Global warming has caused ice floes in the Arctic to melt, the platforms where polar bears live and prey have almost completely disappeared, and long-distance swimming increases the risk of drowning. The "ice seed project" is a floating platform that can make ice under the sea.
The "Ice Program" device is divided into a floating module and a power module. The two modules can be spliced and combined into different forms to adapt to the complex environment of Arctic sea ice. The modules operate together and are rapidly deployed. They also provide functions such as monitoring Arctic organisms, shooting documentaries, and attracting phototaxis fish. The device uses the abundant sunlight in the polar region as energy source, uses the low temperature in the polar region and the impurities rich in seawater, and gradually condenses into underwater glaciers under the platform along the enrichment rope through desalination, calcium electrolysis, enrichment and other auxiliary seawater, thus creating a mobile platform with sufficient buoyancy for polar bears, providing habitat, swimming foothold and predator platform, and at the same time increasing the volume of floating ice to alleviate the environmental problems caused by glacier melting.

Due to long-term global warming and the impact of human activities, the temperature in the Arctic has risen sharply, and the Arctic ice floes have melted. Especially in summer, the ice platform where polar bears live and prey has almost completely disappeared, and long-distance swimming has increased the risk of drowning. Seriously endanger the survival of polar bears.
Arctic ecologists have predicted that if climate warming continues unabated, the disappearance of sea ice will lead to the decrease or disappearance of the entire polar bear subpopulation.

The "Ice Seed Project" is a floating platform that can make ice underwater. Using the polar rich sunlight as energy, the low temperature of the polar region and the impurities rich in the sea water are used to gradually condense the sea water into underwater glaciers, providing polar bears with an ice habitat on which to survive.
As a clean and pollution-free renewable energy, solar energy provides electric energy for the device, so as to carry out ice making activities of auxiliary platforms such as desalination, calcium electrolysis, enrichment, etc., and can supply power for each functional module.

The ice species plan is divided into a floating module and a power module. The two modules can be combined into different forms to adapt to the complex sea ice environment in the Arctic through magnetic attraction splicing. The power module can push the floating module to move on the sea surface.

The release of the gravity ball causes the enrichment rope to fall, and the condensation nuclei of impurities in the seawater accumulate to promote the freezing of the seawater. The ice will gradually grow along the enrichment rope and eventually become a large glacier, providing enough buoyancy for the polar bear's habitat.

There are cameras and sensing devices for staff to remotely monitor the state of the surrounding environment, control the destination and moving path, and can shoot life documentaries for polar bears.

The "ice seed project" sea ice platform provides polar bears with ice habitat, swimming foothold and predator platform, while increasing the volume of floating ice to alleviate the threat of climate warming and glacier melting.