NANO ACTIVATED FUEL TECHNOLOGY
THE NEXT GENERATION ECO-FRIENDLY FUEL TECHNOLOGY
You may have recently heard our world leaders discussing climate change, its causes, and how to curb it. Greenhouse gases arise naturally, but in over the last century, humans countries have been interfering with the planet’s energy balance, mainly by burning fossil fuels that which give off additional carbon dioxide and other harmful emissions into the air atmosphere. The level of carbon dioxide in Earth’s atmosphere has been rising consistently for decades and traps extra heat near the surface of the Earth, causing temperatures to rise. These greenhouse gas emissions to the planet have contributed immensely to climate change.
We take pleasure in introducing a proprietary Nano Emulsion Fuel Technology, a mixture of the water molecule (H20) and combustible liquid (Fossil Fuels – heavy oil, Light oil, Diesel or Kerosene, etc.) using a process of hydrogen and carbon ionizations with surfactant additives. Emulsion fuel reduces greenhouse gas emissions such as Particulate Matter (PM), Carbon Dioxide (CO2), Nitrogen Oxide (NOX) & Sulfur Oxide (SOX) while maintaining high combustion efficiency
NANO ACTIVATED HFO
Furnace oil is dark and viscous residual fuel oil, which is obtained by blending residual products from various refining processes with suitable diluents, usually middle distillates, to obtain the required fuel oil grades. These fuel oil grades are similar and have been marketed under different specifications in various countries. Specification is 1593-1982, Medium Viscosity Grade 2 (MV 2 – 180 CST FO) / High Viscosity Grade (HV –380 CST FO). Uses of Furnace Oil are:
NAF-HFO
Furnace Oil Engines dominate industries and power generation due to their low cost, and simple solution. However, HFO engines are a major toxic emission contributor to the environment, which is dangerous to human health. To minimize the maximum level of HFO hazard parts, we introduce NAF Furnace Oil.
• 60% HFO + 40% HHO (BROWN GAS) + Catalyst = 100% (NAF-HFO).
BENEFITS OF NAF-HFO
eavy Fuel Oil is a low-grade fuel primarily used in industrial boilers, marine applications, large diesel engines, and other direct source heating applications. HFO blends the residue left over from the crude oil refining process with diesel or gas oil. Those residues, which at ambient temperatures are solid, are sometimes called asphalt, tar, residual oil, or tower bottoms. Blending with diesel or gas oil (“cutters”) produce a fluid that, at ambient temperatures, is suggestive of molasses. Given its high boiling point and tar-like consistency, HFO typically requires heating before being moved through pipes or dispensed into a boiler or other heating vessel to be burned. Similarly, HFO needs to store in a heated state. HFO is one of the least expensive refined oil fuels and generally can only be used by facilities with preheating capabilities. HFO combustion temperatures are typically very high and produce toxic emissions, particularly NOx and PM. In addition, HFO does not burn cleanly, leaving significant quantities of carbon residue, which foul combustion chambers and reduces furnace and boiler efficiencies. Periodic removal of that fouling is expensive and time-consuming.
