Vanadium-doped Nano Tungsten Oxide Adsorbent

vanadium-doped nano tungsten oxide adsorbent image

137Cs is the main heat-releasing nuclide in high-level radioactive waste liquor. If it can be separated, the radioactive level of high-level radioactive waste liquor will be greatly reduced, and the cost of subsequent treatment of radioactive waste liquor and solid waste disposal will be reduced. In addition, 137Cs can be used as gamma radiation source in breeding, food irradiation storage, sterilization of medical devices, cancer treatment and various instrumentation fields. Therefore, the separation of 137Cs from high-level radioactive waste liquor has been one of the hotspots in the field of spent fuel reprocessing at home and abroad, and also an important goal in the process of reprocessing.

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Recycling of Tungsten Trioxide from Waste Denitration Catalyst

Recycling of Tungsten Trioxide from Waste Denitration Catalyst

SCR denitration technology is a necessary means for power plants to achieve ultra-clean emissions. Catalysts, as a core part of SCR denitration technology, lose their activity due to wear or blockage during operation. Some of the regenerable catalysts can be reused after regeneration, while the catalysts that cannot be regenerated face the situation of rational utilization and disposal.

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Molybdenum Doped Tungsten Trioxide Photocatalyst

molybdenum doped tungsten trioxide photocatalyst image

With the rapid development of human society and economy, energy and environmental problems have become increasingly prominent. Organic dye wastewater pollution has become one of the most concerned environmental problems. These organic dye molecules not only destroy the ecological environment, but also contain aromatic intermediates which are carcinogenic.

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Tungsten is Under Donald Trump’s List of 35 Minerals Deemed Critical to US

Tungsten Mine in Nevada Image

The US White House issued a statement saying that in order to boycott China’s acquisition of US technology, the United States will still impose a 25% tariff on 50 billion Chinese goods, mainly related to the “Made in China 2025” related industries, and also invest in China’s high-tech industries in the United States. Set new limits. The list of specific commodities will be announced on June 15 and tariffs will be implemented shortly thereafter.

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Hydrogen Production from Supported Nickel-Tungsten Bimetallic Composite Oxides

hydrogen production from supported nickel-tungsten bimetallic composite oxides image

With the rapid rise of global energy demand and the increasing problem of greenhouse gas emissions, the deployment of hydrogen energy industry has become one of the important strategies to solve the sustainable development of society, economy and environment. Hydrogen is widely used to synthesize and upgrade liquid fuels to replace traditional petroleum to produce gasoline and diesel. Meanwhile, proton exchange membrane fuel cells (PEMFCs) fueled with hydrogen have high energy conversion efficiency, and the byproduct is only water, which is expected to become the power core of a new generation of vehicles.

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