Because many people still are not familiar with Monolithic Domes, one of the biggest hurdles proponents face when pitching this new technology is a lack of awareness. In Port Colborne, Ontario Canada, resident John Mitchell is making sure that city council members understand the many advantages that dome buildings have to offer.
Charter schools are known for their innovative curriculum and pioneering strategies. It is fitting, therefore, that the Career Success Charter High School in Phoenix has housed its newest campus in four monolithic domes. Located just east of downtown, the brightly colored structures are painted to look like planets - Earth, Jupiter, Saturn and Neptune. The buildings are also totally solar powered and equipped with the latest technology.
U.S. Rep. Ruben Hinojosa, D-Mercedes, was back in his home district recently handing out checks to local organizations that have qualified for federal grant money. Congressman Hinojosa also took the opportunity to tour a new Monolithic Dome school building that was funded by federal grant money last year - the Woodsboro gymnasium/community center.
You can’t successfully operate a blend plant in any structure. It takes a building specifically designed for that job. This ten-minute, easy-to-follow and understand video explains and illustrates the advantages of a Monolithic Dome designed and constructed as a blend plant. The video describes the technologically sophisticated process and formula used in Monolithic Dome construction. It also details Monolithic advantages, many of which simply are not available in other structure types. They include: disaster resistance, super insulation that prevents interior temperature fluctuations, strength and durability.
On a stretch of Interstate 35, in Central Texas between Waco and Waxahachie, is an enormous caterpillar. The curious stop to explore and come across Monolithic Dome Village. The caterpillar is a manufacturing warehouse; there are dome offices, dome storage buildings and upwards of 60 domes rented out as single person dwellings. I was informed that these buildings are ‘green’ in every way. They will withstand winds of 450 miles an hour (FEMA rates them as near absolute protection), they are environmentally friendly and have an R value of 60. Their lifespan is measured in centuries, they don’t burn, or rot, or get eaten by termites. I decided to sign up for the workshop that Monolithic offers to learn how to build them.
Within any building, many things affect air quality. Those things include carpeting, paint, paneling, furnishings, etc. Each or everyone can emit gases into the air that are bad for us. Organic materials within a building can harbor their own kind of bad stuff, such as mold, mites, bacteria, viruses, insects and even vermin.
So just what is the solution?
This is a familiar problem. Administrators of various building projects, but particularly schools, often come up with a general plan that allows them to keep making the building bigger and as square as possible. Reason: Have the least amount of surface exposed to the weather because the surface is what generally lets in the heat or the cold. But Monolithic Domes give us a new paradigm – an attractive, practical one. The actual heat loss through the shell of a Monolithic Dome is close to zero, so it is not part of the equation.
It’s important to understand why we use rebar (reinforcing steel bar) in concrete. It’s used to absorb tension forces in concrete, since concrete has very poor strength as a tension material. So correct placement of rebar is essential.
While attending high school in Idaho back in the late 1950s, I listened to a lecture given by Buckminster Fuller. He was promoting his Geodesic Dome. I was instantly fascinated with the concept of a building which, because of its shape, would cover more area with less materials than any other structure.
Time and time again, we’ve seen people confuse the Monolithic Dome, invented by David B. South and his brothers, with the geodesic dome popularized by Buckminster Fuller. eHow.com, which posts informative articles on more than 1 million different topics, recently shed light on the difference between the two structures in an article headlined “What Are Different Types of Domes?”
News Radio 1080 is one of the main sources for local news in the Dallas/Fort Worth area. Recently, the station launched a weekly segment called the Greener Side, which focuses on new green technologies and products.
If you’ve ever been to an inflation of a commercial dome structure, you know how exciting it can be to watch a huge Airform expand before your very eyes. For the students of Woodsboro Elementary, the excitement was contagious. During the recent inflation of their South Texas school district’s new multipurpose center, they got into the spirit by chanting: “Blow it up, blow it up.”
StockMarketsReview.com provides news coverage, analysis and research of world stock markets, commodities and currencies. The site also publishes articles provided by experts of leading brokerage and investment companies.
Your Energy Minute is a blog sponsored by the Energy Education Foundation and the SayYesToGreen.org initiative. It was created to provide consumers with energy news, clean energy resources, conservation tips and strategies and the latest updates on energy policy.
As relief organizations prepare to begin reconstruction efforts in Haiti and Chile, a Texas-based company is hosting a five-day workshop to teach attendees how to build the earthquake-resistant, concrete structures that have proven to be a viable solution for countries around the world.
