Affordable Natural Homes
Imagine a new homebuilding era. Out beyond ideas of right angles and hard lines, there’s a bioceramic dome. We’ll meet you there.
Bioceramic domes combine a breakthrough material science with nature’s most efficient geometry. Our sustainable home building technology will reduce the carbon footprint of housing by over 90%, mimic nature to optimize health, resist all kinds of extreme weather events, last for hundreds of years, and enable the leap onto a new housing affordability curve. Bioceramic domes are a new archetype of home that take advantage of a unique position in the future of regenerative home, village, and city building.
Held by the earth
Geoship brings natural materials together with natural geometry — so you can build the home you’ve imagined, with greater financial freedom, less carbon footprint, and a stronger connection to the earth.
Natural
Affordable
Healthy
Live outside the box.
Bioceramic domes optimize for health and wellbeingy by comprehending and copying nature. We eliminate the sources of toxicity in homes by mimicing nature’s light, water, and electromagnetic environment. The materials and geometry resonate biologically so your dome feels like your favorite nature sanctuary.
Dome Tech
100% Non-Toxic Materials
Entire dome made from bioceramic composites.
90% reduced carbon footprint
An order of magnitude more energy efficient.
Disaster resilient
Designed to be around for your great, great, great grandchildren.
The housing industry ain’t broke. It was designed like this.
A home on the land is your birthright.
But the industry counts homes and land as speculative goods. Average Americans can no longer afford homes in over 70% of the country.
You’re forced to rent or buy flimsy, toxic, and inefficient housing.
They tell you climate change is going to destroy life on Earth. And that it’s your fault.
Over 40% of global CO2 emissions come from building construction and operation.
You’re a being of light, water, and electromagnetic energy. Deeply connected to Mother Earth.
The housing industry doesn’t give two shifts about your bioelectric field. Or your Mother.
Over 50% of Americans suffer from chronic disease and studies show that 70% of chronic disease is environmental.
You dream of connection. To community. To the Earth.
The Roman Grid pattern disconnects us from one another and the natural world.
Loneliness has become an epidemic. It kills more people than smoking or obesity.
We’re ending this cycle of human suffering.
Geoship homes save you money, are better for the Earth, and way better for your health.
We’re not going to disrupt the housing industry. We’re gonna stand over it’s grave until we know the motherfucker is dead.
We start with a new material science. It enables mass production of amazing homes.
Bioceramic homes reconnect human communities with the natural world.
We give you the tools to gather your tribe and collaborate to design a village.
We hold your hand through the entire design-build process.
Finally, we do something the fat cat investors think is crazy.
We make every customer a shareholder.
We’re talking real ownership. Shares. You’re in on the ground floor of a high growth technology company.
This fundamentally reshapes the home building industry, and capitalism itself.
Your success becomes our success. This is the #futureofhome.
natural homes for everybody
natural homes for everybody
Steward Brand catalyzed a generation of inventors and innovators with his Whole Earth Catalog, which was an analog internet. The goal was to give people the tools to make a better world. He drew inspirtion from Buckminster Fuller, and shared his passion for seeing the individual as supremely important in creating a society that can live sustainably and abundantly on an ecologically basis.
The back cover of the last issue of said “Stay Hungry, Stay Foolish.” That tagline is a the mantra for Earth Loving innovators.
At Geoship we are hungry for a better world and are foolish enough to attempt the big, big mission of reinventing the housing market.
Steward Brand catalyzed a generation of inventors and innovators with his Whole Earth Catalog, which was an analog internet. The goal was to give people the tools to make a better world. He drew inspirtion from Buckminster Fuller, and shared his passion for seeing the individual as supremely important in creating a society that can live sustainably and abundantly on an ecologically basis.
The back cover of the last issue of said “Stay Hungry, Stay Foolish.” That tagline is a the mantra for Earth Loving innovators.
At Geoship we are hungry for a better world and are foolish enough to attempt the big, big mission of reinventing the housing market.
Earthshots require beautiful fools courageous enough to attempt the impossible and work toward sustainable society in the same way the moonshot of the 20th century required largescale efforts and lots of “hungry” individuals all working toward a common goal that seemed insurrmountable,
We invite you to come aboard as we build Geoship and attempt this housing Earthshot with us! At this stage we need capital, partners, and talented individuals. In the future we will need owner-builders, passionate customers, village builders, and regenerative fools.
