首页> 外文会议>ASME international conference on energy sustainability;ES2009 >INTEGRATED WIND, SUN, FOSSIL, BIOMASS AND NUCLEAR FOR ENERGY SUSTAINABILITY
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INTEGRATED WIND, SUN, FOSSIL, BIOMASS AND NUCLEAR FOR ENERGY SUSTAINABILITY

机译:集成风,太阳,化石,生物质和核能,实现能源可持续性

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The Advanced Hydrogasification Process (AHP) is being developed at Arizona Public Service (APS) to utilize the America's abundant western coal supply to address concerns of diminishing domestic oil and natural gas resources as energy providers, while also incorporating a renewable energy and reducing greenhouse gas emissions. The AHP utilizes coal as a source for carbon, and hydrogen produced by renewable energy in the hydrogasification process to produce substitute natural gas (SNG) that can be fed to existing natural gas pipeline. The hydrogen will be produced through water electrolysis using wind firmed with off peak nuclear/coal electricity. The CO_2 produced from the process will be recycled through biological approach - algae farming. With water and sun, algae will convert CO_2 into starch, protein and lipids by photosynthesis.
机译:正在在亚利桑那州公共服务(APS)中开发了先进的水解化过程(AHP),以利用美国丰富的西方煤炭供应,以满足将国内石油和天然气资源减少为能源供应商的担忧,同时还采用可再生能源和减少温室气体排放。 AHP利用煤作为碳的源,通过可再生能源在水溶液过程中产生的氢,以产生可馈送到现有天然气管道的替代天然气(SNG)。氢气将通过使用截止峰核/煤炭电力的风电解产生水电解。从该过程中产生的CO_2将通过生物方法 - 藻类进行再循环。用水和阳光,藻类将通过光合作用将CO_2转化为淀粉,蛋白质和脂质。

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