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Today, the process of field development, production, transportation and refining of oil is almost impossible without the use of special reagents. By using them it is possible to obtain modern and high quality products with minimal financial and time costs.


Combustion promoter

Arranges vibrations of hydrocarbon molecules in diesel fuel, modifying droplet sizes – coarse droplets are transformed into fine ones. Due to this, the amount of carbon black and solid particles in exhaust gases decreases, specific fuel consumption also decreases. Detergents in the combustion promoter clean fuel system and engine, increasing their operation lifetime.

Corrosion protection for industrial equipment

Prevents the formation of corrosion on metal parts of the pipeline, arising as a result of the influence of water, hydrogen sulfide, a variety of mechanical impurities and other substances in the oil. It creates a resistant protection layer which slows down corrosion-erosive destruction of metal surfaces, thereby reducing the impact of aggressive environment for oilfield and processing equipment.



Depressor additives

These additives are intended to reduce pour point (PP) of crude oil and residual oil with a high content of paraffin hydrocarbons. They alter the structure of normal paraffins and slow down the growth of crystals at low temperatures. This reduces the amount of deposits in the pipeline transport and stationary tanks and raw material pumping ability significantly increases.


Neutralizers (absorbers)

Sulfur compounds complicate crude oil refining, repeatedly increasing cost of the final product. The use of neutralizers allows for the chemical binding of toxic and corrosive sulfur compounds, converting them into harmless and non-volatile compounds. This allows for extension of service life of metal parts and creation of a final product with high performance.



Demulsifiers

These reagents are used in gathering and transportation systems, and also in oil treatment plants (OTP) for the dehydration of raw materials. Their operating principle consists in the destruction of the surface layer that surrounds the droplet formation water. As a result of modification in the surface tension of water, droplets are concatenated and separated from the oil phase.