Utilizing nanotechnology in the development of unprecedented materials that can improve the environmental conditions, especially air pollution of the cities, is a major step in improving the quality of human life on the earth.
Air pollutants are mixture of materials emitted from natural or human activities. In over-limit concentrations, it causes negative effect on ecosystem cycles, physical and chemical structures of plants, natural activities of animal species and the health of the human-being.
as a common energy resource for wide range of consumers including transport, electricity generation, residential and commercial building heating, and high intensity industries, has dominant role in air pollution and human health.
Among diesel fuel combustion pollutants, the particulate matter (PM) due to numerous environmental problems, especially harmful effects on the health of human-being circulatory and respiratory system, must be controlled and reduced.
PM can be emitted from both natural and man-made sources, including forest fires, dust storms, traffic and industry, and is found both outdoors and indoors. Indeed PM emitting sourcing is one of the main problems in the path of solving its pollution general moot point. Each cities and region has special profile of PM sourcing, so the emission reduction technologies must be specialized.
So, the solution is an additive manufacturing technology which is used to produce diesel fuel nano-additives to reduce PM emission during consumption. Developed product of this technology is IFA133. IFA133 as a fuel additive contribute in combustion process and eliminate PM inside of combustion chamber. IFA133 will noticeably reduce PM emissions by 38% directly and 51% indirectly (By considering fuel consumption reduction)
Considering this magic phenomena, IFA133 should be considered as an environmental friendly additive which convert PM emission to energy. On the other hand, “IFA133 PM Emission Reduction Technology” do not impose any cost to consumers and in many cases it is profitable technology compared to other technologies.
IFA 133 will noticeably reduce pollutants emission such as carbon monoxide by 35%, PM by 51%, NOx by 16%, and unburned hydrocarbons by 30%.
To better understanding of IFA133 impact on reduction of exposure, Tehran (IRAN) AQI during 2015 are recalculated by using IFA133 in all diesel engines (vehicles) of this city. The air quality of Tehran according to AQI which related to PM concentration. IFA133 cause to convert excellent day 1 to 4, Good day 73 to 187, moderately day polluted day 187 to 137, Polluted day 98 to 36, heavily polluted day 6 to 1.
Besides the direct cost of production and stockpiling of air pollutants in urban and industrial environments on human health and environment, many results of increasing the concentration this material in the atmosphere appear in long terms. air pollution cost is an estimation of economic loss of dangerous air pollutants. IFA133 decrease air pollution cost significantly.
The figure shows everything about IFA133 effect on air pollution of California as an example.
Today, Global warming and its negative effects on the Earth's ecosystem may be one of the most serious challenges facing humanity, along with issues such as international terrorism.
Greenhouse gases, and most importantly CO2 play major role in causing greenhouse phenomena and subsequently global warming. Fossil fuel consumption is the main source of human-resource CO2 emission.
New diesel fuel nano additive of Ilya Co that reduce fuel consumption and pollutants emission will reduce CO2 emission of diesel engines noticeably. It Reduce destructive effects of CO2 emission and global warming. GWP of diesel fuel will reduce by adding IFA133 to fuel tanks which can attract emission-cut awards and reduces carbon taxes for customers.
By using IFA133 in all diesel engines of a country, Government can pass Commitment for CO2 Reduction in Kyoto protocol and Paris UN climate change conference.
