Energy Produced by Burning Five Alcohols

How much energy will be generated by burning five kinds of alcohol, methanol, ethanol, propanol, butanol, pentanol. The goal is to find out how much energy is generated when burning these alcohols. The reaction accompanying alcohol burning generates heat and it generates heat. Whereby the energy of the reactant is higher than the energy of the product. When a bond is formed between the new water and the carbon dioxide molecule, energy is released. The energy generated by this exothermic reaction is calculated using the following formula: mass of material × temperature rise × SHC (specific heat capacity).

In this survey, a series of alcohols are burned in a method called calorimetry. In this way, I can see the energy produced by each alcohol, then look at the structure of the alcohol and study why each alcohol produces a certain amount of energy. There are several factors to understand before proceeding with the experiment. What is alcohol? The definition of alcohol obtained from Richard Harwood's chemistry textbook is "a series of organic compounds containing functional groups -OH". The --OH group, called the hydroxyl group, is defined as an alcohol.

In this survey we burn alcohol to heat the water can. Burn four kinds of alcohol, methanol, ethanol, propanol, butanol. The goal is to find out how much energy is generated when burning these alcohols. Alcohol reacts with oxygen in the air to produce water and carbon dioxide. When a bond is formed between the new water and the carbon dioxide molecule, energy is released. Energy generated by this exothermic reaction can be calculated using mass of material × temperature rise × SHC (specific heat capacity). The specific heat capacity is the number of joules required to heat 1 gram of water at 1 ° C. I have chosen to use water because it has a high specific heat capacity that is safe, easy to find and reliable. Alcohol is very dangerous and flammable, so I always wear goggles. I need to conceal all the lost items in my clothes.

The concept of using waste to generate energy is not new. Incineration usually requires the combustion of urban and industrial waste to generate heat, while the power plant generates electricity for distribution, it has existed for many years. However, conventional methods are highly inefficient and typically release high concentrations of hazardous emissions and toxins into the atmosphere. There are lots of new and exciting waste energy technologies and solutions that increase energy efficiency while reducing relevant emissions. This means reducing reliance on other waste management technologies that produce critical climate-friendly energy fuels while causing significant environmental problems such as landfilling and incineration.