Sizewell C

Nuclear island component construction of 2x EPR reactors being built in Suffolk, UK.

Project Manager, Sizewell C Nuclear Island 

Eskom Holdings SOC Ltd

Steam Generator Replacement, Thermal Power Uprate, Safety Analysis, Core Design and Internship

Reactor Fuel Engineer

International Youth Nuclear Congress (IYNC)

External Communications Chair

Building out the energy transition

Extensive experience in project delivery, operations, and manufacturing within the nuclear energy and infrastructure sector. Proven track record in strategic leadership, navigating complexities, and driving innovation.

You don’t need to be an energy expert to see the truth.

Fossil fuels still run the show.

The numbers do not lie.

Oil, coal, and gas powered almost everything in 2024.

These three made up almost 87% of all energy used worldwide.

Nuclear, hydro, wind, and solar? Just 13.5%.

The world is at a crossroads.

Fossil fuels built the past.

Nuclear can build the future.

Here’s why nuclear must play a bigger role:

→ Reliable. Nuclear runs 24/7. It does not care if the sun shines or the wind blows. Hospitals, data centres, and factories need this kind of power.

→ High energy density - Nuclear packs huge power into a small space. It requires less land than wind or solar energy. Cities and towns can keep their green spaces.

→ Clean. Nuclear energy produces zero carbon emissions at the point of generation. No smoke. No soot. No greenhouse gases.

→ Secure. Nuclear energy is made at home. It is not held hostage by global politics or shipping lanes.

→ Economic strength. Building and running nuclear plants creates thousands of high-skill jobs. It brings money and stability to local economies. 

→ Innovation. Advanced reactors and fusion research are pushing the limits of what is possible. The countries that lead in nuclear will lead the world.

The world cannot run on hope and headlines. It needs real, steady power.

Nuclear is not a dream. It is a tool. It is ready now.

The future belongs to those who build it.

It is time to power up.

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Ruan Steyn

Powering the Future: Nuclear, SMRs, Innovation, AI, Operations, Energy Infrastructure & Investment l Nuclear Pulse newsletter: Where 20k+ subscribers stay ahead of the curve in nuclear energy

Switzerland is changing course.

Nuclear is back on the table.

This is a turning point.

For years, new nuclear power was off-limits in Switzerland. The ban came after Fukushima. The world was scared. The Swiss chose caution.

But times have changed.

Electricity demand is rising fast. By 2050, Switzerland will need more than 90 TWh. That is almost double what the country uses today. Hydro is strong, but it depends on rain and snow. In winter, Switzerland imports power from its neighbours. That is a risk.

The “Stop Blackouts” initiative changed everything. In March 2024, the Swiss people voted for energy security. They want clean, reliable power. They want to keep the lights on, no matter what.

Now, the Swiss Federal Council is moving to lift the ban on new nuclear plants. The Nuclear Energy Act could soon allow new projects. No new reactors are planned yet. But the door is open.

I remember standing at the Leibstadt Nuclear Power Plant, the biggest and newest plant in Switzerland, more than a decade ago. I was there for a nuclear conference organising event. I saw the power of nuclear up close. But I also felt how fragile energy security can be in a landlocked country.

Hydro is seasonal. Nuclear is constant.

Hans-Ulrich Bigler said it best:

“It is high time for technology-neutral planning.”

This is not just about Switzerland. Across Europe, countries are rethinking nuclear. Climate goals matter. So does energy security. The old debate - nuclear or renewables - is fading. Now, it is about using every tool we have.

Switzerland’s four reactors already supply a third of its power. They are safe. They are reliable. And now, more may come.

This is a turning point.

It is choosing to build, not just hope.
It is choosing to secure its future.

Energy security is not a luxury. It is a necessity.

Switzerland is showing what it means to plan for tomorrow - today.

Image credit: KKL

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Nuclear power is not going away.

It is growing - fast.

The world is betting big on uranium.

Today at the World Nuclear Symposium in London, the World Nuclear Association launched its flagship World Nuclear Fuel Report: Global Scenarios for Demand and Supply Availability 2025-2040. 

The numbers are clear. Nuclear energy is set for a massive jump by 2040.

Here is what the future looks like:

• Three scenarios shape the outlook:
 - Reference Scenario: Based on current government and utility plans.
 - Lower Scenario: Assumes delays and setbacks.
 - Upper Scenario: Assumes the world gets serious about net-zero and nuclear’s role in it.

