“Whoever built that ought to be shot!” So said Marilee Byrne the first time she saw a Monolithic Dome. Now, nearly twenty years later, Marilee often recalls that story as she welcomes visitors to her spacious dome home in Italy, Texas, designed by Larry Byrne, Marilee’s husband and MDI’s vice president of marketing and design. The interior of this Monolithic Dome dream home consists of 2660 square feet in three domes, with diameters of 30, 40 and 32 feet.
Dennis A. Quan currently works as Benefit Cost Analyst/Engineer with James Lee Witt Associates, the emergency preparedness and management experts of GlobalOptions Group. His past positions include Emergency Manager with the State of Florida, Division of Emergency Management and Hazard Mitigation Engineer/officer with FEMA. That experience has prompted Mr. Quan to complete a thought-provoking report about the strength and endurance of structures during natural disasters.
“Park University is a modern-day pioneer, exploring, expanding and extending its programs,” said Dr. Donald Breckon, president of this 120-year-old, unique college in Parkville, Missouri. Built among bluffs and wooded hills, Park University overlooks the Missouri River. That, in itself, is not unusual. But buildings constructed largely of limestone mined from below the campus is, and that’s just what Park College has at its home campus.
Why and how do two interconnected Monolithic Domes, one with a diameter of 60 feet and a height of 22 feet and the second measuring 50 feet by 16 feet, begin as a research project and develop into an earth-bermed, spacious, dream home and attached garage? Andrew South, vice-president of South Industries, Inc. and the happy owner of this Monolithic Dome home, said it all began nearly eight years ago.
At first glance, when you drive up to what you think is Al Schwarz’s Monolithic Dome home in Ferris, Texas, what you see is a door, sticking up inside a concrete arch, that’s covered with rocks and surrounded by more rocks. “Is that the entrance?” you wonder. Once through that door, you go down a slate staircase that spirals over an aquarium and down into the main dome with living, dining and kitchen areas. You are underground — literally standing inside a hill — but if you hadn’t gone through that door and down those stairs, you wouldn’t know it. It’s comfortably cool and light inside this dome that’s inside of a hill — like being inside any quiet, nicely lighted, restful, Monolithic Dome home.
While Monolithic Domes are growing in number every day, they remain a novelty to most people. That’s why when two domes went up alongside the highway between Orlando and Tampa recently, curious passersby began to wonder just what was inside those buildings.
KDAF-TV, The 33, a television station in the Dallas/Fort Worth area, sent a news crew to the Monolithic Dome Institute to find out why dome buildings are considered so environmentally friendly.
“A very satisfying experiment!” That’s how Rick Crandall, MDI’s consulting architect, describes the construction of his new Monolithic Dome home in Lehi, Arizona, that he and wife Melody call Le Chateau de Lumiere or Castle of Light. Rick readily admits that between January 3, 2000 and January 3, 2001 he and Melody and their contractor Robert Johnson of Stetson Construction were not just building another Monolithic Dome home. “The purpose of this project was to do things that had not yet been done in other domes,” he said. “We had three goals — or areas of testing.”
Will your dream home be a star performer, an Energy Star performer, that is? It’s not a question many folks ask as they plot and plan a home. Cheryl Roberts, proud and happy owner of a Monolithic Dome home in La Junta, Colorado, didn’t. But then Cheryl learned that her qualification for a low-interest mortgage through CHAFA, the Colorado Housing and Finance Authority, depended on her Monolithic Dome’s E-Star rating.
Debbie and Tom Garlocks’ reasons for wanting this Monolithic Dome home were as unique as the residence itself. He wanted disaster resistance, sturdiness, self-sufficency, energy-efficiency and low maintenance. But she was attracted by its 3800 square feet of living space, its waterfall, greenhouse and hydroponic garden.
We are often asked, “Why is the Monolithic Dome “Green?” As an answer to this question, we have outlined three of the most salient “green” points: Sustainability, energy efficiency, and use of green materials.
The EPA and the American Lung Association recommend that, in all cases, proper ventilation be present in the home, before purchasing an air cleaner of any kind. The experts all agree that the most effective way to reduce indoor pollution is to ventilate — remove polluted air and replace it with fresh, outdoor air. However, during the winter or summer, the cost of adequate ventilation almost equals heating and cooling the neighborhood — except with the RecoupAerator, Model 200 DX.
Vista Dhome, the luxurious Monolithic Dome dream home of Mrs. and Dr. Al Braswell, survives a devastating, California fire that wreaked $2.5 million in damages.
Louisiana residents know all too well what a hurricane can do to traditional stick and brick homes.
On Thursday, September 4th, Al Schwarz’s earth-sheltered, Monolithic Dome home, called Robot Ranch and located in Ferris, Texas, will be featured on the new HGTV series Extreme Living.
Soon, Oklahoma will have two more dome schools. Dibble Public Schools, near Norman, and Geronimo School District, outside of Lawton, both have new educational structures under construction.
You will hear a lot more about our new Paxis Scaffold in the future on Monolithic.com, but in the meantime I will post some raw video clips. It’s hard to describe how nice this scaffold is, but with the new drive motors and the 10′ stance, this scaffold makes one of the sturdiest, safest platforms I have ever seen.
The new paxis scaffold was a huge success, even though there are a few things that we are going to do differently. The one thing that we didn’t expect, was that it was so heavy that it started to make some pretty substantial ruts in the ground. We have been toying around with a few different ideas. First, I think we will pour a concrete circle in the middle of the dome so that the pivot point and tires have a harder surface to rotate on. Secondly, I think we will try to find some wider tires for the outside wheels, and change the way the motor is mounted so we have more ground clearance.
Problem: Scaffold an 88 foot dome that has only 4 36″ standard doors?
Solution: Expand our already proven Polar Scaffold to fit that size of a dome.
Through the years of dome building we have always been playing a guessing game when it comes to reinforcement. So we finally found a way to find out once in for all, what is happening in these domes?