Natural gas synergist

Abstract

The invention discloses a natural gas synergist. The synergist is prepared from the following components in percentage by mass: 5-10% of an organic modified hectorite loaded catalyst, 20-40% of acetonitrile, 30-50% of petroleum ether, 1-2% of ketene, 1-2% of bromomethylacylbromide, 10-30% of ethanol, and 1-2% of potassium persulfate. The natural gas synergist provided by the invention can be stably existent in an aerosol form in a steel bottle together with natural gas, and can be directly added in a using process of the natural gas. The natural gas synergist can change a combustion mechanism of the natural gas, achieves a catalysis combustion-supporting effect for the natural gas, enables the combustion speed and the heat value of the natural gas to be increased, facilitates the achievement of an energy-saving effect in the using process of the natural gas, and effectively reduces the use cost of the natural gas.

Description

technical field [0001] The invention belongs to the technical field of natural gas, in particular to a natural gas gain agent. Background technique [0002] As a clean energy, natural gas has been widely used in various fields of the national economy. As a clean fuel, natural gas has the advantages of no pollution and environmental protection. However, the combustion temperature of natural gas during use is generally around 2000°C, and its combustion calorific value is not high. In the mechanical cutting process, acetylene is generally used as the cutting gas. However, acetylene is a product with high energy consumption. In the metal cutting process, there are disadvantages such as heavy pollution, high energy consumption, high cost, poor cutting quality, explosive and flammable, etc. Therefore, it has long been a consensus in the industry to seek a substitute for acetylene in this field. . In recent years, natural gas with methane as the main component has obvious advan...

AI Technical Summary

Problems solved by technology

However, acetylene is a product with high energy consumption. In the metal cutting process, there are disadvantages such as heavy pollution, high energy consumption, high cost, poor cutting quality, explosive and flammable, etc. Therefore, it has long been a consensus in the industry to seek a substitute for acetylene in this field.

In recent years, natural gas with methane as the main component has obvious advantages in energy efficient utilization and environmental protection as a metal cutting gas. However, the combustion temperature and calorific value of natural gas are low, and its application range is limited.