Multi-fuel composition and preparation method thereof
A multi-component fuel and composition technology, applied in the direction of fuel, gas fuel, petroleum industry, etc., can solve the problems of reducing the calorific value of liquefied petroleum gas or natural gas, increasing the living burden of urban and rural residents, and having no enterprises and consumers, so as to achieve easy industrialization Production implementation, significant economic and environmental benefits, effects of improving quality of life
- Summary
- Abstract
- Description
- Claims
- Application Information
AI Technical Summary
Problems solved by technology
Method used
Image
Examples
Embodiment 1
[0022] A multi-element fuel composition, its composition and volume percentage example are: air 65%, natural gas 33%, butane 1.8%, additive 0.2%; The composition and mass percentage example of described additive are: ferrocene 0.5%, gasoline 79%, methanol 15.5%, and ethanol 5%; the preparation method of this multi-element fuel composition comprises the following steps:
[0023] a, batching: take air, natural gas, butane, additive by the volume percentage; Take each component of the additive by the mass percentage and mix evenly;
[0024] b. Mixing: inject air, natural gas and butane into the pressure vessel and mix well, then add additives and mix well to get the finished product; the finished product can be put into steel cylinders or injected into pipelines for users to use.
Embodiment 2
[0026] A multi-element fuel composition, its composition and volume percentage example are: air 85%, natural gas 2%, butane 12.5%, additive 0.5%; The composition and mass percentage example of described additive are: ferrocene 0.5%, gasoline 79%, methanol 15.5%, and ethanol 5%; the preparation method of this multi-element fuel composition comprises the following steps:
[0027] a, batching: take air, natural gas, butane, additive by the volume percentage; Take each component of the additive by the mass percentage and mix evenly;
[0028] b. Mixing: inject air, natural gas and butane into the pressure vessel and mix well, then add additives and mix well to get the finished product; the finished product can be put into steel cylinders or injected into pipelines for users to use.
Embodiment 3
[0030] A multi-element fuel composition, its composition and volume percentage example are: air 30%, natural gas 14%, butane 55%, additive 1%; The composition and mass percentage example of described additive are: ferrocene 0.5%, gasoline 79%, methanol 15.5%, and ethanol 5%; the preparation method of this multi-element fuel composition comprises the following steps:
[0031] a, batching: take air, natural gas, butane, additive by the volume percentage; Take each component of the additive by the mass percentage and mix evenly;
[0032] b. Mixing: inject air, natural gas and butane into the pressure vessel and mix well, then add additives and mix well to get the finished product; the finished product can be put into steel cylinders or injected into pipelines for users to use.
PUM
Login to View More Abstract
Description
Claims
Application Information
Login to View More 