AtmoCooling

  • pre-seed
  • Agriculture
  • Energy
  • Paul Mahacek

    Paul Mahacek

    CEO & Co-Founder

  • Paul-Emmanuel Hervé

    Paul-Emmanuel Hervé

    CTO & Co-Founder

The team brings expertise with backgrounds spanning engineering, environmental science, business development, and project management, each member brings unique expertise and a passion for sustainability.

Contact Us

Unlocking the Potential of Global Deserts

AtmoCooling’s patented technology takes a first principles approach to replicate and supercharge natural atmospheric cooling. We create microclimates from 10 to 10,000 hectares in size, cooling the natural environment by up to 15 degrees celcius without using any fresh water.

investors

  • Marble
  • Nucleus Capital
  • Revent Ventures
  • Founders Factory
  • Bronco Ventures
  • Hub71
  • SWIFTSCALE
  • Unruly

15°C cooler

from 10 to 10,000 hectares, no water needed.

AtmoCooling creates scalable microclimates that reduce ambient temperatures by up to 15 °C without using fresh water.

Problem

Rising heat and shrinking arable land threaten agriculture, solar efficiency, and urban livability, especially in arid regions.
Freshwater is increasingly scarce, yet vital for cooling and irrigation.
Existing cooling solutions are costly, energy-intensive, and hard to scale in harsh environments.

Desert landscape with futuristic structures under a shifting sky — an atmospheric visual echoing AtmoCooling’s mission to enable farming in arid regions through climate-adaptive technologies.
Desert landscape with futuristic structures under a shifting sky — an atmospheric visual echoing AtmoCooling’s mission to enable farming in arid regions through climate-adaptive technologies.

Solution

AtmoCooling is the first system to deliver precise evaporative cooling using saline water, powered by real-time sensors and climate-trained algorithms.
It cools 10 to 10,000 hectares by up to 15 °C, entirely off freshwater.
Applications span desert farming, solar energy, and urban cooling, boosting resilience where it’s needed most.