A recent paper published on the website of the National Academy of Sciences of the United States shows that Virginia Tech researchers successfully converted glucose and xylose from corn stover (stems, leaves, and rinds left after corn harvest) into hydrogen at the same time. Yield reaches the theoretical maximum. The new technology is low-cost and environmentally friendly, and it is expected to promote the large-scale promotion of hydrogen energy vehicles.
At present, there are two main methods for hydrogen production: one is the industrial by-product gas formed during the processing of petroleum and coal, which can be obtained after purification; the second is based on natural gas, and the main component of natural gas is methane, with hydrogen , need to be extracted and then purified.
Although the above two technologies are relatively mature and can achieve mass production, the cost is high and they cannot achieve zero emissions of carbon dioxide. The production of hydrogen from corn stalks is not only easy to obtain raw materials, but also does not emit carbon dioxide during the production process. The economy and environmental protection are much higher than traditional methods.
Two Colors Led Panel Light,Solar Panel Garden Lights,Acrylic Light Panels,Aluminum Lamp Body
Jiangmen hengshenghui Lighting Co., Ltd , https://www.jmsunbright.com