Exphenon P5 is LAC mARK-5 chemical for Petroleum gas fuel that reduces CO2 emissions by a minimum of 25% during the combustion. This advanced liquid decarbonization chemical can be safely blended in LPG with the help of an injecting device within the refinery.  Exphenon P5 will be present at a ratio of 1:500 in LPG. This means the end product that is transported to consumers is readily decarbonised. Exphenon P5 works by altering the structure of the petroleum gas which results in lower CO2 emissions. 

Jetphill F6 is the LAC mARK-186 decarbonization additive suitable for Jet A/A1 and Jet B aviation fuels used to reduce the CO2 emissions by a minimum of 30% from the jet turbine exhaust. Jetphill F6 lessens the carbon present in the jet kerosene and gasoline. Jetphill F6 will be made to  meet all the internationally standardized quality specifications.  Being an advanced formulated chemical, Jetphill F6 can be used in the Sustainable Aviation Fuel/SAF blended jet fuels also. To lower the carbon emissions, Jetphill F1 should be present in a quantity of 1:1000 ratios. 

Exphenon N7 is the state-of-the-art LAC mARK-7 chemical for Natural gas fuel that reduces CO2 emissions by a minimum of 20% during combustion. This gaseous decarbonization chemical is converted from liquid to gaseous form for ease of application into LNG. The LAC mARK-7 and LNG are incorporated together during the re-gasification process. Here, the molecules of LAC mARK-7 affix themselves to the molecules of methane gas and aids in the lowering of CO2 emissions. Exphenon N7 can be blended in LNG at a ratio of 1:500. We understand that the direct application will make our product more adaptable and user-friendly. Our R&D team is continuously researching the direct application or blending of Exphenon N7 in LNG.