Development of design a drop-in hydrogen fueling station to support the early market buildout of hydrogen infrastructure

•Combined Hydrogen, and Power (CHP).•Energy saving and alternative fuel of the products are determined.•Hydrogen fueling infrastructure.•H2 system reduces the greenhouse gas emissions and fuel consumption.

This paper provides a design of a drop-in hydrogen fueling station. Drop-in stations are expected to be an important factor in the introduction of hydrogen fueling infrastructure. The stations not only allows a streamlined introduction of hydrogen in the vehicle fueling infrastructure, but also, acts as mini pilot plants that can allow for detailed control studies. The effect of the location and availability of utilities, the closeness to residential area, unintended safety concerns, people outlook towards hydrogen, etc. are some of the factors that can be readily studied with such drop-in stations. The proposed design of a drop-in station mainly considers off-the-shelf items and is conceptualized to be implemented at the Missouri University of Science and Technology. The modular design approach, with the off-the-shelf items allows for a design with the capability of mass production, and ease in transport and integration.

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