Fuels are an essential driving factor in everyday life. From households to large-scale industries-everyone is on the lookout for a fuel that costs less but does more work. Answering all the needs, Liquefied Petroleum Gas has emerged as a popular source of powering several sectors. But what is it that makes LPG a preferred choice across the different sectors?
Liquefied Petroleum Gas is a clean-burning, versatile fuel that was first discovered in the 1910s. Although LPG in India was introduced in the 1960s, it has gained a whole new momentum in recent decades.
LPG is composed primarily of propane and butane, which have high calorific values, making LPG an energy-efficient and cost-effective fuel source. In this blog, we will explore how LPG's high calorific value can be maximised to increase energy efficiency.
What is meant by the Calorific Value of LPG?
Almost everything has a calorific value, right from the food you eat to fuel, of course. The calorific value of LPG refers to the amount of heat energy that is released from a given volume of the fuel. When it comes to the calorific value of LPG, it has more than other fossil fuels such as coal, and oil.
Liquefied Petroleum Gas has the primary components of propane and butane, which have a calorific value of approximately 46,000 KJ/kg and 49,000 KJ/kg respectively. This stands as a fair competition against coal whose calorific value is only a mere 30,000 kJ/kg.
With a higher calorific value than many other fuels, LPG yields a higher energy output. This means, when LPG is ignited, more energy is released and a higher energy output is produced. Having more energy output essentially means that the same amount of LPG can produce more energy than several others. This can lead to significant cost savings in the long run since less fuel is required to produce the same amount of energy.
Thanks to the composition of LPG, it has a high calorific value and is a highly concentrated fuel source. Having a concentrated composition makes LPG burn more efficiently in comparison to other fuels, thereby resulting in less waste and more heat output per unit of fuel. In addition, LPG burns cleanly and produces less harmful emissions than other fuels like coal and oil. And for industries that require extensive heat generation such as manufacturing and agriculture, Liquefied Petroleum Gas becomes the ideal fuel source for them.
Industries have several application areas where fuel is used. Earlier, different fuels were used for different purposes, which meant sourcing a variety of them, ultimately increasing costs and procurement issues. With LPG, it’s a different scenario. Being a highly versatile fuel, LPG can be used for a variety of applications. From space heating, water heating, cooking, and fueling vehicles, Liquefied Petroleum Gas is used for a myriad of applications which makes it a flexible fuel.
The contemporary power industries demand a cleaner fuel source. This is why there has been a lookout for a substitute for fossil fuel, with a reduced harmful emission rate. A clean-burning fuel, LPG produces fewer harmful emissions than other fossil fuels. This is because when LPG is burned, it produces fewer greenhouse gases, particulate matter, and other pollutants that contribute to air pollution and climate change. This makes LPG a more sustainable fuel source than other fuels, as it has a lower environmental impact.
LPG-powered appliances and equipment are known for their durability and low maintenance costs. This is because LPG burns cleanly and produces fewer byproducts which means it does not damage or clog equipment. In addition, LPG-powered appliances and equipment do not require as much maintenance as other fuel sources—all because they do not produce the same amount of soot, ash, and other byproducts. Naturally, it results in considerable cost savings over time, as less maintenance is required to keep LPG-powered equipment running smoothly.
LPG is a safe fuel source that is widely used in both residential and commercial settings. This is because LPG is also non-toxic and non-corrosive in nature, which makes it a safe fuel source for the environment and humans. In addition, LPG is stored and transported in specially designed tanks designed to withstand extreme temperatures and pressure. This reduces the risk of accidents and ensures that LPG is handled safely at all times.
LPG is a reliable energy source that can be used even in areas where other fuels may not be available. This is possible because LPG is formed when the gases are compressed into cylinders that can be easily transported and stored in tanks, thereby making it a portable and accessible fuel source. In addition, LPG is widely available and its demand is only leading to the growth of gas agency dealerships across the country. This makes LPG an ideal energy source for a wide array of applications.
Together with an array of advantages, the high calorific value of LPG contributes to the popularity of the fuel. In addition, LPG can be easily transported and stored in tanks, making it a portable and accessible fuel source for practically any industry. However, there are certain ways by which the calorific value of LPG can be further maximised. Using high-efficiency LPG appliances, carrying out regular maintenance, using the right cylinder size, storing and handling LPG properly, and of course, choosing a reputable gas agency can be effective ways to make the most of LPG’s high calorific value.
At Shivgas, we maintain our 25 years of legacy by offering the highest quality Liquefied Petroleum Gas which is 100% imported and is of the highest grade. We offer LPG cylinders for all sectors including commercial, industrial, and domestic. Being the leading private gas company in eastern India, our LPG cylinders range from 17kg, all the way up to 425kg. At Shivgas, our primary goal is to offer the highest customer satisfaction by offering superior-quality LPG to our customers.
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