H2S SCAVENGER
H2S scavenger is non triazine based product and is concern with the H2S in an irreversible reaction preventing the release and thus reduces corrosion leading to improved safety. This product is designed to control H2S with bubble tower applications and/or continuous injections into the wellhead, infield or other transmission lines.
ANTIOXIDANTS
These additives terminate free radical chain reactions and prevent oxidation degradation without affecting other properties of the fuel.
CORROSION INHIBITORS
These additives get adsorbed on the metallic surface at a temperature which exceeds 210ºC, protecting the metal surface by forming a film, giving the surface a great level of protection.
CETANE IMPROVERS
These additives are used to substantial increase the diesel Cetane number. These additives improve the ignition performance and also reduce diesel vehicle emission.
OCTANE IMPROVERS
These additives improve the octane number or octane rating of the Gasoline. The higher the octane number, the more compression the fuel can withstand before detonating. Fuels with a higher octane rating are used in high-compression engines that generally have higher performance.
LUBRICITY IMPROVERS
These additives impart lubricity to the diesel which gets lost due to removal of natural occurring lubricity components while removing sulfur content from the crude.
METAL DEACTIVATORS
These additives increases antioxidant effectiveness, optimizes the dosage of antioxidants. It improves storage and colour stability. It eliminates gum formation.
DIESEL STABILIZERS
These additives improve storage stability and retards gum formation. It reduces metal catalyzed oxidation.
COLD-FLOW IMPROVERS
These additives improve the low temperature handling properties of biofuels, petroleum fuels, residual oil and crude oils. It reduces the growth of wax crystal formation in diesel, biodiesel and heating fuel.
DEHAZERS
These additives reduce haze formation in both Gasoline and Diesel. This additive improves operational flexibility to meet final specifications and fuel's visual properties.