ARBOK-Arctic technology offers a groundbreaking solution for regions with limited traditional fuel sources but abundant snow, such as northern latitudes or remote areas like Antarctica.
Housed in a 40-foot container, the installation utilizes snow as a fuel, coupled with a minimal amount of electricity (4 kWh), to generate 60 kW of thermal energy, heating water to 60 degrees Celsius.
Functioning as a heat pump under precise thermodynamic conditions, the installation extracts hot water from snow at a ratio of 1:10, providing a substantial amount of hot water for heating large spaces and diverse water-related needs. Notably, the ARBOK-Arctic installation is self-sufficient, requiring no additional consumables.
ARBOK-Arctic technology represents an innovative and sustainable approach to heat generation in snow-rich yet resource-limited environments.
Efficient Snow-to-Heat Conversion:
ARBOK-Arctic Keeps You Warm Sustainably:
ARBOK-Arctic’s snow-to-heat conversion process, offering a sustainable way to stay warm even in harsh environments.
Revolutionizing Heating with Snow:
ARBOK-Arctic’s Green Innovation:
ARBOK-Arctic’s snow-powered heating technology, appealing to those interested in cutting-edge, environmentally friendly solutions.
Snow-Powered Heating:
ARBOK-Arctic’s Eco-Friendly Solution:
ARBOK-Arctic’s heat generation technology, appealing to those seeking sustainable heating solutions.
Provides a sustainable and reliable heat generation solution for remote communities and those in northern latitudes where traditional fuel sources are scarce.
Supports heating needs in facilities located in Antarctica, leveraging the abundance of snow to generate heat in an energy-efficient manner.
Serves as an efficient heat generation system for Arctic research stations, ensuring a continuous and environmentally friendly energy source.
It is ideal for off-grid locations and areas with limited access to conventional energy sources, offering a self-sufficient and eco-friendly heating solution.
Facilitates heat generation for accommodations and facilities in winter tourism destinations, contributing to sustainable and environmentally conscious operations.
Suitable for industries operating in snow-rich environments, such as those dealing with snow sports, winter resorts, and related businesses.
Supports heating requirements for temporary structures and exploration bases in Arctic/Antarctic regions during research and exploration missions.
Provides an alternative heat generation method for cold storage facilities in snow-abundant regions, ensuring temperature control without relying on traditional energy sources.
Empower industries operating in resource-limited environments by offering an innovative and sustainable approach to heat generation.
Contributes to environmentally focused research initiatives, aligning with the goal of utilizing abundant snow as a clean and renewable fuel source.
