At Mojave mine, rare earth metals are elemental (photos)

Rare earth metals mined from Mountain Pass, such as lanthanides, scandium, and yttrium, offer unique magnetic, luminescence, and electrochemical properties critical to technology we use every day, such as batteries, weapons systems and wind turbines.

Here, a truckload of rock is in transit.

The Mountain Pass facility is considered the most fully developed rare earth project outside of China. Through the 1980s, it supplied most of the world's rare earth element needs.

Another overview shot shows the mine in operation.

The facility hasn't always been buzzing like this.

Alkalides, typically hydrochloric acid, were formally used to extract the rare earth elements from the bastacite, resulting in a highly acidic saltwater byproduct. That was made radioactive from naturally occurring thorium and radium. Huge evaporation ponds stored the radioactive byproduct wastewater, and over time leaks caused massive environmental damage to the nearby Ivanpah Dry Lake area. In 2002, after a series of violations, the Mountain Pass facility was closed.

Before the facility closed, more than 20 tanker trucks a day delivered hydrochloric acid and bases to the site. The huge amounts of toxic saltwater byproduct eventually seeped through the holding ponds causing environmental devastation.

Molycorp President and CEO Mark Smith speaks to journalists about the facility renovation project during the groundbreaking event.

Molycorp hired 17 "young-gun" geologists and spent five years researching a way to reinvent the mining and extraction process to not only compete with China on costs, but to also make the process more environmentally sustainable.

Molycorp Minerals purchased the mine in 2008, and with a CEO in place who had once been the environmental compliance attorney for the former Mountain Pass facility, set out to revive and reorganize the rare earth extraction.

The new patented process will allow for a higher rate of recovery, yielding the same amount of product the facility yielded 10 years ago, but using just half the ore.

Smith explains how by reverse-engineering the processes, the company is taking what was once saltwater byproduct and using the waste to recreate the acids and bases used in the extraction processes. That creates a plant with near zero wastewater emissions. The process is cleaner and cheaper, and can be done at nearly half the cost of the mine's Chinese counterparts, Smith said.

Weighed rock on display at the facility, next to hard hats worn by journalists on the tour.

Currently there's not enough rare earth to meet demand, Molycorp said. Some 33,000 tons of rare earth elements are currently produced in China, and the world has an appetite for at least 55,000 tons a year.

Molycorp estimates that by 2015, at its current rate of growth, China may have to begin importing to meet its own needs. Until Molycorp gets its production into full swing, which won't be until July 2012, the world will have a shortage of rare earths elements.

Construction is underway on the new facility, expected to be completed in July 2012.

Many see the availability of rare earth elements as an issue of U.S. national security. They are key ingredients in some of the country's most essential smart weapons and radar systems, and components of magnetic motors in wind turbines and hybrid cars. Lanthium and cyrium are used in oil refining and fiber-optics transmission.

Earth movers mine at the Mountain Pass facility while Molycorp begins the building and renovation of the site.

Only five rare earth element mines worldwide produce a 2 percent or more yield, Molycorp said. The Mountain Pass site has an average return of around 8.5 percent, which will eventually produce an estimated 40,000 metric tons per year.

Road graders operate at the Mountain Pass site, located along Interstate 15 southwest of Las Vegas.

Some 10 to 12 kilograms of rare earth elements are used in the production of every hybrid car.

Cyrium, for example, is used in car windows to absorb UV radiation and reduce incoming heat. It's also found inside nickel-metal hydride batteries and hard disk drive read-write mechanisms.

The bastacites mined from the 500-foot deep open pit are ground into a fine material here in the crushing facility.

Bastacite, a rare earth ore carbonate, is ground into individual mineral grains and the rare earth minerals are separated from the chaff here in a process called flotation.

The Mountain Pass facility is nestled into the Clark Mountain Range.

A crowd of journalists, VIPs, and other interested parties participates in the groundbreaking event Wednesday.