WHAT: Construction crews building a new multipurpose dome building for Woodsboro Independent School District will be turning heads on Wednesday, August 25 (weather permitting) when they use giant fans to inflate a huge balloon, known as an Airform to create the shape of the building, which will double as a community disaster shelter.
With little concern about hearing anything that might impact her life, in 2008 Lynda Eggimann, a real estate investor in Pocatello, Idaho, attended a real estate conference. But there she learned about Monolithic EcoShells and their ability to survive earthquakes. Lynda immediately thought about Peru, a country she knew well and visited frequently, that included loved ones, and that suffered from devastating earthquakes and poverty.
The Next Big Future is a web site that reports on new technology and science that can “impact the future course of civilization.” It covers a variety of topics ranging from new university research to economic forecasts. A recent post focused on the home of the future - the Monolithic Dome – and specifically on the EcoShells that are being constructed in developing countries around the world.
Companies need secure buildings – especially if they host computer systems and store data. Monolithic Domes make secure, solid, permanent facilities that can withstand tornadoes, earthquakes, wild temperature fluctuations and even rifle fire.
Although a deadly tornado can strike anywhere, about half of all fatalities occur in manufactured homes, according to the National Severe Storms Laboratory. But residents of Summit Ridge Estates, a manufactured home development in Pataskala, Ohio don’t worry too much about storms these days. That’s because they have a Monolithic Dome storm shelter on their property that provides a safe haven when severe weather strikes.
When it comes to interior walls, plumbing, electrical and finish-out, a Monolithic Dome home and a traditional one are virtually the same. But there the similarities end.
Monolithic has a 25-page manual that details the start-to-finish steps for building an attractive, permanent and economical concrete fence. It comes with diagrams and photos of the construction process and includes a discussion of shotcrete and concrete design mix.
At one time, Joel Emerson, a professional, creative brick mason, jokingly told Debbie, his wife, that someday he would build her a brick igloo. In the years that followed, Joel learned about Monolithic Domes, and in 2003 he attended a Monolithic Workshop. So what started as a casual joke became a serious project – with a little modification: Joel’s original brick igloo became a Monolithic Dome enhanced with brick.
Like most of the Caribbean islands, St. Lucia is vulnerable to hurricanes. On the average, a severe storm brushes the area about every four years. The last one was Hurricane Dean, which blew by with 100 mile per hour winds in 2007 and tore many roofs away, even in the elegant community of Vigie, Castries where residences are supposed to be built well. The area’s vulnerability to hurricanes is one of the reasons that real estate developer John Craciun is looking to build Monolithic Domes in St. Lucia and the wider Caribbean.
A Thursday evening in September was quiet until the Fire Department and Sheriff’s Department were called to a fire in one of our rental domes. But the interesting part of this story is that the fire, inside the dome, extinguished itself!
The Monolithic Dome is as fire safe as you can build. The outside cover fabric can be damaged by fire. It can be covered using coatings, but if we are building in a high fire area, we recommend that the exterior of the dome get a 2” coat of concrete as well. Where we have done that, fire has passed right over the dome with virtually no damage.
There is an old saying: “If you do not want concrete to crack leave it in the sack.” We subscribe 100% to that saying. So, what we do is control the effects of cracking by using reinforcing steel and/or other reinforcing such as basalt. Basalt rebar is relatively new, but as a replacement for steel rebar because it has the advantage of not rusting.
The obvious answer is yes. Can you make it cheaper? Not in our opinion. One such process suggests inflating an EcoShell II Airform, applying stucco, foam, rebar and concrete, then peeling off the Airform so it can be reused. In Monolithic’s very early days, we peeled off Airforms for reuse.
Two Monolithic Domes endured and survived Hurricane Keith’s rampage virtually unscathed! They are the Monolithic Domes at the Xanadu Island Resort owned and managed by Ivan and Judy Sheinbaum on Ambergris Caye.
Xanadu – Samuel Taylor Coleridge coined that name for his imagined paradise in 1797. Some two hundred years later, Ivan and Judy Sheinbaum began creating their Xanadu – a Monolithic Dome tropical island resort on Ambergris Caye in the West Caribbean nation of Belize.
A Monolithic Dome home in Wisconsin will be featured on an upcoming episode of This New House a 13-part series that premiers on the DIY Network this summer. The episode, scheduled to air on Thursday, August 5 at 8 p.m,, will focus on the unique approach used to build the energy-efficient and disaster resistant dome home that overlooks Lake Michigan in Manitowoc.
