Monolithic Fertilizer Storage for Farmland Industries, Inc.

The modern, two Monolithic Dome, dry fertilizer storage facility of Farmland Industries, Inc. An advanced computerized system allows a small crew run the facility. The Monolithic Dome is very good at keeping the stored material dry and the concrete walls of the dome also resist the corrosive effects of the fertilizer.

Farmland Industries, the largest cooperative of farmers and ranchers in North America, completed a two-dome facility for storage of dry fertilizer in Sergeant Bluff, Iowa. The larger dome is 120’ in diameter and 60’ high, while the smaller is 115’ in diameter and 58’ high.

Dometown, USA

Insurance and energy will cost far less. And they will last for centuries.

MDI president David B. South and retired architect Rick Crandall gazed into their crystal ball and did some informed speculating on life in a future community called Dometown, USA. Their shared thoughts are thought provoking!

Sample Monolithic Dome School Pricing

Crockett, Texas: This Monolithic gymnasium and tornado shelter with 24,500 SF was partially funded by FEMA and will be completed in late 2013.

Today’s schools have two relatively new, major problems: 1) How to keep students safe; 2) How to design and maintain a campus that provides what the community needs and does it affordably.

Financing Monolithic Dome Homes

Monolithic Dome homes cut energy costs by a minimum of 50%. The government wants us to save energy, but will not allow loans for Monolithic Dome homes.
  Home of Monolithic President, David B. South.

Since the fall of 2007, financing homes, especially Monolithic Dome homes, has become a big problem. The federal government, determined to keep the banks from failing, established new rules for home financing. Those rules helped the banks and some home owners, but they destroyed the progress being made by builders of energy-efficient, greener, better homes. How do we get those rules reversed?

Monolithic Domes Have Blast-Resistant Strength

Strength testing the Monolithic Dome at BYU Laboratories. The sand bags represent the amount of weight previously thought to be the maximum load this dome could take. The addition of the forklift did nothing. They were ultimately unable to break the shell by overloading it and had to take it apart with jackhammers.

In 1976 I hired a German engineer for a dome project in Germany. Although I never asked for it, he sent me a report stating that, during World War II, thin shell concrete buildings in Germany faired far better than other structures.

Dome Schools Make Disaster-Proof Promise

The Oklahoma City FOX affiliate KOKH TV online investigative report features part two of a special report about how Monolithic domes at one school could become the model for schools everywhere.

A Timely Message To All

The Avalon School Multipurpose Center is now more than ten years old. It has survived much use by hundreds of students and community residents. It has also served as a tornado shelter sever times. One such tornado caused significant damage to other parts of the school and neighborhood. But those in the Monolithic Dome remained totally safe.
  See: http://www.monolithic.com/stories/feature-school-avalon-highschool

Recently, the superintendent of the Avalon School District was asked if they planned to let school out because tornadoes were bouncing around the area. He said, “No. My children have no homes that they can go to that are as safe as our school. What I am doing is inviting the parents to come here and be with their children in a safe place.”

KMOV of St. Louis news article features Valley R-6 School District’s domes

A recent news article at KMOV-St. Louis features a video interview with Valley R-6 officials in Caledonia, Missouri. Quoting, ‘At first glance the five domes that make up Valley R-6 Elementary School in Caledonia, Missouri look odd, but school officials say they are the safest buildings in the face of a tornado. “They are tornado proof – hurricane proof – fire proof and so our kids are very safe,“ says Valley superintendent Brad Crocker.’

Mapping It Out: Monolithic Domes Cover the World

Visitors walking through our front door can immediately see Our Map. It’s a full color, National Geographic map of the world, given to us by employees and friends as a Christmas gift.

These days when we talk about Our Map in the office, we all know what we’re referring to: A beautiful full color National Geographic world map, mural size, that has been permanently installed in our front reception area. It was a Christmas gift from employees and friends.

Can a School Get a FEMA Grant to Build a Monolithic Dome?

Anne (Williams) Danysh, a professional, successful grant writer, says that a Monolithic Dome has a far better chance of getting a FEMA grant than a traditional structure. That’s because a Monolithic Dome is disaster-resistant and has the ability to provide what FEMA calls *near-absolute protection.*

Can a School Get a FEMA Grant to Build a Monolithic Dome? A professional grant writer’s answer: Anne (Williams) Danysh of Real Grant Solutions gives us her assessment of a school’s chances for getting a FEMA grant to build a Monolithic Dome. Anne significantly assisted the school district in Woodsboro, Texas that, in April 2009, received a FEMA grant of $1.5 million. Two years later Woodsboro celebrated with a grand opening of its 20,000-square-foot Monolithic Dome. That multipurpose dome serves as a gym, auditorium, activity center and community disaster shelter.

