical synthesis laboratories represent the largest application sectors utilizing sodium methanethiolate intermediates for sulfur compound development.

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BY TYPE

Liquid: Liquid sodium methanethiolate represents the dominant formulation used across industrial chemical synthesis operations due to its higher reactivity and ease of handling in continuous chemical reactors. Nearly 67% of sodium methanethiolate consumption occurs in liquid form because liquid solutions allow faster integration into large-scale organic synthesis processes. Industrial agrochemical manufacturers rely heavily on liquid formulations as they enable efficient methylthiolation reactions in herbicide and insecticide intermediate production. Approximately 58% of crop protection chemical plants utilize liquid sodium methanethiolate directly in batch reactors for sulfur-containing compound synthesis. The liquid form also allows automated dosing systems to control reaction concentrations, improving process efficiency by nearly 35% compared to solid reagent handling. Chemical manufacturing clusters with integrated storage infrastructure prefer liquid sodium methanethiolate because bulk transport systems reduce handling risks and improve safety management. Additionally, pharmaceutical intermediate synthesis laboratories use stabilized liquid solutions for precise reaction control in thiol introduction processes. Nearly 40% of pharmaceutical synthesis facilities adopt liquid sodium methanethiolate due to consistent purity levels above 97% and improved reaction selectivity during complex organic compound synthesis. The increasing use of continuous flow reactors across specialty chemical manufacturing plants further supports demand for liquid sodium methanethiolate formulations in modern industrial processing systems.

Solid: Solid sodium methanethiolate represents a smaller but specialized segment of the Sodium Methanethiolate Market used primarily in laboratory synthesis, pharmaceutical research, and controlled chemical reactions requiring precise reagent quantities. Approximately 33% of sodium methanethiolate consumption occurs in solid form, particularly in pharmaceutical intermediate research laboratories and specialty chemical development facilities. Solid sodium methanethiolate offers advantages in long-term storage stability, with nearly 42% of laboratory facilities preferring solid reagents for controlled experimental synthesis processes. Pharmaceutical development centers often use solid sodium methanethiolate in small-scale batch synthesis when producing sulfur-containing intermediates during early drug discovery phases. Around 28% of contract chemical synthesis companies maintain solid sodium methanethiolate inventories for flexible reagent preparation and experimental reaction optimization. Solid formulations also reduce transportation hazards compared to liquid forms, allowing safer packaging for research laboratory distribution networks. Specialty chemical research programs developing organosulfur catalysts and polymer additives utilize solid sodium methanethiolate due to its ability to be dissolved precisely in reaction solvents. Increasing research activity in sulfur-based pharmaceuticals and advanced organic synthesis techniques continues to sustain demand for solid sodium methanethiolate across chemical laboratories and specialized synthesis environments worldwide.

BY APPLICATION

Agrochemical: The agrochemical sector represents the largest application segment within the Sodium Methanethiolate Market due to the extensive use of sulfur-containing intermediates in pesticide and herbicide synthesis. Nearly 62% of sodium methanethiolate produced globally is consumed in agrochemical manufacturing processes. The compound plays a crucial role in methylthiolation reactions used to produce key intermediates for crop protection chemicals. Around 55% of herbicide intermediate synthesis processes rely on organosulfur reagents, including sodium methanethiolate, because sulfur compounds enhance biological activity and pest control efficiency. Agricultural chemical plants operating large-scale synthesis units account for approximately 48% of industrial consumption due to the need for high-purity sulfur reagents in continuous production systems. Demand is also supported by increasing agricultural productivity initiatives, where nearly 45% of new pesticide molecules contain sulfur functional groups. Agrochemical research laboratories report that approximately 38% of experimental pesticide formulations require thiol intermediates derived from sodium methanethiolate. Additionally, integrated chemical manufacturing facilities utilize liquid sodium methanethiolate to support batch and flow reactors used for large-scale herbicide intermediate synthesis. The growing adoption of advanced crop protection technologies and increasing agricultural chemical manufacturing capacity continue to strengthen the role of sodium methanethiolate in agrochemical production systems across global farming supply chains.

Pharmaceuticals: Pharmaceutical manufacturing represents a rapidly expanding application area within the Sodium Methanethiolate Market due to the increasing use of sulfur-containing molecules in drug synthesis. Approximately 30% of pharmaceutical intermediate reactions require sulfur reagents that assist in forming carbon-sulfur bonds, making sodium methanethiolate an important reagent in organic pharmaceutical chemistry. Around 42% of new drug development pipelines incorporate sulfur-based functional groups that improve molecular stability and therapeutic efficiency. Sodium methanethiolate is commonly used during thiolation processes in pharmaceutical intermediate synthesis where precise nucleophilic substitution reactions are required. Pharmaceutical research facilities account for nearly 26% of specialized sodium methanethiolate consumption due to the demand for controlled reaction environments and high-purity reagents exceeding 97% purity. Contract chemical synthesis organizations supporting drug development contribute approximately 21% of pharmaceutical application demand. Additionally, pharmaceutical intermediate manufacturers report that nearly 35% of organosulfur compound synthesis processes utilize sodium methanethiolate due to its efficiency in producing thiol derivatives. The compound also supports catalyst activation and advanced organic synthesis reactions used in the production of complex active pharmaceutical intermediates. Increasing research activities in medicinal chemistry and the expansion of sulfur-based therapeutic compounds continue to increase sodium methanethiolate utilization within pharmaceutical chemical synthesis facilities worldwide.

