Fuel Additives for Enhanced Performance & Compliance

Eliminate hydrogen sulfide (H₂S) and mercaptans efficiently with CHEMCOR’s advanced scavengers. Our specialized formulations effectively neutralize H₂S and sulfur compounds, preventing corrosion, reducing odor, and ensuring compliance with environmental and safety regulations. We offer both traditional and next-generation non-amine, non-triazine H₂S scavengers, providing efficient sulfur removal without the risks associated with amine-based or triazine-based treatments.

Designed for use in crude oil, refined fuels, natural gas, LPG, and pipeline systems, our scavengers help maintain fuel system integrity while extending equipment life. CHEMCOR’s high-performance sulfur treatment solutions protect refineries, storage tanks, fuel terminals, and midstream operations from sulfur-related damage, ensuring a safer and more reliable working environment.

CHEMCOR’s high-performance mercaptan scavengers efficiently remove mercaptans from fuel, ensuring improved odor control, reduced sulfur content, and compliance with stringent fuel quality regulations. Our advanced formulations are designed for use in gasoline, diesel, jet fuel, LPG, and crude oil, helping refineries, fuel terminals, and midstream operators maintain cleaner, more marketable fuel.

In addition to mercaptan removal, we offer specialized odor control additives to neutralize and mask unpleasant fuel odors. These solutions, including D-Limonene-based additives and other masking agents, effectively counteract foul-smelling sulfur compounds such as hydrogen sulfide (H₂S) and thiols, improving workplace conditions and enhancing fuel acceptability.

By eliminating corrosive sulfur compounds and neutralizing odors, our scavengers and fuel treatment solutions enhance fuel stability, protect pipelines and storage tanks, and contribute to a safer, more environmentally compliant operation. Whether you need non-amine, non-triazine solutions or traditional treatment options, CHEMCOR provides tailored fuel treatment strategies to meet your specific operational requirements.

Boost the performance of your fuels with CHEMCOR’s premium fuel additives. Our advanced cetane improver enhances diesel fuel combustion, improving ignition quality, increasing engine power, and reducing harmful emissions. Designed for refineries, fuel terminals, and bulk fuel distributors, our cetane improvers optimize engine efficiency, reduce maintenance costs, and ensure compliance with industry fuel standards.

For gasoline, we offer industry-leading octane improvers, including N-Methylaniline (NMA), Ferrocene, and Methylcyclopentadienyl Manganese Tricarbonyl (MMT), to increase octane ratings, prevent engine knocking, and improve fuel stability. These high-performance fuel boosters are essential for refining processes, racing fuels, and premium-grade gasoline formulations.

CHEMCOR’s expertise in fuel enhancement extends across multiple industries, providing tailored solutions for both cetane and octane enhancement, ensuring superior fuel quality, improved efficiency, and lower emissions.

Enhance fuel performance and protect critical engine components with CHEMCOR’s high-performance lubricity improvers. Our advanced additives reduce friction and wear, ensuring extended injector and fuel pump lifespan while improving overall fuel efficiency. Designed for ultra-low sulfur diesel (ULSD), gasoline, biodiesel, jet fuel, and other petroleum-based fuels, our lubricity enhancers restore lost fuel lubricity and prevent premature equipment failure.

CHEMCOR’s lubricity improvers are engineered for the oil and gas industry, optimizing fuel system protection across refineries, fuel terminals, pipelines, and bulk fuel storage facilities. By minimizing metal wear (wear scar reduction) and improving fuel film strength, our additives contribute to increased equipment longevity, lower maintenance costs, and improved engine reliability.

For customized fuel treatment solutions, CHEMCOR provides tailored additive programs to ensure your fuels meet ASTM D975 and other industry standards, preventing excessive wear in high-pressure common rail (HPCR) systems and keeping operations running smoothly.

Improve the conductivity of your fuel and enhance safety with CHEMCOR’s specialized conductivity improvers. Our advanced formulations prevent electrostatic discharge (ESD), reducing the risk of sparks and ignition hazards during fuel transfer, storage, and distribution. Designed for jet fuel, ultra-low sulfur diesel (ULSD), gasoline, biodiesel, and other hydrocarbon-based fuels, our additives ensure safe and efficient fuel handling across refineries, pipelines, terminals, and bulk storage facilities.

CHEMCOR’s fuel conductivity enhancers are essential for maintaining static dissipative properties, particularly in low-conductivity fuels such as aviation fuel and ultra-clean diesel. By optimizing electrical conductivity, our additives help fuel handlers meet stringent ASTM D2624 conductivity requirements, minimizing operational risks and enhancing equipment protection.

Whether you need a tailored solution for fuel blending, pipeline operations, or aviation fueling, CHEMCOR delivers high-performance conductivity treatments that ensure compliance, safety, and seamless fuel flow throughout the supply chain.

Protect your equipment and fuel systems with CHEMCOR’s high-performance corrosion inhibitors. Our advanced formulations create a durable protective barrier, preventing metal degradation, rust formation, and acid corrosion in pipelines, storage tanks, refineries, and fuel distribution systems. Designed for gasoline, diesel, jet fuel, biodiesel, LPG, and crude oil applications, our corrosion inhibitors ensure long-term reliability while reducing maintenance costs and extending the lifespan of critical components.

CHEMCOR’s corrosion prevention solutions are engineered for the oil and gas industry, effectively combating water-induced corrosion, microbial corrosion (MIC), sulfur-related oxidation, and acidic byproduct damage. Whether used in midstream transportation, refinery processing, or fuel terminal storage, our inhibitors maintain fuel integrity, prevent equipment failure, and ensure compliance with ASTM and industry standards.

By incorporating film-forming corrosion protection, our inhibitors enhance pipeline efficiency, reduce downtime, and minimize costly repairs—safeguarding your investment and ensuring seamless operations across the fuel supply chain.

