亚洲gv白嫩小受在线观看-亚洲日产一线二线三线精华液-av人摸人人人澡人人超碰下载-精品国产sm捆绑最大网免费站

  • 拼搏 創(chuàng)新
  • 誠信 責(zé)任
  • 堅(jiān)持 互助

Sustainable Development

Hydrogen is the most abundant element in the universe, making up 75% of the mass of the universe, the third most abundant on Earth, and its large reserves ensure its sufficiency as an energy supply. Hydrogen is mainly in the form of water, and raw materials are very easy to obtain. In addition, hydrogen energy supply mainly reacts with oxygen to generate water and release chemical energy, and its product has no other intermediate products except water. There is no waste and zero pollution in the whole energy supply process. It is also the key development direction to promote the green and low-carbon target of the energy system. With the increasing attention to the development of green economy worldwide, the demand and application fields of hydrogen energy continue to expand, and hydrogen energy is known as the new energy in the 21st century. From the upstream and downstream of the hydrogen energy industry chain, the upstream of the hydrogen energy industry chain is hydrogen production. It includes hydrogen production (the main technical methods include coal hydrogen production, industrial by-product hydrogen production, natural gas hydrogen production, electrolytic water hydrogen production and other processes), hydrogen purification, hydrogen liquefaction and other links. The main storage and transportation technologies include gaseous storage and transportation, liquid storage and transportation, solid storage and transportation, and organic liquid storage and transportation, covering hydrogen storage devices, hydrogen transportation, etc. The downstream of the hydrogen energy industry chain is the comprehensive application of hydrogenation and hydrogen. Related to hydrogen refueling stations and equipment, as well as transportation, industrial, construction applications.

Hydrogen Production And Manufacturing

The World Energy Council report classifies hydrogen as "gray," "blue," and "green," according to production sources

Gray hydrogen

Currently, 96 percent of hydrogen is produced from fossil fuels through steam methane reforming (SMR) or coal gasification. The hydrogen produced by this process has a low cost, but the highest carbon intensity, and in the production and manufacturing process of hydrogen, accompanied by coal energy, oil energy consumption and a large number of carbon emissions, the hydrogen produced in this way is called "gray hydrogen".

Blue hydrogen

Steam methane reforming or coal gasification plus carbon capture and storage (CCS) for hydrogen production is less carbon intensive and more expensive. Although advanced carbon capture technology is used to reduce carbon dioxide emissions to the atmosphere in the production process, a large amount of carbon dioxide will still be emitted to the atmosphere through various ways in the terminal link, but the emissions have been reduced to a certain extent, and the hydrogen produced in this way is called "blue hydrogen".

Green hydrogen

The use of renewable energy sources, such as solar energy, wind energy, tidal energy, electrolysis of water to produce hydrogen, or in the production and process of electric energy, the excessive production of electric energy uses hydrogen as an energy storage carrier, and truly achieve zero carbon dioxide emissions in the manufacturing and storage process. Hydrogen produced in this way to achieve a true green cycle, social acceptance is high, can be called "green hydrogen".

Typical use of hydrogen energy
Hydrogen as an energy source or energy carrier, hydrogen can be used in fuel cells for power generation and heating. Hydrogen and fuel cells show potential for a wide range of applications across virtually all industries, including transportation, industrial, commercial and residential use.

THRESHOLD Hydrogen Energy Development Strategy

Sustainable green energy is one of the main ways to produce and use energy in the world in the future, and Hegeking Valley attaches great importance to the development trend of hydrogen energy and participates in the blueprint construction of the future "hydrogen" world. In the hydrogen energy industry chain, Hegekingu focuses on hydrogen purification technology, research and development of liquid hydrogen and high-pressure gaseous hydrogen and solid metal hydrogen storage technology, and has made a number of patent applications. Hydrogen purification is suitable for non-electrolytic gray hydrogen and blue hydrogen purification to meet the high purity hydrogen used in fuel cells through purification. China's industrial hydrogen production is huge, make full use of existing hydrogen resources to support the development of hydrogen energy in the transportation industry has a very practical significance, hydrogen purification technology has the following technical methods: pressure swing adsorption method, low temperature separation method, metal film diffusion method, polymer film diffusion method, catalytic deoxidation method, metal hydride method and so on. The hydrogen purification method or purification combination method is different for different purity grades of raw hydrogen, and the correct purification method is the basis to ensure the quality of hydrogen after purification.

主站蜘蛛池模板: 人与禽性7777777| 中文字幕久久精品一区二区三区| 人妻夜夜添夜夜无码av| 日韩av无码精品一二三区| ā片在线观看| 国内精品久久久久久久97牛牛| 亚洲午夜久久久久妓女影院| 色av综合av综合无码网站| 疯狂做受xxxx国产| 成 人片 黄 色 大 片| 天天弄天天模| 色综合久久无码五十路人妻| 亚洲另类色区欧美日韩图片| 亚洲日本va午夜在线电影| 国产末成年女av片| 午夜人在线观看完整版| 凸凹人妻人人澡人人添| 亚洲 日韩 欧美 成人 在线观看| 女女女女女裸体处开bbb| 成全高清视频免费观看| 中文字幕日本六区小电影| 久久午夜伦鲁片免费无码| 亚洲久热无码av中文字幕 | 色哟哟网站在线观看| 欧美亚洲日本国产综合在线美利坚 | 亚洲男同志网站| 狠狠的干性视频| 醉酒后少妇被疯狂内射视频| 粉嫩大学生无套内射无码卡视频| 变态拳头交视频一区二区| 欧美换爱交换乱理伦片| 国产亚洲成av人片在线观黄桃| 亚洲欧美日韩成人高清在线一区 | 国产精品秘入口18禁麻豆免会员| 边喂奶边中出的人妻| 天天爽夜夜爱| 欧美a∨在线观看| 国产办公室秘书无码精品99| 人妻少妇精品视频一区二区三区| 黑人巨茎大战欧美白妇| 人妻激情另类乱人伦人妻|