Skip to main content

It Runs on Steam

In this episode – It Runs on Steam . . .

If you’ve seen Back to The Future III, you may remember Doc Brown's line, “It Runs on Steam!”

Recently, I visited my good friend Billy in Westfield, New Jersey. Among his many other hobbies, Billy is a steam engine enthusiast. He proudly fired up his miniature steam engine and confidently explained its workings, which got me thinking . . .

(Sound effect of Billy's steam engine whistle)

Have you ever considered how environmentally friendly a steam engine powered by renewable energy could be? There would be no need for gasoline, batteries, diesel fuel, or Uranium-234. Imagine an engine powered by water—yes, water. I can hear the naysayers: "But . . .”

Welcome back to On the Fly, where we dive into one of history's most fascinating inventions. Today, we're firing up a revolution – the Industrial Revolution, that is – with the mighty steam engine!

For centuries, people relied on muscle, wind, and waterpower to get things done. Then, in the 1700s, a series of tinkerers and engineers unleashed a new force: steam! Early engines were clunky and used to pump water out of mines. Then came James Watt.

James Watt was a Scottish inventor and mechanical engineer born in 1736. While he didn't invent the first steam engine, his work in the mid-1700s revolutionized it. Existing steam engines wasted a lot of energy. Watt introduced the separate condenser, which greatly improved efficiency and made them cheaper to run. His designs allowed the engine to generate more power consistently, making them far more useful for factories and other applications.

Watt also developed the double-acting engine, which could generate power on both the upward and downward strokes of the piston, further boosting its capabilities. James Watt's advancements in steam engine technology are widely considered a major driver of the Industrial Revolution. His work helped usher in a new era of manufacturing, transportation, and societal change.

Imagine that–no more limitations! Factories boomed, churning out textiles, clothing, and all sorts of goods at an unprecedented rate.

But the impact went far beyond factories. Steam-powered ships transformed travel and trade. No longer were journeys reliant on wind and weather. People and goods could cross oceans faster and more reliably.

And then came the locomotive! Steam trains ripped across continents, shrinking distances and connecting people more closely than ever. The steam engine profoundly impacted society beyond just increasing speed and efficiency. It led to the rapid growth of cities as more people moved there to work in factories. While new jobs were created, working conditions were often difficult. This period began a new era characterized by remarkable progress.

In hindsight, the steam engine wasn't perfect, but its impact is undeniable. It powered a revolution that changed the course of history. Despite the advent of electric and diesel locomotives in the mid-20th century, steam locomotives continued to be used and built into the 21st century. The regular use of steam locomotives in non-tourist revenue service concluded in 2024.

A dedicated community of steam enthusiasts keeps these locomotives running for historical preservation and enjoyment. Many historic railways, museums, and tourist lines still operate them.

A great example is the Disneyland Railroad, which uses real steam engines. According to sources, the railroad has five operational steam locomotives. Some were built specifically for Disneyland, while others are historic engines. They burn fuel oil to create steam and truly capture the experience of a classic steam train ride. So next time you're at Disneyland, ride the railroad and enjoy a piece of transportation history!

So, while they're not hauling cargo across continents anymore, steam engines are still chugging along in a different capacity, reminding us of their revolutionary impact.

You can ask Billy about his new steam-powered gadgets. Click the link to see his Steam Engine in action on YouTube.

(Sound effect of Billy's steam engine whistle)

I'm Patrick Ball; thanks for listening. I'll see you in the next episode.

Comments

Most Popular of All Time

Tapestry of Truth

In this episode, The Tapestry of Truth . . . Imagine a tapestry woven with the threads of countless experiences. These threads are the stories we encounter, the lessons we learn, the relationships we cultivate, and the environments we inhabit. Each thread contributes to the intricate pattern of our beliefs, values, and interactions with truth. Philosophers have long debated the definition of truth. Bertrand Russell defined truth as "the correspondence between belief and fact." Essentially, a statement is true if it accurately reflects reality. Consider Galileo Galilei's observation of Jupiter. Through his telescope, he observed celestial bodies orbiting the planet. Initially met with resistance, this observation revolutionized our understanding of the solar system. Statement: Jupiter has moons orbiting it. Reality: Galileo's observations accurately reflected the reality of Jupiter's moons.  This demonstrates how truth corresponds to reality. Despite initial oppos...

Golf Evolving

In this episode, TGL–Golf Evolving . . . Welcome back to On the Fly! This week, I want to share what Lori discovered on ESPN about professional golf: the NEW TGL league. You see, golf has evolved over the centuries. The game has always adapted from Scotland's windswept links to Augusta's manicured courses. But what if I told you that the most significant change in golf history isn't happening on a sprawling 18-hole masterpiece but inside a building? Inspired by Paul Harvey's "The Rest of the Story," we’re about to tee off! Good morning, Americans! Today, we're talking about golf—a sport as old as time yet as new as tomorrow. Who hasn’t heard of Tiger Woods, the golfing phenom? Also, if you’re a golf fan, you've probably heard of Rory McIlroy, the Northern Irish star. But have you heard of their brainchild? It's called TGL–turning the golf world on its ear. TGL stands for TMRW Golf League. Tiger Woods and Rory McIlroy founded TMRW Sports in partne...

Quantum Computing

In this episode, Introduction to Quantum Computing . . . Welcome back to On the Fly, the podcast where we delve into fascinating and occasionally complex topics that pique curious minds. Today, we’re exploring something that sounds like it’s straight out of a sci-fi movie: Quantum Computing. Don’t worry if you’re not a tech expert—I promise to keep it simple, fun, and full of real-world analogies. So, let’s start with this question: Have you ever been stuck in traffic and wondered, “What’s the fastest way to get to my destination?” You open your favorite map app, which calculates the best route in seconds. But imagine if it could consider every possible route, even ones you never thought of, all at once. That’s similar to what quantum computing can do—but on a much larger scale. Classical vs. Quantum Computing : To understand quantum computing, let’s first discuss the computers we use every day. These classical computers process information in binary—ones and zeros. Think of it like a...

Starry, Starry Night

In this episode, Starry, Starry Night . . . Welcome back to On the Fly! This week, we're exploring the basics of astrophotography. Have you ever looked up at the night sky and wondered what's really out there? I’ve discovered a way to explore distant galaxies–without a telescope–or leaving my backyard. Consider this: each night, when the skies are clear, a breathtaking display unfolds above us—a cosmic dance of light and color. When you step outside, you notice the moon and perhaps a few stars. However, you can open a gateway to the universe with a camera, some adjustments, and a tripod. Suddenly, faint whispers of light transform into vibrant galaxies, swirling nebulae, and star clusters that shimmer like diamonds scattered across black velvet. That fuzzy patch you thought was just a smudge becomes the Andromeda Galaxy, our closest galactic neighbor, an astonishing 2.5 million light-years away. You're capturing light that has traveled millions of years to reach your came...