He makes hydrogen out of the gas factories already burn off. No electrolyzer. No new power line. Just chemistry where the carbon already lives.
Inside a blast furnace in Juiz de Fora, Brazil, a gas usually flared into the sky is being rerouted. It feeds a reactor about the size of a shipping container, and out the other end comes clean hydrogen plus a tidy, concentrated stream of CO₂. No grid hookup. No truck convoy hauling molecules across the country. That reactor is the bet Parker Meeks is running at Utility Global, and the ArcelorMittal deal is its first commercial proof.
Meeks took the top job at Utility Global on February 18, 2025, walking in just as the company finished its demonstration phase and needed someone to turn a working science project into a business. That is the role he keeps choosing: the unglamorous middle stretch where a clever technology either learns to make money or quietly dies.
His pitch cuts against the grain of the hydrogen hype cycle. While much of the industry chases "green hydrogen" made by splitting water with vast amounts of renewable electricity, Utility's H2Gen system skips the electrolyzer entirely. It pulls hydrogen from water using the energy already sitting in industrial waste gases and off-gases - the stuff steel mills, refineries and petrochemical plants currently treat as a nuisance. The company calls it, only half-jokingly, a zero-electricity reactor.
Why does that matter? Because adding clean hydrogen to heavy industry usually means adding enormous electrical load and new infrastructure. Meeks argues that you can decarbonize faster and cheaper by integrating into the plant that already exists. On The Hydrogen Podcast he walked through the steel case in detail: H2Gen can handle the variable, dilute blast-furnace gas a mill actually produces, and concentrate its CO₂ from roughly 18% to about 70% at a single capture point, which makes the eventual carbon capture far less expensive. The company claims up to five times the capital efficiency of conventional green-steel concepts.
Tap the blast-furnace, off- or biogas a plant already produces - and would otherwise flare.
H2Gen uses the energy in that gas to split water - on-site, no electrolyzer, no grid load.
Clean hydrogen comes out where it's needed, so there's nothing to truck across the country.
The process bumps CO₂ from ~18% to ~70% at one point, making capture far cheaper.
Decarbonization will not be achieved through ambition alone. It requires economically viable solutions that integrate into existing industrial assets.
Meeks grew up in Houston, the city that turns oil and gas into a worldview. He left for Columbia to study electrical engineering, then came back to Texas for an MBA at Rice. That combination - the hardware fluency of an engineer, the commercial instinct of an operator - became the through-line of his career.
He spent more than a decade at McKinsey & Company, eventually making Partner and running the firm's Houston office as Managing Partner. There he led work in energy, capital productivity and infrastructure, advising clients across four continents and more than fifteen countries. It was a front-row seat to how heavy industry actually decides to spend money, which is to say slowly, and only when the math is undeniable.
From consulting he crossed into operating roles, taking full P&L responsibility as President of the Infrastructure Sector at TRC. Then came hydrogen. In 2022 he stepped in as President and interim CEO of Hyzon, the hydrogen fuel-cell developer, and was named CEO outright in March 2023, steering the commercialization of its fuel-cell systems.
When Utility Global came calling in early 2025, the assignment fit the pattern exactly: a genuinely novel technology that had proven it works and now had to prove it pays. He still serves on the advisory board for Rice University's chemical engineering department, keeping one foot in the lab that feeds the field.
Utility technology has always stuck out with tremendous potential as a practical, scalable and economical approach to bringing clean hydrogen to market in line with demand for mobility and many other use cases.
The ability to integrate into existing industrial complexes and biogas feed infrastructure to produce hydrogen on-site from water, using energy in waste- or off-gases, provides significant efficiency in the overall energy cost for the customer.
On The Hydrogen Podcast, Meeks lays out the ArcelorMittal Brazil project and walks through exactly how H2Gen turns dilute blast-furnace gas into clean hydrogen while making CO₂ capture cheaper. It's the clearest tour of the idea he keeps repeating: the molecule has to be affordable, or it doesn't get built.
He has held the chief executive seat at two different hydrogen companies - Hyzon, then Utility Global.
Trained as an electrical engineer at Columbia, then spent his early career advising oil, gas and infrastructure clients at McKinsey.
He has led work across four continents, 15+ countries, and more than half of all U.S. states.
A Houston native running a Houston energy company, in the city that practically invented the modern oil business.