CO₂ and methane as feedstocks for fuels and carbon products

Serving Customers at the Point-of-Use

MAAT Energy converts carbon-based feedstocks into hydrogen, carbon monoxide, and carbon materials, using microwave and plasma processes. The system accepts methane-rich feedstocks from biogas, landfill gas, and natural gas, as well as propane and ethane, producing carbon monoxide for industrial uses and carbons for construction and advanced materials as stand-alone solutions. Large-scale applications include producing intermediates for methanol, plastics, and sustainable aviation fuels. Designed as a modular platform with fast startup and the ability to run on intermittent electricity, MAAT upgrades low-value carbon into higher-value products at the point of demand, enabling a capital-efficient path to produce fuels, chemicals, and materials.

Technology

MAAT Energy is building a modular platform for distributed production of clean industrial molecules and carbon materials. Using methane pyrolysis and CO₂ reforming, the company converts methane and CO₂ into hydrogen, carbon monoxide, and valuable carbon products, including inputs from biogas, landfill gas, coal bed methane, natural gas, and natural gas liquids such as propane and butane. The platform is designed specifically for both pathways and can be tuned to produce different products depending on the feedstocks applied, allowing it to serve a wide range of industrial applications.

What makes MAAT compelling is that it combines deep technical innovation with practical commercialization. The company is designed to generate early revenue through applications such as industrial carbon monoxide and carbon materials for construction, while creating growth opportunities in methanol, sustainable aviation fuel, and advanced materials. The result is a capital-efficient platform business built on efficiency, distributed deployment, and multiple monetization pathways rather than subsidies or credits.