Cooling Uses 40% of Data Center Power. Cut It in Half.

The AI infrastructure buildout has collided with an unprecedented power crisis. Data centers consumed over 4% of U.S. electricity in 2024, with demand projected to triple by 2030. The constraint of the era isn't capital or ambition — it's electrons.

Grid interconnection queues stretch 5–7 years. Utilities have received over one terawatt of load requests they cannot fulfill. Communities near data center clusters are experiencing electricity rate increases of up to 267%, triggering mounting political backlash.

The bottleneck is real and worsening. Traditional solutions — building new power plants, extending transmission lines, negotiating grid connections — take years and face escalating opposition.

Every data center faces the same inefficiency: cooling consumes 30–40% of total facility power. Chillers run constantly to remove heat. Compressors battle humidity. Energy that could power computation is instead spent fighting thermodynamics.

This isn't a minor optimization problem — it's a structural waste of infrastructure capacity. In a 100 MW facility, 30–40 MW disappears into cooling systems before a single AI model trains or inference runs.

What if cooling loads could be slashed without compromising thermal performance? What if that power could be reclaimed for compute? The megawatts you need are already there — you're just spending them on cooling. MOF technology, recognized with the Nobel Prize in Chemistry, makes this possible.

MOFmaker's technology removes humidity from air using metal-organic frameworks — crystalline materials with extraordinary surface area and molecular precision. Most chiller energy is consumed removing moisture. By pre-treating air upstream of cooling systems, we fundamentally change the thermodynamic equation.

The result: 10–15% additional compute capacity unlocked from existing infrastructure — without new grid connections, construction delays, or capital-intensive expansions. You already have this capacity. We're helping you unlock it.

Football Fields in a Gram

Metal-organic frameworks are among the most extraordinary engineered materials ever created. Surface areas the size of football fields can be packed into a single gram of powder. Their crystalline structure creates precisely tunable cavities that can capture, store, or release specific molecules with extraordinary selectivity.

MOFmaker has harnessed this molecular precision for industrial-scale energy applications. We use MOFs to remove humidity to a degree never before possible, fundamentally changing the cost of latent cooling. Our systems are engineered for reliability and designed to integrate with existing infrastructure. The science is proven. The manufacturing pathway is clear. The impact is measurable.

This isn't greenwashing. It's infrastructure math: when facilities use less power, everyone benefits. MOFmaker technology makes data center expansion compatible with community wellbeing.

MOFmaker represents more than operational efficiency — it's a force multiplier for American technological leadership. The question is whether the power grid can keep pace.

We accelerate deployment timelines. We reduce strategic vulnerability to grid constraints and foreign energy dependence. We make ambitious national AI infrastructure buildouts achievable on the timeline that matters — not in a decade, but in the next two years.

MOFmaker's platform technology extends far beyond cooling optimization. The same molecular precision that removes humidity from air can be tuned to capture carbon, harvest water from atmosphere, store hydrogen, and solve dozens of other industrial challenges that demand materials with extraordinary selectivity. We're focused on data centers today, and creating solutions that can transform our world.

Join the Infrastructure Revolution

MOFmaker is partnering with data center operators, hyperscalers, utilities, and strategic investors who recognize that the power crisis demands materials science — not just more construction.

We're making MOFs work for the world. Starting now. Starting with you.

• Deploy proven technology at industrial scale
• Unlock 10-15% additional capacity from existing facilities
• Bypass grid interconnection delays
• Enable AI infrastructure growth that communities can welcome
• Access platform technology for future applications