Dyestuff: The dyestuff industry represents a specialized but significant application segment in the Sodium Methanethiolate Market due to the need for sulfur-containing intermediates in synthetic dye production. Nearly 18% of global sodium methanethiolate consumption is linked to the synthesis of sulfur dyes and specialty pigment intermediates. Dyestuff manufacturers rely on sulfur reagents to enhance color stability, chemical bonding properties, and dye durability in textile and industrial pigment applications. Approximately 33% of sulfur-based dye formulations utilize sodium methanethiolate during intermediate synthesis processes where thiol functional groups improve chromophore stability. Textile dye production facilities account for nearly 29% of dyestuff application demand due to the large-scale manufacturing of sulfur dyes used in fabric coloration processes. Specialty pigment manufacturing laboratories also use sodium methanethiolate in small-scale synthesis of high-performance dyes used in coatings, plastics, and printing inks. Around 24% of industrial dye synthesis operations involve sulfur-based intermediates that require methylthiolation reactions during chemical processing. The compound also supports color fixation properties in reactive dye formulations used in textile treatment processes. As global textile production and specialty pigment manufacturing expand, sodium methanethiolate continues to play a vital role in the synthesis of advanced dyestuff intermediates used in industrial coloring technologies.

Sodium Methanethiolate Market Regional Outlook

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North America

North America represents a technologically advanced region in the Sodium Methanethiolate Market due to the presence of well-established pharmaceutical and specialty chemical manufacturing industries. Nearly 35% of regional sodium methanethiolate demand is driven by pharmaceutical intermediate synthesis, while agrochemical production contributes approximately 40% of consumption across chemical manufacturing facilities. Industrial chemical clusters operating integrated synthesis plants account for nearly 46% of regional production capacity. The adoption of high-purity reagents exceeding 98% purity is observed in about 38% of pharmaceutical synthesis laboratories operating in the region. Specialty chemical research centers contribute nearly 25% of experimental sodium methanethiolate utilization for advanced organic synthesis and catalyst development. Agrochemical manufacturing plants across the region rely on sulfur intermediates for pesticide synthesis, representing around 41% of industrial demand. Additionally, continuous reactor technology adoption in chemical plants has increased by nearly 32%, allowing more efficient organosulfur compound production. Advanced safety regulations and chemical storage systems are implemented across approximately 37% of manufacturing facilities handling sulfur-based reagents. The region also shows increasing investments in chemical process optimization and specialty reagent production supporting stable sodium methanethiolate consumption across industrial chemical sectors.

Europe

Europe maintains a strong presence in the Sodium Methanethiolate Market due to advanced pharmaceutical research infrastructure and specialty chemical production capabilities. Nearly 34% of sodium methanethiolate consumption in the region is associated with pharmaceutical intermediate synthesis and medicinal chemistry research. Agrochemical manufacturing contributes approximately 31% of industrial demand, particularly in crop protection chemical synthesis operations. European specialty chemical manufacturers operate integrated production facilities that account for nearly 29% of regional sulfur compound processing capacity. Dyestuff and pigment manufacturing industries contribute around 18% of sodium methanethiolate utilization due to the production of sulfur dyes used in textile and coating applications. Approximately 36% of pharmaceutical research laboratories in the region use sulfur-based reagents during advanced organic synthesis experiments. Chemical manufacturing plants also report that nearly 27% of catalyst activation processes require thiol intermediates produced from sodium methanethiolate. Environmental safety compliance systems are implemented in about 39% of chemical manufacturing facilities to manage sulfur compound storage and waste treatment processes. Additionally, advanced chemical synthesis technologies are used in nearly 33% of production plants to improve reaction efficiency in organosulfur compound manufacturing.

Asia-Pacific

Asia-Pacific dominates the Sodium Methanethiolate Market due to the large concentration of agrochemical production facilities and expanding pharmaceutical intermediate manufacturing sectors. Nearly 52% of global sodium methanethiolate consumption occurs within the region because of extensive pesticide synthesis activities. Agrochemical manufacturing plants represent approximately 49% of regional demand as sulfur-containing intermediates are widely used in herbicide and insecticide production. Pharmaceutical intermediate manufacturing accounts for nearly 26% of sodium methanethiolate usage due to increasing drug synthesis and contract chemical manufacturing operations. Dyestuff manufacturing facilities contribute about 15% of regional demand, particularly in textile dye and pigment production industries. Integrated chemical manufacturing clusters located within industrial zones account for nearly 43% of sodium methanethiolate processing capacity. Specialty chemical plants operating continuous reactors have increased by approximately 35%, improving production efficiency of sulfur-based intermediates. Additionally, research laboratories focused on advanced organic synthesis contribute around 18% of experimental reagent demand across chemical research institutions. Expanding agricultural productivity programs and increasing pharmaceutical chemical synthesis activities continue to support strong sodium methanethiolate utilization across Asia-Pacific chemical manufacturing ecosystems.

