Ethane, C2H6 Specialty Gas

Ethane is an organic chemical compound with chemical formula C2H6. At standard temperature and pressure, ethane is a colorless, odorless gas. Like many hydrocarbons, ethane is isolated on an industrial scale from natural gas and as a petrochemical byproduct of petroleum refining. Its chief use is as feedstock for ethylene production. Ethane also can be used as a refrigerant in cryogenic refrigeration systems.
High purity ethane (N3.5 and above) is manufactured by direct hydrogenation of ethylene at high temperature in the presence of a catalyst. It is further purified using fractional distillation. Lower purity ethane is separated from a natural gas stream and further purified.

In the current market, high purity ethane (C2H6) is a special gas product widely used in many industrial fields. Ethane gas (C2H6 Gas) is not only one of the important raw materials used in chemical production, but also a key component in the manufacture of high purity specialty gases (Specialty Gases Ethane C2h6). For customers who need to use industrial grade ethane (C2H6 Industrial Grade), it is very important to understand the changing trends of ethane prices and ethane gas prices, which helps cost control and budget planning.

The price of ethane (Ethane, C2H6) fluctuates according to various factors such as market demand, supply conditions and production costs. As a special gas, the demand for high purity ethane (High purity Ethane) has increased year by year, especially in the application of high-tech industries.

Why Choose Ethane as Feedstock for Ethylene Production?

Abundance

Ethane is one of the most abundant hydrocarbons found in natural gas reserves. Its availability makes it a cost-effective and reliable source for ethylene production.

High Ethylene Yield

When high quality ethane gas undergoes steam cracking, it produces a high yield of ethylene, typically over 90%. This high conversion efficiency makes it an efficient feedstock.

Energy Efficiency

Ethane cracking is an energy-efficient process due to its lower molecular weight compared to other feedstocks like naphtha or propane. It requires less energy to break down ethane molecules into ethylene.

Purity

High quality ethane gas is often a purer hydrocarbon compared to other feedstocks, which may contain impurities that can complicate the cracking process. This purity contributes to more consistent and reliable production.

Lower By-Product Formation

High quality ethane gas cracking generates fewer undesirable by-products compared to other feedstocks, reducing the complexity of downstream separation and purification processes.

Cost-Competitive

Ethane is generally cost-competitive as a feedstock due to its abundance and relatively low market price compared to alternative feedstocks like naphtha or propane.

Environmental Benefits

While all feedstocks have environmental impacts, ethane is considered to have a lower carbon footprint compared to feedstocks like coal or heavy crude oil. This can align with sustainability and emissions reduction goals.

Flexibility

Ethane cracking facilities can be designed to be versatile, allowing for the switch to alternative feedstocks if market conditions or availability change. This flexibility enhances the resilience of ethylene production processes.

Consistent Quality

Ethane's consistent composition and purity make it easier to maintain quality control in the production of ethylene and downstream products.

Applications

In the manufacturing of chemical intermediates

In ionization chambers used in subatomic species measurement

In the manufacturing of calibration mixtures. 

If you want to buy ethane gas online, please contact us and Taiyu will provide you with the most suitable price.

Raw Material for Production of Ethylene

As refrigerant

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Advantanges

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