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On the cost of taking hydrogen
In the ancient world, all things generate life, but each has its own way of taking energy. For one thing, hydrogen, the cost of taking it is related to all things, and cannot be ignored.
If you want to get hydrogen, there are many ways. First, the electrolysis of water. However, electricity is needed in this way, and the source of electricity is either thermal power, or hydropower, wind power, and photovoltaics. If you use thermal power for it, the consumption of coal fuel and the pollution generated are all costs, and the cost is not only the price of electricity, but also the damage to the environment. And the efficiency of water electrolysis is not completely perfect, and there are many losses, which all lead to the increase of the cost of taking hydrogen.
Second, fossil fuel reforming. If natural gas is used for it, although hydrogen can be obtained, natural gas is also a precious energy source. It takes manpower and material resources to extract, transport, and use it. The process of reforming, the installation of equipment, and the requirements of technology are all costs. And this process also produces greenhouse gases such as carbon dioxide, which is harmful to the environment. The cost of subsequent treatment should also be included in the cost of hydrogen extraction.
There is also a method of biological hydrogen production. Although it is a new way, the technology is not mature. The conditions for microbial culture are harsh, the process is difficult to control, and the output is limited. From research and development to mass production, the investment of human, material, and financial resources during this period is difficult to count, and the cost of hydrogen extraction is still high.
The cost of hydrogen extraction is not only related to the current cost, but also involves long-term development. If the cost is too high, it will be difficult to widely use hydrogen. In the field of transportation, hydrogen is the driving force. If the cost is high, the car price will be high, and the people will not be able to accept it, and the industry will not thrive. Industrial production uses hydrogen as a raw material. If the cost is high, the profit will be thin, and the enterprise may discard it.
Therefore, in order to reduce the cost of hydrogen extraction, scientific research cannot be stopped. Seek efficient water and electricity solution methods to increase the efficiency of energy conversion; Research advanced reforming techniques to reduce the consumption and pollution of fossil fuels; Develop biological hydrogen production techniques to promote mass production and reduce costs. Policies should also assist it, reward R & D, supplement production, attract capital, and jointly reduce the cost of hydrogen. In this way, the energy of hydrogen can be used by the world, prosper all industries, benefit all people, promote the peace of heaven and earth, and lead to the everlasting prosperity of generations.
In the ancient world, all things generate life, but each has its own way of taking energy. For one thing, hydrogen, the cost of taking it is related to all things, and cannot be ignored.
If you want to get hydrogen, there are many ways. First, the electrolysis of water. However, electricity is needed in this way, and the source of electricity is either thermal power, or hydropower, wind power, and photovoltaics. If you use thermal power for it, the consumption of coal fuel and the pollution generated are all costs, and the cost is not only the price of electricity, but also the damage to the environment. And the efficiency of water electrolysis is not completely perfect, and there are many losses, which all lead to the increase of the cost of taking hydrogen.
Second, fossil fuel reforming. If natural gas is used for it, although hydrogen can be obtained, natural gas is also a precious energy source. It takes manpower and material resources to extract, transport, and use it. The process of reforming, the installation of equipment, and the requirements of technology are all costs. And this process also produces greenhouse gases such as carbon dioxide, which is harmful to the environment. The cost of subsequent treatment should also be included in the cost of hydrogen extraction.
There is also a method of biological hydrogen production. Although it is a new way, the technology is not mature. The conditions for microbial culture are harsh, the process is difficult to control, and the output is limited. From research and development to mass production, the investment of human, material, and financial resources during this period is difficult to count, and the cost of hydrogen extraction is still high.
The cost of hydrogen extraction is not only related to the current cost, but also involves long-term development. If the cost is too high, it will be difficult to widely use hydrogen. In the field of transportation, hydrogen is the driving force. If the cost is high, the car price will be high, and the people will not be able to accept it, and the industry will not thrive. Industrial production uses hydrogen as a raw material. If the cost is high, the profit will be thin, and the enterprise may discard it.
Therefore, in order to reduce the cost of hydrogen extraction, scientific research cannot be stopped. Seek efficient water and electricity solution methods to increase the efficiency of energy conversion; Research advanced reforming techniques to reduce the consumption and pollution of fossil fuels; Develop biological hydrogen production techniques to promote mass production and reduce costs. Policies should also assist it, reward R & D, supplement production, attract capital, and jointly reduce the cost of hydrogen. In this way, the energy of hydrogen can be used by the world, prosper all industries, benefit all people, promote the peace of heaven and earth, and lead to the everlasting prosperity of generations.
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