• Today, nuclear power stands at 372 GWe of capacity.

• By 2040, the Reference Scenario expects 686 GWe.
 - That is almost double today’s capacity.
 - The Upper Scenario? 966 GWe. That is more than two and a half times today’s level.
 - Even the Lower Scenario hits 582 GWe - still a huge leap.

• Uranium demand is about to rise fast.
- In 2025, reactors will need 68,920 tonnes of uranium.
- By 2040, the Reference Scenario says over 150,000 tonnes.
- The Upper Scenario? Over 204,000 tonnes.
- Even the Lower Scenario needs more than 107,000 tonnes.

This is not only a numbers game.

It is a global shift in how we power our lives.

Nuclear is no longer a backup plan. It is a main player in the race to net-zero.

Governments are setting targets. Utilities are making plans. The world is waking up to the fact that nuclear is essential for clean, reliable energy.

The message is simple:

- Nuclear is back.
- Uranium demand is set to soar.
- The energy map is being redrawn.

If you want to understand the future of energy, watch nuclear.

The next decade will be shaped by how effectively the world can build, fuel, and bring these reactors into operation.

The age of nuclear growth is here.

And it is just getting started.

Question: What role will your organisation play in securing the fuel, infrastructure, and innovation needed to power this nuclear future? Comment below 👇 

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Big news for South Africa’s energy future. 

A new chapter for Koeberg. 

South Africa has officially granted environmental authorisation to construct and operate a new nuclear power station right next to Koeberg.

Koeberg sits on the Western Cape coastline. It’s not just a power plant. It’s a symbol of clean, reliable energy that has powered the country for decades. 

With this new authorisation, South Africa is doubling down on energy security, decarbonisation, and long-term sustainability.

Here’s why this matters:

1) Nuclear Delivers Baseload Power

• Nuclear is one of the few technologies that can provide large-scale, low-carbon electricity around the clock.
• It keeps the lights on when the sun isn’t shining and the wind isn’t blowing.
• This is critical for a growing economy and a stable grid.

2) Clean Energy, Real Impact

• Koeberg has already helped South Africa avoid millions of tons of carbon emissions.
• Adding a new plant means even more clean power, less reliance on coal, and a real move toward net zero.

3) Energy Security

• South Africa has faced rolling blackouts and energy shortages for years.
• Nuclear offers a stable, reliable source of power that isn’t at the mercy of weather or imported fuel.
• This new plant will help keep homes, hospitals, and businesses running.

4) Strategic Site Expansion 

• Building next to Koeberg uses existing infrastructure and expertise.
• This approach maximises existing assets, reduces development risk, and accelerates delivery timelines.
• A strategic move toward a balanced, resilient energy mix.

5) Long-Term Investment

• Nuclear plants last for decades.
• They create high-quality jobs, support local communities, and drive economic growth.
• This is how you future-proof a country’s power supply.

This isn’t just a new build - it’s a continuation of a legacy.

Koeberg’s next chapter is a testament to long-term thinking, smart planning, and South Africa’s commitment to a resilient, low-carbon energy future.

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Image credit: Eskom, Koeberg Nuclear Power Plant

Powering the Future: Nuclear, SMRs, Innovation, AI, Operations, Energy Infrastructure & Investment l Mentor I Nuclear Pulse newsletter: Where 20k+ stay ahead of the curve in nuclear energy

Kazatomprom just dropped a big one.

Uranium output is going to be reduced by 10% in 2026.

This is not business as usual.

It could be strategic or due to production challenges. 

Nevertheless, Kazatomprom, the world’s top uranium producer, is cutting its output by 10% in 2026. It means 8 million fewer pounds of uranium, about 5% of the world’s primary supply, will not reach the market.

Here’s what this means for the future:

- Less uranium on the market - tighten supply.
- Uranium prices could rise, with less supply, steady demand, and a global push for nuclear energy.
- Utilities and countries planning new nuclear plants will need to secure long-term contracts.
- New uranium projects will get a boost, with fresh incentives for miners to explore and develop.
- The energy transition just got more complex. Every gigawatt of nuclear power needs uranium. 

This is not a drill. This is a wake-up call for the nuclear industry.

Higher prices will tempt new supply. That’s how markets work. But it takes time. Mine are not built and don't come online overnight. 

For utility leaders, the playbook is clear:

- Secure your supply now. 
- Build partnerships that last. 
- Plan for a world where uranium is not always easy to get.

