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Please read the following passage and help me determine whether it’s true or false! ! ! Bio-alcohol fuel is an environmentally friendly biofuel newly developed based on alcohol-based fuels. It can be stored, transported, and used at normal temperature and pressure; it does not require high-pressure cylinders for storage, and can be stored in ordinary metal or plastic containers. Traditional alcohol-based fuels have a low calorific value of around 5,300 kcal/kg, which is not sufficient for cooking purposes. They also require large amounts of fuel, leading to waste and no significant economic benefits ; Secondly, alcohol-based fuels have poor stability and are volatile. It is well known that methanol is a highly volatile flammable chemical; at a temperature of 65 degrees, it turns from a liquid into flammable vapor. In confined, poorly ventilated areas, this can easily lead to explosions and fires. Even in larger spaces, it can cause people to inhale excessive amounts of methanol vapor, resulting in methanol poisoning and blindness. Dangers can also arise easily during transportation, and the amount decreases due to volatilization; therefore, the heat and stability of alcohol-based fuels must be addressed. Our unit’s chemical and energy experts have, through diligent research, successfully developed an alcohol-based fuel emulsifier that not only effectively addresses the historical issues of low calorific value and high consumption of alcohol-based fuels ; Moreover, it solved for the first time the problems of instability, volatility, and safety associated with alcohol-based fuels. Adding 2‰ can increase the calorific value of alcohol-based fuel by about 1/3. The product has passed tests by the **quality inspection department and has been tested in pilot projects; its technical performance and safety standards meet the requirements for civilian fuels, making it an ideal green and environmentally friendly fuel. Its calorific value is as high as 8,600 kcal/kg, making it fully capable of replacing diesel and liquefied gas used in kitchens. I’m optimistic about this project these days, but I’m not sure if it’s a scam. Please help! ! ! ! ! Thank you! ! ! ! ! !
Adding 2‰ can increase the calorific value of alcohol-based fuel by about 1/3. That’s unlikely; it seems like a trick. .
Alcohol-based raw materials are available. As for whether it’s as mysterious as the advertisement claims? The original poster can verify it. Provide the methanol yourself, add additives in the appropriate proportions, and have it tested by a relevant institution. 1. Flash point: Is there any difference compared to methanol itself? Does this indicate that the volatility issue has been truly resolved? 2. Calorific value: Has it increased significantly compared to methanol itself? ? ?
That’s unlikely; it seems like a trick