Could a home be tornado proof?

In an online article featured on the KFVS12 website, Michael Cobb is a physics professor at Southeast Missouri State University states that a Monolithic Dome might be the answer to surviving severe tornadoes. Cobb said FEMA has certified the dome structure as nearly indestructible. He said it can withstand winds up to 350 miles an hour, and hold off 2×4 boards traveling at 100 miles per hour.

Protect Your Potatoes

This illustration, taken from Protect Your Potatoes, depicts the first Monolithic Dome potato storage we built. It can hold five million pounds of potatoes. To control temperature and humidity we spray our domes with urethane and provide air-circulating systems.

While they’re not wheeled down a Dublin street by Molly Malone singing “Alive! Alive Oh!” staying alive is as important for potatoes as it was for the cockles and mussels Molly did wheel. In fact, keeping those spuds alive while they sleep in storage is the one vital goal of a potato-storage facility. That’s because a potato is a living organism, that can stay asleep and alive for a long time if it’s properly stored. But if it’s not, it will die and rot very quickly.

Goals and the Big Picture

Goals are like road maps. If you reach for a goal and get side tracked, it is no more serious than driving for a destination and missing a turn. On the other hand, very few people ever get anywhere by wandering aimlessly.

Letter from: Jeff and Sarah Kamin

I just wanted to write you a note of thanks for the Dome Builder Institute Workshop that I attended April 9-13, 2113. What a great week! You and your delightful staff really made us feel welcome and a part of the Monolithic family.

Going Up: Three Monolithic Fertilizer Storages in Estonia

Monolithic’s Airform being inflated.

Monolithic Constructors Poland (MCP) has started construction on three large fertilizer storage domes in Estonia, a former Soviet state in the Baltic region of Northern Europe that, unlike many countries in that area, has a high-income economy. Jan Pregowski, chief executive of MCP, signed the contract for these Monolithic Domes last year, but due to a severe winter, MCP had to wait until now to inflate and start construction.

Cost to cool your building

This Texas school has two conventional buildings, each with 20 air conditioning units along its back wall. That’s 40 units for just one tax-supported school! What does it cost to install and run 40 ac units in hot, humid Texas? Also, consider that this is a school for less than 300 students.

Like many traditional schools, this building has a line of 20 air conditioning units along its back wall. The companion building has another 20 units along its back wall. That’s 40 AC units at just one school! Consider what it costs to install 20 units. How much electrical do those 20 units require? How much copper? How much just plain expense does it take to install and run 20 units?

“Green” Blogger touts the benefits of the Monolithic Dome

In the Huffington post article titled, “Buildings, Energy, & Transportation Choices in Tourism: A Key to protecting coastal habitat and marine environments,” Dr. Reese Halter (broadcaster, biologist and author) touts the benefits of the Monolithic Dome in coastal regions. In the blog Dr. Halter expands on the “Blue Community Initiative,” 12 strategies for coastal habitat and marine environment protection for the tourism industry and the Monolithic Dome is a key component.

Fire destroys contents but Monolithic Dome only needs washing

On March 25 a fire erupted at “Kinsey Quilts,” the quilting business operated by Donna and David Kinsey in a 20-foot Monolithic Dome in Weatherford, Texas.

In 1999, David and Donna Kinsey purchased a Monoquad for equipment storage on their acre in Weatherford, Texas. They then completed two 20-foot domes: a laundry facility and an office. They also began planning four interconnected 20-foot domes and a 28-foot Orion. In 2011, Donna launched her new quilting business “Kinsey Quilts” in a 20-foot Monolithic Dome. Fire broke out in that dome on March 25, 2013.

Monolithic’s Pond Liners: A Quality Product

How do you keep water in a pond, canal or reservoir from seeping away? Or, how do you keep contaminants such as oil, industrial chemicals, even arsenic from seeping into the water? “Pond liners are the answer – provided they are made of quality material and manufactured and installed properly,” says David South, president of Monolithic. David points out that Monolithic Airforms, one of the company’s divisions, manufactures pond liners using reinforced PVC (polyvinyl chloride) geomembranes*, in virtually any size and thickness needed.