Boost the octane rating of your gasoline and optimize engine performance with CHEMCOR’s high-performance octane improvers. Our advanced formulations enhance combustion efficiency, prevent engine knocking, and improve fuel stability, ensuring higher-performing engines and increased fuel economy. Designed for refineries, fuel terminals, racing fuels, and premium gasoline formulations, our octane enhancers provide a cost-effective solution to meet industry fuel standards and regulatory compliance.

CHEMCOR’s octane improvement solutions include industry-proven additives such as Methylcyclopentadienyl Manganese Tricarbonyl (MMT), N-Methylaniline (NMA), and Ferrocene, delivering superior anti-knock properties, smoother engine operation, and enhanced power output. Whether used in gasoline blending, ethanol fuel formulations, or performance fuel applications, our octane boosters ensure optimal fuel performance and combustion quality.

From standard gasoline refining to high-performance fuel applications, CHEMCOR’s tailored octane-enhancing solutions help businesses achieve fuel efficiency, compliance, and maximum engine performance.

Eliminate haze, water contamination, and suspended particles from your fuel with CHEMCOR’s high-performance dehazers. Our advanced formulations improve fuel clarity, enhance water separation, and prevent emulsion-related issues, ensuring optimal fuel quality and system reliability. Designed for gasoline, diesel, jet fuel, ethanol blends, and refinery operations, our dehazers help maintain fuel stability and prevent filter plugging in storage tanks, pipelines, and distribution systems.

In the oil and gas industry, maintaining fuel cleanliness is critical for efficient combustion, reduced maintenance costs, and regulatory compliance. CHEMCOR’s dehazing solutions effectively remove waterborne contaminants, surfactants, and micro-emulsions, ensuring smooth operations and extended equipment life.

Whether used in fuel terminals, refining processes, or midstream fuel handling, our fuel dehazer additives provide a cost-effective solution for removing haze, preventing phase separation, and maintaining fuel clarity under all conditions.

Prevent fuel gelling and enhance low-temperature performance with CHEMCOR’s advanced cold flow improvers. Our specialized additives, including Pour Point Depressants (PPD) and Cloud Point Depressants, effectively lower the cold filter plugging point (CFPP), improve wax dispersion, and ensure smooth fuel flow even in extreme winter conditions. Designed for diesel, biodiesel, heating oil, and jet fuel, our cold flow enhancers prevent fuel system blockages, waxing, and filter plugging, ensuring uninterrupted operations in cold weather.

CHEMCOR’s cold flow treatment solutions are tailored for the oil and gas industry, helping refineries, fuel terminals, transportation fleets, and bulk storage facilities mitigate low-temperature fuel issues. By modifying wax crystal formation, our additives ensure efficient fuel combustion, reduced downtime, and extended equipment lifespan.

Whether for pipeline transport, winterized diesel blends, or extreme cold storage, our cold flow improvers, PPDs, and Cloud Point Depressants deliver superior cold-weather protection, maintaining fuel reliability and optimal flow performance.

Enhance fuel stability and prevent degradation with CHEMCOR’s advanced stability improvers. Our specialized formulations inhibit the formation of gums, varnishes, and fuel oxidation byproducts, ensuring long-term fuel quality and storage reliability. Designed for gasoline, diesel, biodiesel, jet fuel, and marine fuels, our additives protect against polymerization, sediment buildup, and sludge formation, preventing filter blockages and injector fouling.

In the oil and gas industry, where fuels may be stored for extended periods, maintaining fuel integrity is critical. CHEMCOR’s fuel stabilizers combat thermal degradation, peroxide formation, and acid buildup, minimizing fuel aging and ensuring compliance with industry standards.

Whether used in bulk fuel storage, refinery operations, or emergency fuel reserves, our stability improvers extend fuel shelf life, enhance operational reliability, and prevent costly equipment maintenance due to degraded fuel.

Protect fuel quality and prevent metal contamination with CHEMCOR’s advanced metal deactivators. Our specialized additives neutralize trace metals such as copper, iron, and vanadium, preventing catalyst poisoning, oxidation reactions, and fuel instability. Designed for gasoline, diesel, jet fuel, biodiesel, and refinery feedstocks, our metal deactivators safeguard fuel system integrity, extend equipment lifespan, and improve combustion efficiency.

In the oil and gas industry, where metal contaminants can accelerate fuel degradation, gum formation, and deposit buildup, our metal deactivators provide critical protection. By inhibiting metal-catalyzed oxidation and corrosion, our additives enhance fuel storage stability, reduce engine deposits, and ensure compliance with ASTM and industry fuel quality standards.

Whether used in refineries, fuel terminals, or bulk storage applications, CHEMCOR’s metal deactivators deliver long-term fuel protection, improving operational reliability and reducing maintenance costs associated with metal-induced fuel degradation.

Protect your fuel from microbial contamination with CHEMCOR’s advanced fuel biocides and bacterial control solutions. Our specialized additives effectively eliminate bacteria, fungi, and yeast, preventing fuel degradation, sludge formation, and microbial-induced corrosion (MIC). Designed for diesel, biodiesel, jet fuel, marine fuels, and storage tanks, our microbial control solutions maintain fuel cleanliness, system integrity, and long-term stability.

In the oil and gas industry, water accumulation and organic contaminants create the perfect conditions for bacterial growth, leading to fuel spoilage, clogged filters, and injector fouling. CHEMCOR’s biocide treatments target harmful microorganisms, preventing biofilm formation, acid production, and operational disruptions.

Whether used in refineries, bulk fuel storage, fuel terminals, or marine applications, our bacterial contamination solutions ensure clean, efficient, and reliable fuel performance while extending equipment longevity and minimizing maintenance costs.