Abundant catalyst converts methane into valuable liquid chemicals
Researchers have developed a method using molybdenum disulfide, a common catalyst, to convert methane into liquid chemicals at low temperatures. This process produces methyl peroxide, which can be used to make methanol, a valuable fuel and chemical precursor. The approach is efficient and uses readily available materials, offering a potential solution for transforming natural gas into useful products.
Scientists have found a way to use a common catalyst to turn methane into useful liquid chemicals at low temperatures.
This could make it easier and cheaper to produce fuels and industrial chemicals from natural gas, reducing waste and improving efficiency.
The discovery offers a practical, sustainable solution that supports cleaner energy use and industrial innovation.
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