🏨Addressing Homelessness

Passive Solar Skyscrapers

Imagine a world where homelessness is a thing of the past - where communities have access to sustainable, self-sufficient housing that not only meets their basic needs, but also provides them with the tools to grow their own food and access healthcare. This dream is becoming a reality with the advent of Dream Habitat's patented passive solar skyscrapers. These innovative buildings are designed to harness the power of the sun, wind, and water to create a closed-loop system that is efficient, eco-friendly, and self-sustaining.

Key Features

They feature integrated aquaponic systems that allow for the cultivation of fish, plants, and mushrooms, as well as CO2 and O2 gas exchange and evaporative cooling. They can be built off-grid in both urban and desert areas and are constructed from sustainable materials like salvaged steel from natural disasters and rammed earth. Not only do these buildings provide a sustainable living solution, but they can also incorporate healthcare facilities, making them a COVID-proof alternative for housing and food production. Built-in composting systems are employed for waste and wastewater treatment. These skyscrapers are not only a solution to the homelessness problem but also a step towards a more sustainable future.

How it would work

The revolutionary design of this building captures oxygen that rises from the food forests and plant production system in the sun-facing atrium, using an evaporative cooling system located at the top. This system is strategically placed at the top of the water wall or thermal battery, separating the O2-producing section of the building from the CO2-producing section, such as the areas occupied by humans, mushrooms, and fish. The evaporative cooling system not only cools but also moistens the air for the CO2-producing section, located on the shaded side of the water wall. The result is a closed loop system that cycles CO2 and O2, hot and cold air, moist and dry air. The natural air ventilation is provided by automatic temperature-controlled vents on the lower south and upper north sections of the building to control the temperature inside the building. This unique design allows for optimal absorption of CO2 by the food forests and plant production systems, creating a sustainable and self-sufficient environment.

Passive Solar Houses

Our revolutionary passive solar houses offer a solution to homelessness by providing sustainable and self-sufficient housing. Not only do they meet the basic needs of those without a home, but they also empower them with the ability to grow their own food. Utilizing the natural resources of the sun, wind, and water, these homes have been engineered to form a closed-loop system that is not only efficient but also environmentally friendly and self-sustaining.

Key Features

Imagine living in a house that not only provides a sustainable living solution, but also generates energy and food production. These houses feature integrated aquaponic systems that allow for the cultivation of fish, plants, and mushrooms, while also facilitating CO2 and O2 gas exchange and evaporative cooling. Constructed from sustainable materials like salvaged steel from natural disasters and rammed earth, they can be built off-grid in both urban and desert areas. Built-in composting systems are also employed for waste and wastewater treatment, making them not only a solution to the homelessness problem, but also a step towards a more sustainable future. Imagine the possibilities of living in a home that not only provides for your basic needs, but also contributes to the environment and community.

How it would work

Our cutting-edge house design harnesses the power of nature to create a sustainable and self-sufficient environment. The sun-facing atrium captures rising oxygen from the plant production system, using an evaporative cooling system located at the top. This system is strategically placed at the top of the water wall or thermal battery, separating the oxygen-producing section of the house from the carbon dioxide-producing section, such as the areas occupied by humans, mushrooms, and fish. The evaporative cooling system not only cools but also humidifies the air in the carbon dioxide-producing section, located on the shaded side of the water wall. This creates a closed loop system that cycles carbon dioxide and oxygen, hot and cold air, moist and dry air within the house. Automatic temperature-controlled vents on the lower south and upper north sections of the house provide natural air ventilation, ensuring optimal temperature control inside the house. This unique design allows for maximum absorption of carbon dioxide by the plant production systems, making for a truly sustainable and self-sufficient environment.

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