A billion dollar bet on Pacific Fusion’s New Mexico campus

A billion-dollar fusion experiment is taking shape in the New Mexico desert, where startup Pacific Fusion hopes to achieve something no fusion facility has yet managed: produce more fusion energy than the total energy stored in the machine.

Pacific Fusion broke ground in August on a $1 billion Research and Manufacturing Campus at Mesa del Sol in Albuquerque. The roughly 225,000-square-foot facility will house its Demonstration System, which the company says is designed to achieve “net facility gain” by 2030.

Pacific Fusion opens billion dollar plant in New Mexico
Pacific Fusion opens billion dollar plant in New Mexico

Related: what is fusion and why it’s so hard

Scientists at the National Ignition Facility in California made history in 2022 when a fusion reaction produced more energy than the laser energy delivered to its tiny fuel target. But powering the lasers and the rest of the facility required far more energy than the reaction produced. Pacific Fusion wants to push past that barrier and demonstrate a gain across the machine itself.

Instead of using giant lasers, Pacific Fusion plans to fire enormous pulses of electricity at tiny capsules of hydrogen fuel. More than 150 truck-sized pulser modules will work together, creating powerful magnetic fields that rapidly compress the fuel and produce fusion. The company says each module can deliver more than a terawatt of peak power in a pulse lasting about 100 nanoseconds.

If it works, it would be another important step toward the decades-old dream of producing electricity using the same basic reaction that powers the sun.

The project is expected to create more than 200 permanent jobs in New Mexico, along with hundreds of construction and supply-chain jobs.

But this isn’t only a clean-energy story: Pacific Fusion has also signed an agreement with the US National Nuclear Security Administration to collaborate on high-energy-density science and research related to America’s nuclear stockpile. The Demonstration System is expected to produce fusion bursts exceeding 100 megajoules, creating conditions useful for both fusion research and national-security experiments.

Pacific Fusion tools

That dual purpose puts Pacific Fusion at an interesting intersection of climate technology and defence even though some environmentalists believe nuclear energy is an enemy to nature and humanity.

Money is now pouring into the energy sector. Fusion companies raised a record $4.48 billion worldwide in the year to July 2026, bringing reported investment since 2021 to more than $14 billion. That’s because the promise is enormous: abundant, carbon-free energy without burning fossil fuels that could power our jet packs, and EVs.

But to date fusion remains experimental, and turning a spectacular laboratory reaction into an economical power station operating day after day is an entirely different challenge. Pacific Fusion isn’t building that power station yet but it’s building the machine it hopes will prove one can eventually be built.

Karin Kloosterman
Karin Kloostermanhttp://www.greenprophet.com
Karin Kloosterman is an award-winning journalist, innovation strategist, and founder of Green Prophet, one of the Middle East’s pioneering sustainability platforms. She has ranked in the Top 10 of Verizon innovation competitions, participated in NASA-linked challenges, and spoken worldwide on climate, food security, and future resilience. With an IoT technology patent, features in Canada’s National Post, and leadership inside teams building next-generation agricultural and planetary systems — including Mars-farming concepts — Karin operates at the intersection of storytelling, science, and systems change. She doesn’t report on the future – she helps design it. Reach out directly to [email protected]

Read More

TRENDING

Atmospheric Water Generators won’t work until we create clean energy to power them

Water from air sounds like magic: machines pull moisture from the atmosphere and turn it into drinking water. But atmospheric water generation comes with an energy cost, making clean energy essential if the technology is going to help solve water scarcity without worsening climate change.

How to Read Your PG&E Bill After Installing a Heat Pump — and What to Expect the First Year

Electricity bill went up after your heat pump installation? Before you call the contractor, read this. A wrong rate plan, unadjusted thermostat schedule, and a missed baseline allowance are usually the culprit — not the system.

Wave wind energy for Nvidia’s next AI energy boom?

As AI factories consume unprecedented amounts of electricity, NVIDIA is looking beyond chips and data centers to the ocean. The company recently spotlighted Israel's Eco Wave Power and its wave energy projects in Jaffa and Los Angeles, highlighting how AI, digital twins and renewable energy can work together to meet future power demands. The collaboration reflects a growing realization that the future of artificial intelligence may depend as much on clean energy infrastructure as it does on computing power.

Xcimer is the Denver-based startup that could put Saudi Arabia out of business

An American company can collapse OPEC if they can prove their approach to unlimited energy works.

China is one step closer to making artificial sun

Nuclear fusion is often described as the holy grail of clean energy: a process that could one day provide abundant power without carbon emissions or long-lived radioactive waste. It has so much promise, but it's difficult. This article on fusion explains why. But turning fusion into a practical energy source depends on solving a set of extremely difficult physics problems. One of the most important is how to keep plasma — a super-hot, electrically charged gas — dense, stable, and confined long enough to produce useful energy.

Scientists make lead-free perovskite solar cells that can weather the elements

Scientists have developed a “raincoat” for lead-free tin perovskite solar cells, helping them withstand air, moisture and heat while maintaining high efficiency.

The Essential Guide To Sustainability in Project Management

Sustainability is an approach where businesses and individuals balance the environmental, social, and economic aspects of a project such that current and future stakeholders are not overburdened with the impacts of the project in future.

Yerukim Forms a New Green Economy Where the Money is Really Green

The Yerukim members who pick up the recyclables get to keep the monetary reward, the public earns "green" bills that can be used in shops, and business owners get to be associated with environmentalism.

Choosing Riyadh over Dubai? What Investors Should Know

Saudi Arabia is deploying capital at unmatched scale to catalyze tourism and advanced industry while rewiring its power-and-water backbone. The investable frontier is widening—especially in renewables, grid storage, water efficiency/desal retrofits, and hospitality operating platforms. Prudent investors will insist on phased delivery, enforceable KPIs (energy, water, biodiversity), and RHQ/zone compliance—while pricing political-economy and reputational risks alongside growth upside.

Sell your cooking oil for biodiesel money

Want to make money on old french fry oil? Sell it.

Qatar Alternative Energy Summit Pairs Investors And Innovators

Alternative energy investors and innovators can meet n' greet in Doha, Qatar March 16 and 17.

Here’s How To Implement The Four Pillars Of Employee Engagement

If you throw a party for your work team and they are vegans, don't make it a barbecue. Know the sustainability values of your team to boost moral and retain good people.

Locals From Rishon Fight IKEA

Big Box stores are a pretty new concept in Israel, and thank God that not every Israeli city wants them in their backyard. A word from someone who has see the beautiful farmland around her hometown Newmarket, Ontario stripped and converted into vulgar strip malls of big box shops: they have no place in a healthy and sustainable town or city.

Popular Categories