The future belongs to those who plan ahead, invest in new resources, and understand the real balance of power in energy.

The future is being written right now.

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Ps. Message me with your questions or comment below with your thoughts

Powering the Future: Nuclear, SMRs, Data centres, AI, Operations, Innovation, Energy Infrastructure & Investment l MBA, MSc, PMP I Weekly newsletter: Where 20k+ subscribers stay ahead of the curve

AI is hungry for electricity.

But the grid can’t keep up.

So data centres are turning to gas.

This is the reality for the UK’s digital future.

Five of the biggest data centre projects are now planning to tap straight into National Gas pipelines. They want to build their own gas-fired power stations, right on site. 

Why gas? Because AI is accelerating at unprecedented speed, and it’s pushing us to rethink our energy systems. We need a smarter, stronger grid - one that can keep pace with tomorrow’s breakthroughs.

This story stretches beyond the UK. In the US, data centres are also firing up gas turbines to meet demand. 

The signal is clear: AI is scaling rapidly, and energy infrastructure is racing to catch up.

Gas may be a short-term fix - but it’s keeping the lights on while digital infrastructure surges ahead. 

The UK now stands at a pivotal moment. If we want to lead in AI and digital innovation, our energy systems must evolve. That evolution must include more nuclear: a clean, reliable backbone for the future.

The tension is real:

- Digital ambition vs. energy reality
- Green promises vs. fossil fuel needs
- Accelerated growth vs. evolving infrastructure

This is our moment to act - to build an energy system that powers our digital ambitions and secures the UK’s leadership in AI.

The future of AI in the UK depends on what we do next.

Image source: Geopolitical Information Service and carnegieendowment

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Nuclear is back.

The numbers are clear.

Investment has doubled in less than a decade.

In 2015, global nuclear investment sat at $40 billion. By 2024, it has soared to nearly $80 billion. 

The IEA World Energy Investment 2024 report makes it clear: nuclear is now central to the world’s energy plans.

What is driving this surge?

- Energy Security: Countries want control over their power. Nuclear offers long-term stability, especially as global tensions rise.

- AI and Electrification: The world’s hunger for electricity is increasing fast. Data centres, AI, electric cars, and factories all need reliable power. Nuclear delivers the steady baseload that keeps the lights on.

- Climate Targets: Net-zero is not possible with renewables alone. Nuclear gives the firm, carbon-free energy needed to anchor clean grids.

Breaking down the regional shifts:

- Europe: The leader in new nuclear investment. After years of pause, Europe has dramatically ramped up its nuclear investment.

- China and Asia Pacific: Still investing heavily. Growth is steady, at unmatchable scale.

- Middle East and Africa: Small numbers, but rising fast. The regions are entering the nuclear sector, building new capacity from scratch.

What does this mean for the key players?

For investors:
The nuclear value chain is more attractive than ever. From uranium mining to small modular reactors (SMRs), opportunities are growing and risks are falling.

For policymakers:
Clear rules and strong support unlock investment. Public-private partnerships and smart finance are essential to build new plants.

For developers:
Speed, cost control, and community trust will decide who wins. The fastest and most efficient builders will shape the next decade.

This is not a return to the old days of nuclear.

This is a new phase.

Nuclear is now essential, not optional, for a clean and reliable energy future.

The next decade will belong to those who understand how nuclear fits with AI, modern grids, and global climate goals.

The world is not just investing more in nuclear.

It is betting on it.

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Electricity demand never stands still.

It grows. 
It shapes the future.
It tells the story of progress.

In 2000, China used just 1,100 kWh per person. 
Today, it’s 7,100 kWh. 
That’s a sixfold jump - that’s what happens when a nation builds, innovates, and connects its people.

Now look at the world’s top economies:

- Canada leads with 18,400 kWh per person, powered by energy-intensive industries as a key driver.
- South Korea is surging ahead - tech and growth demand more electricity.
- France and Germany show stagnation or decline, shaped by energy efficiency and policy choices.

The world now averages 3,000 kWh per person. But this is only the start.

As more countries electrify cars, factories, and homes, the demand for steady, clean electricity increases rapidly.

Nuclear stands out:

- Energy at scale 
- Minimal land use 
- 24/7/365 reliability 
- Massive carbon cuts 

If developing nations reach even half of Canada’s per capita energy use, global demand will surge beyond anything we've seen.

The world is accelerating. 
Electricity demand is the signal. 
Nuclear is the answer.

