Recently, reporters learned from relevant departments of the State Intellectual Property Office that the artificial room-temperature snow project led by "science and technology worker" Sun Yinguai has been successfully tested in Beijing. The technical standards, equipment, and system performance involved have all passed experimental testing, earning multiple certifications for technological innovation and patented inventions.
It is understood that artificial room-temperature snow innovatively uses leading global ceramic technology to encapsulate fixed nucleating agents, achieving a sparkling white appearance along with a certain degree of lubrication and agglomeration properties. Testing has shown that artificial room-temperature snow scores zero in water solubility, oxidation, frost erosion, and alkali erosion, with a usable lifespan of up to several hundred or even a thousand years. It can be perfectly applied in ski resorts and other snow- and ice-based areas and projects.
Traditional ski resorts are constrained by climate and mostly rely on artificial snowmaking to sustain operations, but they are also affected by physical conditions, geography, and climate. The emergence of artificial room-temperature snow breaks this bottleneck—fundamentally addressing the issues of short operational cycles and high geographical requirements of traditional ski resorts, allowing skiing enthusiasts to enjoy the thrill of skiing all year round. Sun Yinguai stated that after 17 years of persistent research, the project has finally achieved a technological breakthrough and is about to enter mass production. The world’s first all-season ski resort is also under active preparation.
In response, industry insiders in the tourism sector pointed out that the advent of artificial room-temperature snow will effectively promote the nationwide popularization of skiing projects, further stimulating the development of tourism-related businesses in skiing and associated industries, and becoming a new growth point for the tourism economy.