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Domestic Use

LPG is a highly efficient cooking fuel. It is economical and its excellent heating capacity helps you cook your food in less time, saving you a lot on fuel cost. It undergoes complete combustion, produces no residue and particulate matter, which means minimum maintenance cost and lesser carbon footprint.

LPG can provide a first modern alternative to traditional cooking fuels (e.g. firewood, charcoal, dung) in developing rural communities, contributing to a better quality of life and importantly, allowing people to spend less time collecting fuel, and enabling them to pursue value-added economic activities within the community.

LPG systems provide the perfect balance of performance and versatility — central or zonal, furnace or boiler — cost-effectively providing the ability to power the home even when living off the grid.

Industrial

Galvanizing

Galvanization involves adding a protective layer of zinc to iron or steel to prevent it from rusting. The hot-dip galvanizing process uses a hot zinc bath, where metals get dipped into a hot zinc bath. LPG plays a significant role in this part since the pre-heating time needed for the process is minimal, reducing the galvanization time.

Metal Melting

To melt a metal like aluminum, you need a fuel that produces higher temperatures, such as LPG. This gas helps save 10-25 percent of electricity consumption. In addition, it makes less contamination because it is a clean-burning fuel. LPG is also suitable for metal melting since it produces uniform heat, prolonging the metal’s life.

Heat Treatment

Heat treatment is the process of heating and cooling a particular material to get the desired properties. Thankfully, LPG is one of the best fuels for heat treatment due to its high calorific value and specific temperature control. For that reason, it is easy to process more batches within a shorter time with better quality output.

Steam Generation

To generate steam for applications such as drying seeds and materials, you need to heat water using boilers. While most people often use wood, the fuel is highly ineffective and can create a lot of pollution. On the other hand, LPG facilitates productivity since it has an efficient heat transfer.

Commercial

Refrigerant

Propane and Butane (components of LPG) are energy efficient and so, LPG makes a great and strong hydrocarbon.

Fuel: Commercial LPG is used as fuel for vehicles as it burns much better than petrol and diesel. It can be used as an ignition fuel as it is energy efficient and leaves less damage to the environment.

Agriculture

Commercial LPG can be used in the field for agriculture for many drying processes.

Industry: In industries, LPG can be used for solution heating processes. The paper and food processing industries use commercial LPG heavily.

Heating

Commercial LPG is used for centralised heating solutions in industrial spaces.

Other

LPG is also used to produce electrical energy by running turbines. Commercial LPG can be used as a chemical feedstock.

Industry

In industries, LPG can be used for solution heating processes. The paper and food processing industries use commercial LPG heavily.

Heating: Commercial LPG is used for centralised heating solutions in industrial spaces.

Other: LPG is also used to produce electrical energy by running turbines. Commercial LPG can be used as a chemical feedstock.

Autogas

Autogas or LPG is liquefied petroleum gas (LPG) used as a fuel in internal combustion engines in vehicles as well as in stationary applications such as generators. It is a mixture of propane and butane.

Autogas is widely used as a "green" fuel, as its use reduces CO2 exhaust emissions by around 15% compared to petrol. One litre of petrol produces 2.3 kg of CO2 when burnt, whereas the equivalent amount of autogas (1.33 litres due to the lower density of autogas) produces only 2 kg of CO2 when burnt. CO emissions are 30% lower, compared to petrol and NOx by 50%. It has an octane rating (MON/RON) that is between 90 and 110 and an energy content (higher heating value—HHV) that is between 25.5 megajoules per litre (for pure propane) and 28.7 megajoules per litre (for pure butane) depending upon the actual fuel composition.

Autogas is the third most popular automotive fuel in the world, with approximately 16 million of 600 million passenger cars powered using the fuel, representing less than 3% of the total market share.