It’s not outdated - it’s the backbone of energy security, the catalyst for economic growth, and the foundation of a resilient future.

Now is the time to commit. 
Now is the time to lead.

Progress needs power. Nuclear delivers.

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Innovation never stands still.

It moves in waves.

Each wave changes everything.

The story of innovation is a story of cycles. Each cycle brings new tools, new ways of living, and new ways of thinking. This is not random. It follows a pattern. Economist Joseph Schumpeter called it “creative destruction.” Old ways break down. New ways rise up.

Here’s how the six waves of innovation have shaped our world:

The First Wave (1785):  
Water power, textiles, and iron.  
Factories appear. The first cotton mill in Britain starts a new era. Work moves from homes to machines. Cities grow. The Industrial Revolution begins.

The Second Wave (1845):  
Steam, rail, and steel.  
Trains connect cities. People and goods move faster than ever. Steel builds bridges and skyscrapers. Urban life explodes. The world feels smaller.

The Third Wave (1900):  
Electricity, chemicals, and engines.  
Light bulbs change nights. Cars roll off assembly lines. Henry Ford’s Model T made travel easy for millions. Mass production becomes the norm. Life speeds up.

The Fourth Wave (1950):  
Petrochemicals, electronics, and aviation.  
Plastics and synthetic materials change products. Radios and TVs connect people. Planes shrink the globe. Trade and travel go global. The world becomes more connected.

The Fifth Wave (1990):  
Digital networks, software, and new media.  
The internet explodes. In 1990, 2.3 million people were online. By 2016, it’s 3.4 billion. Information moves at light speed. Social media, smartphones, and cloud computing change how we work and live.

The Sixth Wave (2020–):  
AI, IoT, robots, drones, and clean tech.  
Smart machines learn and adapt. Homes and cities get connected. Drones deliver packages. Business models shift. Growth and sustainability go hand in hand.

Each wave builds on the last. Each wave destroys old ways and creates new ones. This is the cycle of innovation.

Could advanced nuclear technologies - like small modular reactors, accident-tolerant fuels or fusion - be the clean, scalable energy source that powers the next wave of innovation? 

Would love to hear your thoughts, in the comment section below 👇  

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Think like a steward.

The best energy solutions aren’t just built.

They’re maintained with care.

That’s what I saw firsthand at CETIC in Chalon-sur-Saône, France. It’s not just a training centre - it’s a living simulation of the PWR nuclear fleet, where technicians rehearse complex operations such as cutting primary loop piping for steam generator replacement.    

This visit to CETIC, brought me back to my time at Koeberg Nuclear Power Station, where I worked on the steam generator replacement - a pivotal step in South Africa’s life extension strategy that taught me this: nuclear life extension isn’t just engineering - it’s stewardship. It’s about protecting an asset that delivers clean, reliable power to millions.

Here’s what CETIC reinforced for me:

1. Maintenance is not routine.

It’s a high-stakes rehearsal. In nuclear, precision isn’t a goal - it’s a requirement.

2. Ageing reactors aren’t liabilities.

They’re assets - capable of decades more service with the right interventions.

3. Invest in people, not just machines.

CETIC’s full-scale mock-ups prepare technicians for the most complex challenges - before they ever step into a plant.

4. Reliability and safety are non-negotiable.

Every scenario is designed to uphold the highest standards. There is no room for error.

5. Life extension is strategic infrastructure.

It’s not just maintenance - it’s a commitment to zero-carbon baseload, grid stability, and energy sovereignty.

As the world races to decarbonise, nuclear life extension is one of the fastest, most cost-effective levers we have. CETIC is showing how to do it right - by investing in people, precision, and purpose.

Merci, CETIC, for the visit - and for showing that true stewardship isn’t just about maintaining the past, but about preparing for a future powered by precision, safety, and clean energy.

Five years ago, nuclear was old news.

Today?

It’s the future.

This week’s Nuclear Pulse is packed with surprises:
- Switzerland reopens the door to new nuclear builds
- AI outperforms supercomputers in predicting fusion ignition
- Microreactors are being preordered like smartphones

And the poll results? 81% say nuclear baseload is the key to Europe’s AI energy future.

The energy landscape is shifting. 

Nuclear is no longer a backup - it’s becoming the baseline.

📬 If you care about clean energy, AI infrastructure, or the future of global power, subscribe to the newsletter
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Welcome to this week’s edition of Nuclear Pulse - your trusted snapshot of what’s shaping the future of nuclear energy. From global investments and br

Open article: Edition 31: Nuclear Pulse by Ruan Steyn • 5 min read

A silent shift is happening.

