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Title: Innovations of Zhengmeng Hou in Biochemical Conversion and Energy Storage
Introduction
Zhengmeng Hou is a notable inventor based in Henan, China. He has made significant contributions to the fields of biochemical conversion and energy storage. With a total of 2 patents, his work focuses on innovative methods that address environmental and energy challenges.
Latest Patents
One of Zhengmeng Hou's latest patents is titled "Method for cyclic biochemical conversion of carbon dioxide and hot gas cogeneration in depleted oil and gas reservoir." This method involves selecting a target depleted oil and gas reservoir, adjusting its temperature, and injecting a mixture of carbon dioxide and hydrogen to facilitate the conversion of these gases into methane. The process includes several steps, such as detecting the presence of methanogenic archaea and exploiting the resulting methane and heat energy.
Another significant patent is the "Coupling numerical simulation method for site selection of underground salt cavern hydrogen storage." This innovation relates to the establishment of underground salt cavern energy storage. It involves obtaining geological data, creating a three-dimensional model, and simulating the excavation process. The method couples various models to simulate the stress, hydraulic, and thermal behaviors of rock layers surrounding the storage area.
Career Highlights
Zhengmeng Hou has worked at prominent institutions, including Zhengzhou University and Southwest Petroleum University. His academic and research endeavors have contributed to advancements in energy solutions and environmental sustainability.
Collaborations
Zhengmeng has collaborated with notable colleagues, including Liangchao Huang and Jianhua Liu. Their joint efforts have furthered research in their respective fields.
Conclusion
Zhengmeng Hou's innovative patents and career achievements highlight his commitment to addressing critical energy and environmental issues. His work continues to inspire advancements in biochemical conversion and energy storage technologies.