How Much Cooler Does Methanol Run at Brandon Arturo blog

How Much Cooler Does Methanol Run. Methanol will allow motors to run at much cooler temperatures. Gasoline, when it undergoes a phase change can suck out about 150 btus of heat energy per pound of fuel, which results in a temperature drop. For gasoline, it’s about 150 btu per pound. For ethanol, that figure climbs to 360 btu. Hi danny, at those power levels they switch to methanol to drastically reduce the charge air temps, some race teams will. Methanol has an exceptionally high latent heat of vaporization. Methanol also has a lower heat content. E85 will run almost as cool as methanol. Methanol, on the other hand, takes 506 btus per pound of fuel of heat energy to make the phase change. However, it is also less. However the btu (heat) content of methanol is roughly half that of gasoline, which means you have to burn twice as much to make the same heat. Because of methanol's high octane rating of 114, it has a higher thermal efficiency and power output compared to gasoline.

Because of methanol's high octane rating of 114, it has a higher thermal efficiency and power output compared to gasoline. However the btu (heat) content of methanol is roughly half that of gasoline, which means you have to burn twice as much to make the same heat. Methanol will allow motors to run at much cooler temperatures. Methanol, on the other hand, takes 506 btus per pound of fuel of heat energy to make the phase change. However, it is also less. For ethanol, that figure climbs to 360 btu. Methanol has an exceptionally high latent heat of vaporization. Hi danny, at those power levels they switch to methanol to drastically reduce the charge air temps, some race teams will. E85 will run almost as cool as methanol. Methanol also has a lower heat content.

PPT Use of Methanol to Control Water Freezing in Propane Gas Systems

How Much Cooler Does Methanol Run Because of methanol's high octane rating of 114, it has a higher thermal efficiency and power output compared to gasoline. Methanol will allow motors to run at much cooler temperatures. Hi danny, at those power levels they switch to methanol to drastically reduce the charge air temps, some race teams will. Methanol also has a lower heat content. For gasoline, it’s about 150 btu per pound. Because of methanol's high octane rating of 114, it has a higher thermal efficiency and power output compared to gasoline. E85 will run almost as cool as methanol. However, it is also less. However the btu (heat) content of methanol is roughly half that of gasoline, which means you have to burn twice as much to make the same heat. Methanol, on the other hand, takes 506 btus per pound of fuel of heat energy to make the phase change. Methanol has an exceptionally high latent heat of vaporization. For ethanol, that figure climbs to 360 btu. Gasoline, when it undergoes a phase change can suck out about 150 btus of heat energy per pound of fuel, which results in a temperature drop.