It’s not about people.

It’s about silicon.

For decades, the office was the heart of economic life.

We built cities around them.
We built subways, coffee shops, and entire downtowns to serve them.
We dressed for them. We commuted for them. We built our lives around them.

But now, something new is rising.

Data centres.

The U.S. is about to spend more on building data centres than on building offices.

This goes beyond a construction story.
It’s a story about where the future gets made.

Offices were built to gather people.
Data centres are built to gather computation.

The old world ran on human labour, capital, and land.
The new world adds a fourth factor: silicon.

AI and cloud computing are transforming the way things work.
Productivity is shifting from people to machines.

This shift is deep.

• Offices shaped our skylines.
• Data centres will shape our power grids.
• Offices filled our streets with life.
• Data centres will fill our networks with intelligence.
• Offices needed coffee shops and subways.
• Data centres need cooling, water, and energy.

The impact goes beyond business.

Data centres are invisible to most of us.
However, they could alter how we utilise land, water, and energy in the future.
They could also alter local politics and even global power dynamics.

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Sweden is making a bold move.

Nuclear power is getting a new look.

Vattenfall just made a shortlist that could change everything.

Here’s what’s happened:

Vattenfall has narrowed down 75 potential suppliers to just two small modular reactor (SMR) designs for Värö Peninsula, where the Ringhalds NPP is located. 

The finalists are:
- GE Vernova Hitachi’s BWRX-300 
- Rolls-Royce SMR

It’s a signal that Sweden is ready to scale up nuclear energy fast, with a clear target: 1.5 GW of new nuclear capacity by the early 2030s. That means either five BWRX-300 units or three Rolls-Royce SMRs.

Energy policy is shifting. Countries want reliable, low-carbon power. Sweden’s approach is opening doors for new partnerships and innovation across the industry.

The world needs more energy that is clean, safe, and reliable. 

Vattenfall’s move shows how to get there - one smart decision at a time.

What’s your take on Vattenfall’s shortlist? Do you see SMRs as the future of nuclear deployment in Europe? Comment below 👇 

Image credit: Vattenall, Ringhals NPP 

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Yes to all of this.

A new era for American energy starts in Tennessee.

The nation’s first privately funded fuel recycling facility has been announced.

This is the first phase of a bold, $1.68 billion Advanced Fuel Centre.

It stands as proof that private investment can drive real change.

This facility will:

- Recycle used nuclear fuel safely and efficiently
- Create new fuel for the next generation of reactors
- Lower the need for mining and raw material imports

I'd also add these to the list:

- Bring high-quality jobs to Tennessee
- Spark new research and innovation
- Strengthen America’s energy independence

This is how progress looks.

Private capital is stepping up where others have held back.

It will show that clean energy and innovative business can go hand in hand.

This is how we build a better tomorrow - one bold step at a time.

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This is what progress looks like.

A single decision can change everything.

Europe just took a leap forward.

Poland will host the continent’s first small modular reactor, with Włocławek the chosen site. 

Here’s what makes this moment historic:

- The first SMR in Europe
- A new path away from coal
- Partnership model for others to follow
- Energy independence
- Signal to investors

This is how a country rewrites its energy story.

With bold moves.

With real action.

And with a vision for a cleaner, safer future. 

Are you ready to invest in infrastructure that underpins tomorrow’s economy? Comment below 👇 

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Uranium Pulse isn’t just another newsletter.

It’s your edge in the world’s most strategic energy play.

Most people still think uranium is old-school.

But it’s powering the next energy revolution - and the market is shifting.

Here’s what you get:
 - Weekly market moves, minus the noise
 - In-depth look into enrichment, conversion, and fuel tech
 - Breakthroughs like HALEU and laser enrichment

Built for investors, VCs, PE firms, and family offices tracking energy’s next wave.

No fluff. Just clarity.

The world is waking up to uranium.

Don’t get left behind.

First edition drops next week.
Subscribe now.

Stay curious. Stay informed. Stay ahead.
- Ruan Steyn

Uranium Pulse tracks the forces shaping the world’s most strategic energy commodity. From market pricing to an in-depth examination of the fuel cycle 

Open article: Uranium Pulse #0: Launching Next Week! by Ruan Steyn • 1 min read

Data centres are changing the world.

But most people have no idea how much power they use.

