How Tiny Bubbles Led to a $28 Billion Cost Savings

Each year, over 50,000 large vessels travel the oceans to move people and cargo through the turbulent seas. While a solid ship gliding through malleable water should be… well… smooth sailing, it turns out that intersection between vessel and water is anything but smooth. As the giant metal structures plow through the ocean, friction and drag are expensive obstacles to overcome. To conquer these hostile conditions, the average ocean liner burns over $7.5 million in fuel each year, which helps neither the environment nor the bottom line.

Enter Noah Silberschmidt, founder and CEO of UK-based Silverstream Technologies. Working to reduce the friction, the company invented a device that can be retrofitted onto existing vessels to create small bubbles that are blasted into the water from the front of ships. These bubbles essentially create an ‘air carpet’ for the ship to ride upon, which reduces fuel consumption by up to 10%.

When we tackle big problems, we often think that only enormous solutions will do the trick. To boost fuel efficiency on a massive ship, we’d obviously need to create a more aerodynamic hull, swap out gigantic engines, or move to a renewable source of power. Yet a tiny bubble, less than one millimeter in diameter, has the power to transform the performance of a 780-foot, 30,000-ton behemoth.

Instead of thinking big when trying to solve challenges or seize opportunities, try thinking small. Micro-innovations (or Big Little Breakthroughs as I like to call them), turn out to be less risky, less costly, and often more effective than their swing-for-the-fences counterparts. The largest innovations, in fact, can be discovered in the smallest ways.

If Silverstream’s air lubrication system was embraced globally, those 50,000 ships would consume 9.3 billion fewer gallons of marine fuel, saving the industry over $28 billion while preserving our environment. Massive results from tiny bubbles.

In your own business, what tiny bubbles can you discover to reduce friction, accelerate growth, and fuel sustainable success? Instead of wild moonshots, let’s consider how small, everyday innovations might add up to the biggest outcomes we desire.

While transformational innovation may seem out of reach due to cost, timing, and risk, micro-innovations are within the grasp of us all. When we build our own ‘air carpet’ of tiny creative ideas, our ships go faster and farther, helping us safely reach the destinations we seek across the horizon.

Read More

Open Collaboration: The Key to a Strong Culture of Innovation

Here’s a thought experiment. Imagine your company’s most valuable asset isn’t your product, your patents, your trademarks, or even your people. It's the connections between ...

How AI Will Shape the Physical World

Introduction Last year, I watched a video of Alex Conley, a man with a cervical spinal cord injury, controlling a robotic arm mounted to his ...

What Jazz Musicians and AI Researchers Have In Common

Introduction We have always built things in our own image. The ancient Greeks carved gods that looked like idealized humans. Renaissance architects designed buildings proportioned ...

How AI Will Make Corporate Conferences More Exciting

Introduction I have delivered keynote speeches at over 1,000 events. And I can tell you the single biggest factor that separates a forgettable conference from ...

Force vs. Flow

The tighter you grip, the less you control. We've been conditioned to believe that forcing outcomes is the path to success. Clench your jaw. White-knuckle ...

The Innovator’s AI Dilemma

Here's a question that should keep every leader up at night: What is generative AI actually doing to our ability to think critically? Not "could ...

Are Your Meetings Killing Innovation? A Simple Reset That Gets Ideas Flowing Again

 If you’re a leader who’s ever led a brainstorm of any kind, you’ve probably had this experience. You open up the floor for ideas, and ...

New Thinking for the New Era of Business

Albert Einstein famously noted, “We cannot solve our problems with the same thinking that we used when we created them.” In our post-COVID world of ...

When an Astronaut Needs a Pen

Ever get stuck on a problem, only to realize you're solving for the wrong thing? That's exactly what happened when the rocket scientists at NASA ...