Biogas is a renewable energy source that consists of a mixture of different gases produced by the breakdown of organic matter. This process can only be created with an absence of oxygen during the anaerobic digestion process. Typically, biogas is comprised of primarily methane and carbon dioxide and is created from either the combustion or oxidization of methane, carbon monoxide, hydrogen, and oxygen. These processes release energy that can then be captured and used as an energy source. From waste treatment, production of bio-fertilizer, generation of renewable energy for transportation, heating, and electricity, improved water quality, and a relatively cheap production cost, the advantages of a biogas system are endless.
Though biogas seems like an obvious choice, it is not a perfect method. Since the system is typically run in large batches, it requires large amounts of organic wastes and a lot of space and time for the batches to sit and ferment. Currently, it is not a completely efficient system due to the lack of technologies to simplify and improve the process.

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Optimizing SO3 Systems in Multiple-Unit Plants

Duke Energy Beckjord: SO3

Installing separate SO3 flue gas conditioning systems on two units at Duke Energy's Beckjord Power Plant fixed ongoing struggles to maintain acceptable stack emission levels. Neundorfer provided one of the SO3 systems, and helped Duke Energy save mon ...

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"The greatest benefit is that we can now prevent emissions from ever exceeding established opacity limits, and it does not require our round-the-clock attention."

Alan Burck

Plant Engineer, Duke Energy Beckjord Station

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