An offshore mobile farming and hydrogen production equipment

Abstract

The invention provides a kind of offshore mobile farming and hydrogen production equipment, including a platform, a net, a deck and hydrogen production facilities; the geometric shape of the platform is polygonal, and it consists of several hollow columns, several main beams, several secondary beams, and several cross braces. and several hollow sinking pads to form a frame steel structure, the length and width of the platform are greater than its height; the deck is fixed on the secondary beam, the hydrogen production facilities are set on the deck, and the netting is connected to the bottom and side of the platform At least one breeding space is defined in the platform; all the sinking pads and all the uprights communicate internally, and the platform can be switched between the sitting mode and the floating mode by injecting water and draining water in the uprights and the sinking pads . The invention can not only provide a huge space for fish farming, but also skillfully use the existing offshore wind farms to prepare green hydrogen, and provide a way of thinking for the problem of offshore wind power consumption.

Description

technical field [0001] The invention relates to the field of offshore hydrogen production and aquaculture, in particular, to a mobile offshore aquaculture and hydrogen production equipment. Background technique [0002] With the increasing consumption of fossil fuels, their reserves are decreasing, and one day these resources will be exhausted. It is urgent to find a new energy source that does not rely on fossil fuels and has abundant reserves. From October 2017 to August 2018 alone, five countries including Japan, South Korea, the United Kingdom, France and Australia launched a series of national strategic plans or large-scale projects related to hydrogen energy development. These plans and projects involve hydrogen production, The entire hydrogen energy industry chain including hydrogen storage and hydrogen energy application. At present, most of the marine aquaculture systems are located in coastal shallow waters, most of which are less than 20 meters deep, with single ...

AI Technical Summary

Problems solved by technology

Considering the high return rate of fish farming, if fish farming and offshore hydrogen production can be combined, it is expected to increase economic benefits. Therefore, how to organically combine fish farming and offshore hydrogen production has become the key. At present, there are still Failure to have the equipment to combine the two

Images