Top 5 Fuel Additives Companies
The Lubrizol Corporation
AFTON CHEMICAL
BASF
Infineum International Limited
Innospec

Source: Mordor Intelligence
Fuel Additives Companies Matrix by Mordor Intelligence
Our comprehensive proprietary performance metrics of key Fuel Additives players beyond traditional revenue and ranking measures
The MI Matrix can separate companies that look similar on size but differ in delivery reliability, qualification speed, and chemistry breadth. It also favors visible proof points such as certified testing, terminal level support, and multi region production coverage. A firm with narrower product scope can still score well when it repeatedly delivers compliant formulations under changing fuel specs. For fuel additives buyers, two practical questions usually come first: which suppliers can pass updated TOP TIER+ testing without over treating, and which can keep treat rates stable across terminals and seasons. Another common need is support for blended fuels, where oxidation, corrosion, and deposit risks can shift with feedstock changes. This MI Matrix by Mordor Intelligence is better for supplier and competitor evaluation than revenue tables alone because it weights execution signals that directly affect outcomes.
MI Competitive Matrix for Fuel Additives
The MI Matrix benchmarks top Fuel Additives Companies on dual axes of Impact and Execution Scale.
Analysis of Fuel Additives Companies and Quadrants in the MI Competitive Matrix
Comprehensive positioning breakdown
AFTON CHEMICAL
Fuel specs are tightening fastest where GDI engines dominate new vehicle sales. Afton, a top manufacturer, has responded with new TOP TIER+ certified gasoline performance additive series and a dedicated additive positioned for hydrogen heavy duty engines, signaling breadth beyond legacy detergency. Compliance is helped by clear EPA registration pathways for detergent chemistries, which narrows room for unproven blends. If hydrogen ICE pilots scale in fleets, Afton could gain early switching costs through OEM aligned validation. The main operational risk is balancing global treat rate support with localized fuel variability and terminal handling discipline.
Infineum International Limited
Marine fuel stability is a hard test of additive credibility because problems show up onboard. Infineum, a major supplier, strengthened its position by securing independent performance recognition from Lloyd's Register for marine fuel additives, which can reduce buyer risk in a segment shaped by IMO driven fuel changes. Its 2025 updates highlight ISCC PLUS progress at a production site, supporting lower carbon claims without forcing customers into a single feedstock path. If shipping shifts further into blended and low sulfur fuels, Infineum can package operability and storage stability into a clearer value story. The weakness is exposure to marine cycle timing and long qualification lead times.
The Lubrizol Corporation
Injector cleanliness is becoming a measurable promise, not a slogan. Lubrizol, a leading vendor, is pushing new gasoline detergency aligned to TOP TIER+ and also advancing diesel solutions aimed at soot control and reduced DPF events, which fits tighter emissions oversight in both road and non road use. If TOP TIER+ adoption expands beyond early adopters, Lubrizol can convert testing know how into multi region approvals faster than smaller peers. A key risk is execution friction from multi site supply consistency, because treat rate errors and contamination events can quickly erode buyer trust.
Frequently Asked Questions
What proof should I ask for before approving a detergency package?
Ask for independent engine test evidence aligned to current GDI and injector cleanliness requirements. Also ask how treat rates are controlled at terminals and audited over time.
How do I reduce risk when switching suppliers for deposit control additives?
Run side by side field trials across at least two terminals and two seasons. Require a written transition plan for dosing equipment, operator training, and off spec response steps.
What matters most for diesel additives in tight sulfur and lubricity conditions?
Look for demonstrated lubricity performance, water handling, and stability under storage time. Confirm compatibility with aftertreatment systems and the intended biodiesel blend level.
How should I evaluate additive readiness for SAF blends in aviation fuel?
Focus on materials compatibility, oxidation stability, and storage behavior in realistic logistics chains. Ask for clear guidance on blending variability and contamination sensitivity.
Which supplier capabilities best predict on time approvals across regions?
Multi region production, consistent QA methods, and a track record of third party validation tend to matter most. Strong local technical service also reduces startup failures at terminals.
What early warning signs suggest treat rate control problems?
Rising filter plugging events, drifting injector deposit results, and inconsistent fuel economy claims are common signals. You should also watch for frequent recalibration needs at dosing skids.
Methodology
Research approach and analytical framework
Inputs were drawn from company investor releases, official press rooms, and regulatory or standards body publications where available. Private company signals relied on observable launches, certifications, and capacity actions. When direct segment numbers were limited, scoring used triangulation from site expansions, program participation, and customer validation signals. All scoring reflects only fuel additives activity within the defined scope.
Terminal and refinery coverage, local tech support, and multi region supply reduce treat rate failures and qualification delays.
Recognition among refiners, fleets, and OEM sponsored programs helps win nominations for detergency, stability, and deposit control packages.
Relative position inferred from recurring approvals, multi region nominations, and scale across gasoline, diesel, and jet fuel use cases.
Dedicated plants, blending assets, and QA systems determine consistency at low treat rates and reduce contamination and variability risks.
New or improved detergency, cold flow, corrosion, and stability solutions since 2023 show readiness for newer engines and blended fuels.
Ability to fund testing, field trials, and capacity upgrades from fuel additives activity supports continuity through down cycles.