Earthshots require beautiful fools courageous enough to attempt the impossible and work toward sustainable society in the same way the moonshot of the 20th century required largescale efforts and lots of “hungry” individuals all working toward a common goal that seemed insurrmountable,
We invite you to come aboard as we build Geoship and attempt this housing Earthshot with us! At this stage we need capital, partners, and talented individuals. In the future we will need owner-builders, passionate customers, village builders, and regenerative fools.
Materials
Bioceramic domes are based upon a new family of chemically bonded ceramic materials that were developed at US national labs. The new materials have already been commercialized and well proven in critical industries like nuclear, biomedical, and infrastructure repair. Bioceramic materials are highly crystalline, flash cure at room temperature, and bond tenaciously to almost all natural materials. Ceramic fiber composites can rival the strength of steel. The chemical composition and bonding properties are similar to bone (they’re used in the orthopedic industry as bone cement).
The raw materials can be harvested from many different waste streams including seawater desalination, wastewater treatment, EV battery mining waste, agricultural waste, and recycled glass. Dozens of formulations are possible that utilize different raw minerals. The most scarce raw mineral is phosphate. For context, it would take 2% of current annual US phosphate production, to meet 100% of current annual US housing demand. Unlike phosphate fertilizer, bioceramic homes will last for hundreds of years then be recycled. Other geopolymer materials, which do not require phosphate (such as carbon bonded ceramics and CSA cements) could also be utilized.
We are molding bioceramic/geopolymer components in factories. The components are assembled on site like lego blocks. Bioceramic dome structures do not use metal, wood, concrete, petrochemicals, or any conventional building materials. The frame, exterior skin, interior skin, and insulation are all ceramic materials combined with natural fibers and air. Ceramic homes can be simply repaired and resurfaced with the same ceramic material they’re made from. At end of life, the materials can be recycled into new ceramic homes.
Product
Bioceramic domes are based upon a new family of chemically bonded ceramic materials that were developed at US national labs. The new materials have already been commercialized and well proven in critical industries like nuclear, biomedical, and infrastructure repair. Bioceramic materials are highly crystalline, flash cure at room temperature, and bond tenaciously to almost all natural materials. Ceramic fiber composites can rival the strength of steel. The chemical composition and bonding properties are similar to bone (they’re used in the orthopedic industry as bone cement).
The raw materials can be harvested from many different waste streams including seawater desalination, wastewater treatment, EV battery mining waste, agricultural waste, and recycled glass. Dozens of formulations are possible that utilize different raw minerals. The most scarce raw mineral is phosphate. For context, it would take 2% of current annual US phosphate production, to meet 100% of current annual US housing demand. Unlike phosphate fertilizer, bioceramic homes will last for hundreds of years then be recycled. Other geopolymer materials, which do not require phosphate (such as carbon bonded ceramics and CSA cements) could also be utilized.
We are molding bioceramic/geopolymer components in factories. The components are assembled on site like lego blocks. Bioceramic dome structures do not use metal, wood, concrete, petrochemicals, or any conventional building materials. The frame, exterior skin, interior skin, and insulation are all ceramic materials combined with natural fibers and air. Ceramic homes can be simply repaired and resurfaced with the same ceramic material they’re made from. At end of life, the materials can be recycled into new ceramic homes.
Technology
Bioceramic domes are based upon a new family of chemically bonded ceramic materials that were developed at US national labs. The new materials have already been commercialized and well proven in critical industries like nuclear, biomedical, and infrastructure repair. Bioceramic materials are highly crystalline, flash cure at room temperature, and bond tenaciously to almost all natural materials. Ceramic fiber composites can rival the strength of steel. The chemical composition and bonding properties are similar to bone (they’re used in the orthopedic industry as bone cement).
The raw materials can be harvested from many different waste streams including seawater desalination, wastewater treatment, EV battery mining waste, agricultural waste, and recycled glass. Dozens of formulations are possible that utilize different raw minerals. The most scarce raw mineral is phosphate. For context, it would take 2% of current annual US phosphate production, to meet 100% of current annual US housing demand. Unlike phosphate fertilizer, bioceramic homes will last for hundreds of years then be recycled. Other geopolymer materials, which do not require phosphate (such as carbon bonded ceramics and CSA cements) could also be utilized.
We are molding bioceramic/geopolymer components in factories. The components are assembled on site like lego blocks. Bioceramic dome structures do not use metal, wood, concrete, petrochemicals, or any conventional building materials. The frame, exterior skin, interior skin, and insulation are all ceramic materials combined with natural fibers and air. Ceramic homes can be simply repaired and resurfaced with the same ceramic material they’re made from. At end of life, the materials can be recycled into new ceramic homes.
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