Middle East & Africa

The Middle East & Africa region is gradually expanding its role in the Sodium Methanethiolate Market due to increasing investments in specialty chemical production and agricultural chemical manufacturing. Agrochemical synthesis accounts for nearly 44% of sodium methanethiolate consumption in the region as governments prioritize agricultural productivity and crop protection initiatives. Pharmaceutical intermediate manufacturing contributes approximately 21% of regional demand due to growing pharmaceutical production capacity in chemical processing zones. Industrial chemical plants operating sulfur-based synthesis units account for nearly 28% of production activities involving sodium methanethiolate intermediates. Specialty dye and pigment manufacturing contributes around 12% of regional consumption due to the expansion of textile processing industries. Chemical research laboratories involved in organosulfur compound synthesis represent nearly 14% of specialized reagent usage. Infrastructure investments in industrial chemical parks have increased by approximately 33%, improving regional chemical production capabilities. Additionally, nearly 25% of new chemical manufacturing facilities incorporate advanced safety and storage systems designed for reactive sulfur compounds. Growing industrial chemical diversification and agricultural chemical production are gradually strengthening sodium methanethiolate demand across the Middle East & Africa specialty chemical market.

List of Key Sodium Methanethiolate Market Companies

• Minyu Chemical
• Arkema
• TCI Chemicals
• Chevron Phillips Chemical Company
• Nanjing Jingyun Chemical
• Ningxia Unisplendour Tianhua Methionine
• Heze Hongchang Biological Technology
• Nanjing Xiezun Pharmaceutical Technology
• Binzhou Baoxiang Chemical
• Hairui Chemical
• Anhui Jin’ao Chemical
• DEYI Chemical Industry
• Wuhan Sinxinjiali Bio-tech
• Zhengzhou Alfachem
• Shanghai Sonyuan Chemical

Top Companies with Highest Market Share

• Arkema: Holds approximately 18% of the global sodium methanethiolate production capacity due to its advanced specialty chemical manufacturing infrastructure and integrated sulfur compound synthesis facilities. Nearly 42% of its sodium methanethiolate output supports agrochemical intermediate production while around 33% is supplied to pharmaceutical synthesis industries. The company’s global chemical distribution network contributes to approximately 27% of international supply chains for sulfur-based reagents used in industrial organic synthesis.
• Chevron Phillips Chemical Company: Accounts for nearly 14% of industrial sodium methanethiolate production through its integrated petrochemical and specialty chemical manufacturing operations. Around 39% of its supply is utilized in large-scale agrochemical intermediate production while nearly 31% supports specialty chemical synthesis and catalyst preparation processes. Approximately 24% of its sodium methanethiolate production is supplied to pharmaceutical and laboratory chemical synthesis facilities worldwide.

Investment Analysis and Opportunities

Investment activities in the Sodium Methanethiolate Market are expanding as chemical manufacturers increase production capacity for sulfur-based intermediates used in pharmaceuticals, agrochemicals, and specialty organic synthesis. Nearly 46% of specialty chemical companies are allocating investments toward expanding organosulfur compound production facilities. Around 38% of chemical manufacturers are upgrading continuous reactor technologies to improve methylthiolation reaction efficiency in large-scale synthesis operations. Agrochemical manufacturing plants represent approximately 41% of new investment initiatives due to the strong demand for sulfur-containing pesticide intermediates. Pharmaceutical intermediate manufacturers account for nearly 29% of capital allocation activities aimed at improving high-purity reagent production exceeding 98% purity. Investments in chemical storage and safety infrastructure have increased by nearly 33% as reactive sulfur compounds require specialized containment systems. Additionally, approximately 26% of research institutions are investing in advanced sulfur chemistry programs focused on drug development and catalyst innovation. Industrial chemical clusters are also expanding integrated supply chains to stabilize feedstock availability, with nearly 31% of chemical manufacturers establishing long-term procurement agreements for sulfur reagents. These strategic investments continue to strengthen manufacturing efficiency and expand sodium methanethiolate availability across global specialty chemical industries.

New Products Development

New product development activities in the Sodium Methanethiolate Market are focused on improving reagent purity, reaction efficiency, and safety performance for industrial chemical synthesis applications. Approximately 43% of specialty chemical manufacturers are developing high-purity sodium methanethiolate formulations exceeding 98% purity to support pharmaceutical intermediate synthesis. Around 35% of product innovation programs focus on stabilizing liquid sodium methanethio