Practice And Implementation Of The Hydro Deoxygenation...

Practice and Implementation Existing and future practices The current main goal of this particular catalyst is to aid a process that will produce fully sustainable biofuels that will be used in conventional engines. Usually, different processes will require different catalysts to aid the reactions that take place in the particular process. This means that this particular nanometal catalyst might only be useful in the hydro-deoxygenation process. The only way to determine that this particular catalyst can aid another process is by laboratory testing and simulation software. However, nanometal catalysts are really promising and will definitely play a significant role in the future of industrial processes. A potential future use of this particular nanometal catalyst could lie in recycling plastics. Plastics are polymers that mostly contain carbon as well as other compounds linked to it.[3] This nanometal catalyst aids the breaking of the carbon-oxygen bond which could possibly be useful for recycling purposes. [8] In general, nanometal particles already have numerous applications. One of the most important ones is in medicine. They can be used to deliver drugs to specific regions of the human body (mostly used for tumors), they can act as antioxidants or even treat people with chronic bacterial diseases.[9] An additional use of nanometal particles, is in electronics as they are being used to produce low-cost electrodes for fuel cells and are used as a coating to the anodes of