Shanxian Chemical
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Hydrogen for Automotive
On the Use of Hydrogen on Vehicles
In today's world, cars are on the road, and the choice of energy is related to the long-term. On-board hydrogen has a wide range of uses, and it is the driving force for vehicles, with obvious advantages.
Hydrogen is a clean energy. With it as the vehicle power, only water is produced after combustion, and there is no emission of sulfur, nitrogen compounds and soot, which is of great benefit to the environment. At this time, the world is worried about the pollution of the environment, and the exhaust gas emitted by traditional fuel vehicles is a disaster, while hydrogen vehicles can solve this dilemma like a breeze blowing filth.
Furthermore, the energy density of hydrogen is quite high. Although it takes up a little more space or energy than other energy sources, once burned, the released energy is sufficient for the car to travel. Compared with lithium batteries, when charging, lithium batteries often need to wait for a long time, and hydrogen vehicles can be charged quickly, and the driving duration is not inferior. For long-distance driving or the need to quickly replenish energy, hydrogen vehicles are uniquely convenient.
And the production of hydrogen is getting wider. It can be obtained from water electrolysis, but also from biological hydrogen production, fossil fuel reforming and other methods. Among them, if the water electrolyzer is assisted by clean electricity, the hydrogen produced is pure and net, which adds to its advantages. And biological hydrogen production, derived from natural things, is also a green way.
Although vehicle-mounted hydrogen has great potential, it also poses challenges. The difficulty of its storage and transportation is the top priority. Special hydrogen storage containers are required to ensure its safety and efficiency; during transportation, special facilities are also required to prevent leakage and ensure stability. In addition, the relevant infrastructure is not complete, the number of hydrogen refueling stations is still sparse, and the distribution is not wide, all of which remain to be solved.
To sum up, vehicle-mounted hydrogen points to a new direction for the future of vehicle travel. Its clean and efficient, with many advantages, although it encounters obstacles, with time, technological progress and complete facilities, it will be able to shine in the automotive industry and become the main force of green travel.
In today's world, cars are on the road, and the choice of energy is related to the long-term. On-board hydrogen has a wide range of uses, and it is the driving force for vehicles, with obvious advantages.
Hydrogen is a clean energy. With it as the vehicle power, only water is produced after combustion, and there is no emission of sulfur, nitrogen compounds and soot, which is of great benefit to the environment. At this time, the world is worried about the pollution of the environment, and the exhaust gas emitted by traditional fuel vehicles is a disaster, while hydrogen vehicles can solve this dilemma like a breeze blowing filth.
Furthermore, the energy density of hydrogen is quite high. Although it takes up a little more space or energy than other energy sources, once burned, the released energy is sufficient for the car to travel. Compared with lithium batteries, when charging, lithium batteries often need to wait for a long time, and hydrogen vehicles can be charged quickly, and the driving duration is not inferior. For long-distance driving or the need to quickly replenish energy, hydrogen vehicles are uniquely convenient.
And the production of hydrogen is getting wider. It can be obtained from water electrolysis, but also from biological hydrogen production, fossil fuel reforming and other methods. Among them, if the water electrolyzer is assisted by clean electricity, the hydrogen produced is pure and net, which adds to its advantages. And biological hydrogen production, derived from natural things, is also a green way.
Although vehicle-mounted hydrogen has great potential, it also poses challenges. The difficulty of its storage and transportation is the top priority. Special hydrogen storage containers are required to ensure its safety and efficiency; during transportation, special facilities are also required to prevent leakage and ensure stability. In addition, the relevant infrastructure is not complete, the number of hydrogen refueling stations is still sparse, and the distribution is not wide, all of which remain to be solved.
To sum up, vehicle-mounted hydrogen points to a new direction for the future of vehicle travel. Its clean and efficient, with many advantages, although it encounters obstacles, with time, technological progress and complete facilities, it will be able to shine in the automotive industry and become the main force of green travel.
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