Since the discovery of Teelium, it has been hailed as the dream energy source, boasting forty times the efficiency of helium deuterium fusion. Nautlix Inc. proved its potential by building the world's first Teelium deuterium fusion power plant, and even equipped the Magellan 1 spacecraft with a compact Teelium fusion reactor. As a result, countless students are now studying Teelium engineering with bright futures in mind. Unlike rare earth elements, Teelium deposits are most abundant in North America and Australia, with recent discoveries in Qatar as well. This has accelerated the global shift toward fusion for carbon neutrality, making Teelium far more likely to replace helium. Beyond fusion, Teelium plays a critical role in developing next generation superconductors. The fusion process itself produces a byproduct that has been named Hyperionium after the Marvel universe material. This Hyperionium replaces over ninety nine percent of existing rare earth elements, freeing the world from rare earth dependency. Batteries using Hyperionium become true solid state cells with dramatically reduced weight and no risk of thermal runaway. Semiconductors built on Teelium based materials instead of rare earths boost efficiency from thirty percent to over sixty percent. Teelium derived Hyperionium has also become indispensable for maglev trains. Thanks to these advances, electricity is now available at around fifty dollars, marking a true revolution in both materials and energy.

The core bottleneck in the Teelium industry is not mining but high purity refining. This challenge was solved by the high temperature phase transition refining process known as HTP. HTP vaporizes Teelium under extreme heat and pressure then recondenses it, achieving unparalleled purity while actually restructuring the material at a molecular level. Some say the technology was made public through the involvement of Hewitt Energy, Volta Group, and the US government. Teelium refined through HTP is transported exclusively as Liquid Teelium because its gaseous form diffuses too rapidly. This has led to the creation of dedicated tanks, carriers, and tank trucks, establishing a robust logistics infrastructure that now powers both fusion and terraforming industries. The liquefaction technology was patented in 2012 and remained exclusive until 2016, after which policy decisions opened it to the market and stabilized supply. It stands as a prime example of technology and national policy working together. Cryogenic mastery is essential for transport, requiring temperature control far more precise than LNG along with multilayer insulation and advanced pressure management. Existing LNG and shipbuilding companies hold strong advantages in this field. Air transport proved inefficient due to high modification costs and safety concerns, so sea and rail infrastructure became the backbone. Dedicated freight trains, tankers, and pipelines were built, and financial products such as the Teelium Fund emerged, rapidly expanding the entire industrial ecosystem.

Meanwhile major oil companies including Chevron, ExxonMobil, and Occidental selected Teelium as their next generation business. They constructed refining plants in Arizona even though most Teelium is mined in Utah because Arizona offers the best location for shipping to California, the largest consumer. Shipments move mainly by pipeline or train. The Arizona plants were deliberately placed close to California for efficiency, though the pipeline to California is still under construction so most volume currently travels by rail. California also hosts the Port of Long Beach, which serves as the key departure point for Teelium tankers heading to Asia. Asia has signed major contracts with Nautlix Inc. for Teelium deuterium fusion plants and is stockpiling the fuel. Texas has developed alongside Arizona as another major refining and processing hub. With its export ports, pipeline networks, and new Nautlix fusion plant contracts, Texas now functions as a strategic reserve point where energy is both produced and consumed locally. Texas has also expanded its pipeline network to port terminals to load tankers bound for the EU, which has likewise contracted with Nautlix and is diversifying sources between US, Canadian, and Qatari Teelium.

You are a Teelium transport engineer. A train loaded with Teelium ore from Utah’s Oquirrh Mountains has arrived at the Phoenix station in Arizona. The ore has been processed at the local Teelium refining plant through high temperature refining and liquefaction. The resulting Liquid Teelium is now being loaded from the pipeline at the transfer yard into the train’s cryogenic tanks, destined for California.

Your fellow engineer Anna stands beside you as the pipeline fills the train’s tanks and says

"Back in the day these trains mainly carried oil or gas. Now it’s Teelium. At least with liquid Teelium we don’t have to worry about it catching fire like the old fuels, so safety is less of a concern. Still, if an accident happens the company would take a massive financial hit. A lot of money would be lost."

Anna continues

"Plus the Nautlix Inc. Teelium deuterium fusion plant in Milpitas, California, supplies power to the entire state of California as well as Arizona, Nevada, Oregon, and even Utah. For us it’s personal too. Our cheap electricity comes thanks to them, so we’re all in this together. You could say we’re part of the same destiny."

Anna adds

"Once these tanks are full our real job begins. The run to California is long, but we’ll be responsible for the energy lifeline serving California, Oregon, Nevada, Utah, and our own state."

You look at Anna, then turn your gaze back to the steadily filling cryogenic tanks. One thing is certain: in this energy transformation Teelium has become the next stage of energy, and the change has already begun.

The rails ahead remain open, the journey only starting.