Endeavour's Pact Aims to Solve AI's Power Crisis with Clean Hydrogen

NEW YORK, NY – March 16, 2026 – As the artificial intelligence boom places unprecedented strain on global power grids, infrastructure innovation firm Endeavour today announced a new technology, Pact, designed to power the next generation of AI with continuous, carbon-neutral energy. The system tackles the industry's widening power gap by converting natural gas into clean hydrogen fuel and solid, high-value carbon, offering a novel approach to decarbonizing the digital world.

The technology arrives at a critical moment. AI cloud providers require gigawatt-scale, 24/7 power that the current grid infrastructure is struggling to supply. Endeavour's Pact system promises a scalable, on-site solution that is cost-competitive with fossil fuels, aiming to resolve the paradox of fueling a digital revolution without accelerating climate change.

The AI Energy Dilemma

The voracious energy appetite of AI is no secret. Training and running large language models and other complex algorithms require massive data centers packed with power-hungry processors. This has created what industry insiders call a 'power gap'—a chasm between the energy AI needs and what the grid can sustainably provide. The challenge is not just about quantity, but also quality; AI operations demand uninterrupted, reliable power that intermittent renewables alone often cannot guarantee.

Endeavour's Pact system is engineered to address this dilemma directly. Described as a modular technology, it can be scaled to support power generation from 5 megawatts to over 1,000 megawatts, making it suitable for single data centers or entire hyperscale campuses. By generating power on-site, it reduces reliance on strained transmission networks and provides a stable baseload energy source.

"There have been few low-carbon options that can be deployed quickly at the scale and cost needed for AI campuses and heavy industry. The Pact system fills that gap," said Jakob Carnemark, CEO and Founder of Endeavour, in a statement. The company's vision is to provide 'just-in-time' fuel production that can be closely coupled with power generators, such as Endeavour’s own TurboCell system, eliminating the complex storage and transportation logistics that have plagued other hydrogen initiatives.

Beyond Green Hydrogen

The core of the Pact system is a process known as methane pyrolysis, or 'cracking.' Unlike traditional steam methane reforming (SMR), which produces hydrogen by reacting natural gas with steam and releasing significant amounts of carbon dioxide, pyrolysis splits methane (CH4) directly into hydrogen gas (H2) and solid carbon (C). This process fundamentally avoids the creation of CO2 as a byproduct.

Pact utilizes a proprietary, low-temperature catalytic reactor that Endeavour claims is highly energy-efficient. This approach stands in contrast to so-called 'green' hydrogen, which is produced via electrolysis—a process that uses electricity to split water into hydrogen and oxygen. While emissions-free at the point of production, the lifecycle footprint of green hydrogen is entirely dependent on the source of its electricity. If powered by a fossil-fuel-heavy grid, its climate benefits diminish significantly. Furthermore, energy losses during electrolysis, storage, and transport can inflate its true carbon cost.

Endeavour asserts that Pact's resulting hydrogen has a lower direct lifecycle greenhouse gas footprint than electrolysis-based green hydrogen. The technology has been rigorously tested with its manufacturing partner, EBNER, a global leader in industrial heat treatment facilities.

"This is an important milestone for the hydrogen industry," noted Herbert Gabriel, Managing Director of EBNER. "The Pact system dramatically reduces the environmental footprint of conventional fossil-based hydrogen and overcomes the scalability challenges of electrolysis-based systems."

Turning Carbon Waste into a Revenue Stream

Perhaps the most revolutionary aspect of the Pact technology is its treatment of carbon. Instead of being a harmful waste product to be captured and stored, the solid carbon produced is a high-value industrial material: graphite. This transforms the economics of decarbonization, creating a revenue stream that offsets the cost of clean energy production.

"Instead of storing carbon or releasing it into the atmosphere, Pact is creating the foundation for a carbon materials platform," explained the system's inventor and Pact Chief Technology Officer, Juzer Jangbarwala. The company envisions a wide range of applications for this domestically produced graphite, including advanced semiconductors, lighter and more efficient electrical transmission cables, and low-carbon concretes.

This co-production model carries significant economic and environmental implications. By creating a valuable commodity, the system incentivizes decarbonization. Furthermore, Endeavour claims that when the feedstock is renewable biomethane and the resulting graphite displaces carbon-intensive imports, the entire process can become net carbon-negative, actively removing carbon from the atmosphere. Given that the world's current hydrogen demand could yield 300 million metric tons of solid carbon annually via pyrolysis, the scale of this new materials market could be transformative.

An Integrated Infrastructure Strategy

Endeavour is not simply selling a piece of hardware; it is marketing a vertically integrated solution. The Pact system is available exclusively through the company's Edged Infrastructure platform, which designs and deploys complete AI infrastructure on demand. This strategy bundles the next-generation power source with the data center it is designed to fuel.

This full-stack approach aims to accelerate deployment timelines, reduce risk for customers, and ensure that the power and cooling systems are perfectly optimized for high-performance AI workloads. By controlling the entire chain, from fuel production to data processing, Endeavour is positioning itself as a one-stop shop for sustainable AI growth.

This integrated model represents a strategic bet that the key to unlocking AI's potential lies not just in better algorithms or faster chips, but in fundamentally rethinking the physical infrastructure that underpins it all. By tying clean power generation directly to its point of use and turning a climate liability into a material asset, the Pact system offers a compelling vision for a more sustainable industrial and digital future.