Essay on save fuel for better environment nearly 410 words
Answers
Fuel is a natural resource that produces useful energy when it undergoes a chemical or nuclear reaction. Coal, wood, oil, petrol or gas provides energy when burned so we consider them fuel. But as we all know fuel is not man made and it occurs only naturally so its judicious use is much more needed not for today but for future generation too. We do not need fuel only to run our vehicles only but it needs to run our life and better environment too.
Our environment is being affected due to combustion of fuels by the automotive. The automobiles run on petrol or diesel, the automotive burn the fuels to run the automobiles .The burned fuels are released into the environment, this released smoke or burned fuels are depleting the Ozone layer of the earth. Due to the depletion of Ozone layer, Greenhouse effect is taking place and the earth is getting heated up and burning from inside. These all are affecting our health badly. At the same time though it is also bad for the environment and the more petrol we use the more emissions we create. It is high time that humanity was off of fossil fuels and use alternative sources of it. To have a great impact on our health and the environment isn’t an easy task. But if we are motivated and really want to adjust our lifestyle in order to develop positive habits, and to do our part to change the negative trends against the environment and save Fuel deposit, this is a must. Saving fuel for the future is therefore an urgent necessity.
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We have used fossil fuels for years. They provide us with heat, electricity, energy, and almost everything else we use every day of our lives. These resources, though, take millions and millions of years to create. Once we use up all of these resources, they are gone and will not be planning to come back until after another million years. The question puzzling people and scientists alike is “What are we going to do when those resources run out?” These resources seem to have such a benefit on mankind, that often we forget the cons of these resources. Over all, fossil fuels have seemed like superman to people since their discovery, but are there things about these “heroes” that we don’t know about? And, what are we going to do when they’re gone?
The 3 forms of fossil fuels are coal, oil, and natural gas. Coal, a hard and black rock-like substance is one of the most popular fossil fuels. Made up of carbon, oxygen, nitrogen, hydrogen, and different amounts of sulfur, coal is mined out of the ground. In fact, coal has been mined out of the ground for years, discovered about 3,000 years ago in China. Oil, formed more than 300 million years ago, is yet another form of fossil fuels. It is formed underground between rock and in areas of rock that contain pores and oils inside of the rock. To locate and collect oil, companies must drill deep into the ground and pump the oil using oil rigs. Natural gas, the third form of fossil fuels, is lighter than air. Made up of methane, natural gas is very flammable. It forms and is collected the same way as oil.
Fossil fuels have many impacts. They have both biological and environmental impacts. The biological impacts of fossil fuels include illnesses and harm to animals.
With the help of the people, researchers, and scientists, we will soon be able to end our energy crisis. Perhaps our heroes, the fossil fuels, need to take a rest after all they have been working for the past million years. It’s time to welcome our new heroes, alternative energy, and hope that they, unlike fossil fuels, will need not rest in the future of humanity.
Accordingly, we can plan for future capacity on the backbone grid with much greater certainty identifying this now gives us the opportunity to determine strategies which will reduce the cost and footprint of providing this additional capacity and allows us to consider a wide range of technology options for providing this well ahead of critical need dates. The location of generation and steps changes in regional demands may require significant additions to regional connections from the grid backbone. But in these cases the requirement is less certain. Grid capacity expansions at the regional connections are not required in every scenario. Newer technologies for better utilizing the grid such as extracting more capacity from the existing lines or enhancing system performance with the use of demand side management are likely to have added value here.....Thank you