Fuel combustion causes the release of major air pollutants into our atmosphere, which includes smut-soot particulates, carbon monoxide, nitrogen-sulfur oxides, and hydrocarbons. Except forsulfur and nitrogen, all other contaminants are produced because of incomplete combustion of fuel, which can further be oxidized and produce water and carbon. Most of the time, complete combustion isn’t achieved, which depends upon certain factors like the kind of burner installation, the way of operation and maintenance, properties of oil that are used, and ways of handling and storage.
However, there have been claims that the addition of the best fuel additive, Australia, reduces the emission of pollutants in the air. If you are an environment enthusiast and want the air around you to be clean and safe, it's your duty to bring into action the best methods to safeguard Mother Nature.
Let us see whether the claim is false, or it stands true.
Air pollution that happens because of partial combustion of fuel is an industrial concern and a matter of public anger and public record. The management has become anxious as controlling air pollution requires a huge capital investment and several years of development. While all such methods require time and huge investment, there’s another simple procedure that researchers are missing out on. It can cut down the present amount of air pollution without taking a toll on the government’s budget.
Adding fuel additives is the solution that involves the combination of a type of chemical additive that provides preventive, economical, efficient, and corrective treatment for the whole process of the oil system, starting from the tank to the burner. One cannot understand how additives prove to beeffective without knowing certain important factors that contribute towards partial combustion of oil. The elements are the maintenance and condition of equipment, the fuel’s quality, and the ability of the operating personnel. In almost all cases, economic considerations affect the practices that are continued, which then ultimately results in the release of air pollutants in heavy concentration.
How burners produce pollution?
After valuable industrial distillates such as naphthas, waxes, gasoline, lube oils, are separated from the crude petroleum, a thick residue is left behind. This residual is used to manufacture Bunker C by mixing a heavy aromatic cut so that it becomes pumpable. Bunker C, the fuel, is rich in sulfur, soot-forming ingredients, heavy carbons, and several other irritants. If used in proper condition, this fuel will witness complete combustion without leaving any residue behind.
However, if the best fuel additive in Australia isn’t used, then it’ll discharge a great number of contaminants into the atmosphere. Water that enters into the system while handling fuel and condensation results in emulsification and accumulates inside the storage. A combination of these emulsions and sludge make their way inside the system and clog preheaters, clog lines, burners, and strainers. In addition to that, a layer of carbon is formed on nozzles of the burner, and soot accumulates inside the firebox.
In the storage cabinet, stratification will occur, which will lead to inconsistent oil supply. When these events are combined, it brings a non-uniform mixture of air and fuel with incomplete combustion as the resultant. It further creates hot spots inside the combustion chamber, which becomes the hotbed where oxides of nitrogen thrive. Just after the fresh, cool odor of the thunder-storm, a tinge of nitric oxide is released in the atmosphere, which becomes a harmful contaminant in the future.
After combustion, the sulfur in the fuel becomes tri-oxides and sulfur-di, which later becomes sulphuric acid on coming in contact with oxygen and atmospheric moisture. In turn, this disturbs both temperaments of plant neighbors and mucous membranes. Inside the firebox and other hotter regions, oil slag is formed, which is the creation of sodium salts and heavy residuals. Other contributing factors to the burners are the corrosive nature of the boiler metals and breakdown of furnace wall refractories.
The role of fuel additives
When you add the best fuel additive, Australia, it aims to neutralize the objectionable occurrences mentioned above. Emulsifiers disseminate the sludge and water into tiny particles so that they can be carried smoothly through the system and combust without producing any deposits. In that formula, other surfactants help to blend all the remaining sludge, water accumulations, and incompatible oils. All the organic compounds decrease the degenerative consequences of vanadium and sulfur. Additionally, the surfactants present in the fuel additive impede corrosion, which would have occurred otherwise in the wet areas inside the bunker and across the oil system. Not only do they decrease the toxic emissions, but they also improve the performance of the engine and enhance fuel properties.
How are they harmful?
Emissions from vehicles can irritate the respiratory tract and eyes and pose a huge threat to our health. Engine fumes have carbon monoxide, which is a toxic gas in huge concentrations. Long-term exposure to vehicle fumes, specifically black or blue smoke, might lead to breathlessness and coughing. If a person is exposed to the emissions for around 20 years, he/she will have a high chance of suffering from lung cancer.
Carbon dioxide released from automobiles also contribute to greenhouse gas, that is so popularly being talked about today. If Australian people buy vehicles having the best in class emission, then the national carbon dioxide emission will be lower by 50 percent, says the National Transport Commission. An alternate option is also available, that is, using fuel additives in the vehicle, which is much more practical, cheaper, and effective.
Researchers are working day in and day out to improve the role of fuel additives in lowering the level of toxic emissions. If a proper additive is used, it’ll lead to the reduction of emitting polynuclear hydrocarbons. Since researchers could do something towards reducing exhaust emission by manufacturing some of the best fuel additives in Australia, people have immense faith in them. They believe that in the future, the level of emission will be next to nil. People are widely using fuel additives as it increases energy efficiency and reduces money on fuel. Also, it contributes to developing a better future for us all.
Not sure where to find good-quality fuel additives? Well, then have a look at what Smith Lubricants has to offer. We have been successfully delivering the bestquality products to our clients for more than 20 years. We possess extensive automotive engineering and machinery background, which is why we understand all the possible needs and challenges faced by equipment operators. We have served people from earthmoving, mining, agriculture, and transport, and they have hugely benefitted from the protection and performance that we offer. If you have got further queries, shoot us your question by filling an online form that’s available at our website or give us a call at 07 4653 10000.