Housing Projects
CONSTRUCT A MODEL DWELLING USING NATURAL AND RECYCLED MATERIALS
The Foundation will build a small home by using materials from the farm and the community, and recycled materials wherever possible. Our intention is to make the smallest possible global impact.
The materials available are wood, rock, earth, sand and gravel. Recycled materials are tires, salvaged steel, and metal roofing from other building projects. This will include materials that are normally disposed of in a landfill. Materials made in the region include tile, fabric, and cement. The remaining materials will be brought in from outside Costa Rica with preference given those manufactured in Central America, Mexico and South America.
The mission is to design a home that is integral to the environment and relies on the earth’s properties for comfort and functional needs.
To shelter humans, the home needs light, warmth, ventilation, water, cooking fuel, and a means of waste disposal.
The design team will combine elements from other projects that have utilized earth filled tires and cement beams as structural walls. Light and ventilation will be obtained from placement of fixed glass, skylights, windows and doorways. Cooling is from the earth mass and prevailing breezes, and heat for air and water will come from the sun.
Domestic water will be trapped in a cistern or concrete tank for initial use and recycled.
Electricity will be generated by solar photovoltaic and a hydropower generator. Energy will be stored in batteries and used to power the 12 volt electrical systems.
The project will borrow ideas from every available source and determine what works best at this site.
This will be a hands on project built by volunteers, students, local craftsmen and by visitors who stop by to see what we are doing.
The planning stage is critical and will require input from many different sources, including builders and suppliers.
We are excited about the possibilities and welcome your comments and participation.
The materials available are wood, rock, earth, sand and gravel. Recycled materials are tires, salvaged steel, and metal roofing from other building projects. This will include materials that are normally disposed of in a landfill. Materials made in the region include tile, fabric, and cement. The remaining materials will be brought in from outside Costa Rica with preference given those manufactured in Central America, Mexico and South America.
The mission is to design a home that is integral to the environment and relies on the earth’s properties for comfort and functional needs.
To shelter humans, the home needs light, warmth, ventilation, water, cooking fuel, and a means of waste disposal.
The design team will combine elements from other projects that have utilized earth filled tires and cement beams as structural walls. Light and ventilation will be obtained from placement of fixed glass, skylights, windows and doorways. Cooling is from the earth mass and prevailing breezes, and heat for air and water will come from the sun.
Domestic water will be trapped in a cistern or concrete tank for initial use and recycled.
Electricity will be generated by solar photovoltaic and a hydropower generator. Energy will be stored in batteries and used to power the 12 volt electrical systems.
The project will borrow ideas from every available source and determine what works best at this site.
This will be a hands on project built by volunteers, students, local craftsmen and by visitors who stop by to see what we are doing.
The planning stage is critical and will require input from many different sources, including builders and suppliers.
We are excited about the possibilities and welcome your comments and participation.
Had we tried to process the compost all at one place, or at several places, we would have had to haul both the mangos, and the soil and organic material to cover it, to aid in the decomposition. Additionally, because the work would be done outside we would have attracted rodents, that are found here on the farm such as rats, mice, skunks, and armadillos. It also would attract birds, flies and mosquitoes. Also, such large-scale composting produces excess heat, biogas and odor that becomes unpleasant as the fruit decomposes.
Because of the 20 cm of rain that we received most weeks the mangoes would have become a wet mush and the oxygen necessary for decomposition would have been drowned out.
Because of the 20 cm of rain that we received most weeks the mangoes would have become a wet mush and the oxygen necessary for decomposition would have been drowned out.