Their electricity demand is skyrocketing.

Data centres are really:

• The backbone of the digital world
• Powering cloud storage, streaming, and AI
• Consuming more electricity than some countries
• Growing fast as digital needs explode
• Driving new investments in energy grids
• Pushing for clean energy solutions
• Forcing cities to rethink power supply
• Shaping the future of global energy demand

Here’s what’s happening:

• Every search, stream, and online order uses a data centre.
• AI and cloud computing need massive power.
• By 2030, data centres could use up to 8% of global electricity.
• Some cities now limit new data centre builds to protect their grids.
• Tech giants are racing to buy green energy for their data centres.
• The push for efficiency is driving new cooling.

Want to understand the future of energy?

Watch the rise of data centres.

- They will shape how we use electricity.
- They will drive new energy tech.
- They will decide how fast digital life can grow.

Data centres are not just part of the story.

They are the main character in the next chapter of global energy.

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From ambition to action

Europe’s AI growth depends on grid readiness.

The EU plans to triple its data centre capacity in the next 5–7 years. AI needs huge amounts of electricity. Data centres are hungry for power. But the grid is already stretched thin.

Governments are pouring money into AI. The EU’s InvestAI initiative is putting up €200 billion. France is adding €109 billion. The UK has a 10-year plan to build digital infrastructure. The ambition is clear. But ambition alone is not enough.

One of the challenges is the grid.

In the primary data centre hubs - Dublin, Frankfurt, Amsterdam - the grid is full. Developers cannot build more. Ireland has even stopped new data centres in Dublin until 2028. The grid cannot keep up with demand.

So, growth is moving.

Developers are looking for places with more power and less congestion. The Nordics are leading. They have cheap, clean energy and smart grid planning. Belgium is rising fast, thanks to strong coordination between grid operators and the government. Denmark invested early and saw 26% annual growth in data centre capacity over five years.

The lesson is simple.

AI infrastructure follows the grid and cheap electricity prices. Countries with these win. They will get the investment, the jobs, and the digital leadership. Those who wait will fall behind.

Developers will not wait for the grid to catch up. They will go where the power is ready.

Europe’s AI future depends on execution, not just vision. It starts with the grid. Build the grid and have available electricity, and the AI future will follow.

What innovative solutions could help overcome grid congestion in traditional data centre hubs? Comment below 👇 


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AI is changing how we use energy.

Most people don’t see it yet.

But the impact is vast - and accelerating.

In today’s world, energy isn’t just a utility. 
It’s a lifeline.

We need more power for our homes, cars, and industries.
But we also need to cut waste and protect the planet.

Enter AI and machine learning.

It is not just making this possible, but redefining it. 

And nuclear energy?

It’s stepping back into the spotlight - with AI as its co-pilot.

Together, they’re transforming the nuclear sector:

- Quietly revolutionising nuclear control rooms
- Real-time reactor monitoring
- Predictive maintenance
- Fuel optimisation 

This isn't science fiction. 
It's happening now.

Across the energy ecosystem, AI is driving change:

• Smarter grids
• Better demand forecasting
• Real-time energy management
• Lower costs and emissions
• Integration of renewables

But the real story isn’t just about efficiency.
It’s about reimagining how we power the future - with intelligence and integrity.

AI + Nuclear = Powerful Alliance

AI brings agility.
Nuclear brings stability.
Together, they offer a blueprint for clean, resilient, and scalable energy systems. 

The bottom line:

AI and machine learning are not just buzzwords.
They’re driving the next energy revolution.
And nuclear isn’t just back - it’s evolving.

The future of energy is not just about more power.
It’s about using power better - with the help of AI, and the quiet strength of nuclear.

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This Week in Nuclear Pulse - Edition 33

It's out now, spotlighting the global momentum behind nuclear energy.

- Global nuclear generation hits a new record. 
- Alberta opens the door to public dialogue. 
- Nuclear power data centres partnership formed. 

Also in this edition:

Poll of the Week: Who gets priority when the grid is tight - households or data centres?

Term of the Week: Defence-in-Depth

University Spotlight: AI speeds up fusion safety with HEAT-ML

Stay informed. Stay ahead. Read now!

Open article: Nuclear Pulse #33: Record nuclear output, Alberta's nuclear survey, Nuclear-powered data centres by Ruan Steyn • 4 min read

Nuclear Pulse #33: Record nuclear output, Alberta's nuclear survey, Nuclear-powered data centres

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