Yes, Monolithic Dome buildings comply and exceed all of the usual building codes in every way. In many cases the Monolithic Dome can be placed immediately adjacent to other buildings because of its superior fire code conformance. This can be really important in commercial buildings, schools, and churches.
Concrete is a fantastic construction material. However, the real strength of concrete is in compression. In tension, concrete has little reliable strength. We make up for lack of tension strength by using reinforcement. We have learned that steel reinforcement bar (rebar) adds the best tension strength for the lowest cost of any reinforcement material. Many other reinforcements are available.
We encourage our customers to stay away from using gas in a Monolithic Dome — either propane or natural. Domes are very tight. Any leakage from gas appliances can accumulate in the dome which can produce health problems.
Yes, the Monolithic Dome is much more airtight than a conventional building. This has obvious energy efficiency advantages. However, it also creates the need to provide for fresh air into the home.
For plumbing, there is no difference. All homes, including domes, run sewer and water pipes in the interior walls of the home. There is no reason to penetrate the dome wall other than for a garden hose connection and vents.
Building on permafrost is tricky for any type of construction. The Monolithic Dome has some advantages. First it is much stronger than most buildings. And it is “Monolithic” or “one piece.” So if we can get it held up it will stay together through wind or weather or earthquakes. A few ways to make it work are listed.
For all intents and purposes you can bury a Monolithic Dome as deep as you want. Near the Rio Grande there is a 30 foot dome buried 28 feet underground. A heavily loaded dome tends to become like a cookie cutter, therefore, the footing must be wider to sustain the load. The structure itself needs a little more strengthening, too.
Yes, but we do not recommend it. A basement is an uninsulated, concrete structure built using an expensive “forms” process. Then you build an insulated, concrete dome on top using a very efficient construction process. This is redundant and wasteful. It is easier, less expensive, and usually much better to build a larger dome.
Yes, but carefully consider your options. In a Monolithic Dome a second floor will probably not save any money. A series of low-profile domes connected together and using only one floor can have the same floor area at a similar cost. A second floor may be appropriate because of the cost of land or the purpose of the building, or you may simply prefer a multi-story building.
No, you do not have to build the dome yourself. Approximately 2500 prospective builders have attended our training classes and there are others who learned to build from our Training Pak. Many are now in the dome building business. We have names of several builders that would gladly help you build anywhere. We may also direct all work for you.
Usually the air-conditioning system in the home will be adequate to take care the humidity. If no air-conditioning is required consider using a dehumidifier.
Yes, you can learn how to be your own Monolithic Dome builder! Training workshops are held at Monolithic Dome Institute headquarters just 50 miles south of Dallas at Italy, Texas.
David South, President of Monolithic Dome Institute, Inc., says, people who are just thinking about building a Monolithic Dome home, but don’t know if they can afford to, need some convenient stopping points. So, MDI has initiated two different programs to do just that.
Monolithic Domes can be built quite quickly. In general it takes about six to eight weeks to get the Airform ready. Then about two to four weeks to build a house sized dome shell. Large buildings require about six to ten weeks.
The Airform, used to form the shape of the dome during construction, is left on as an outer covering and first line of defense for a Monolithic Dome. It protects the polyurethane foam from the UV radiation of the sun and repels rain, snow, and more. The Airform takes a lot of abuse and requires care. It needs to be coated within five to ten years after a dome home is finished.
Yes! From north of the arctic circle and down to the equator, in deserts and the tropics, the Monolithic Dome has excelled in all environments. In fact, the less hospitable the environment, the more you need a Monolithic Dome.
There is so much variety in sizes, shapes, and uses of the Monolithic Dome that developing a general price sheet is impossible. Even within a single category such as homes, costs can vary drastically. A small, one bedroom home may cost only $45,000 where a three bedroom home, complete with chandeliers and gold plated faucets, could cost $500,000. What you put in your home is as important to its cost as whether you build a dome or a conventional structure. In an effort give a general idea of how much domes usually cost we have compiled the following guidelines. But just like your home, one size does not fit all. Click here to read more about the True Cost of a Dome Home.
When you call for insurance on a Monolithic Dome, you have to remember the agent will not have a page in his book for Monolithic Domes. He will have a page for an “all masonry constructed” building. The buildings are constructed with reinforced concrete walls and roof.
“Living Round” is a research project that earned an “A” for Julie Brown, who compared some popular residential construction methods and concluded that none surpassed the Monolithic Dome.