Carbon-Negative Green Energy

Solutions

Green Hydrogen | SAF

Carbon Sequestration

Alléo Energy Bio-Reforming Process

Reducing Greenhouse Gas Emissions

Resource Sustainability

Circular Economy

Diversifying Energy Sources

Green Hydrogen & SAF Production Facility

SAF

Green Hydrogen

Cellulosic waste

Carbon-Negative Green Hydrogen

Alléo Energy’s proprietary biomass reforming system converts cheap and abundant cellulosic waste to green hydrogen.

Key features include

  • High Yield: Produces green hydrogen at unprecedented yields; a significant increase in output that is more than 20% higher than other biomass-based methods.
  • Low Energy Consumption: Requires less than 15 kWh of power per kg of hydrogen, making it three times more efficient than conventional electrolysis (45–70 kWh/kg), making it one of the most energy-efficient green hydrogen production methods.
  • Carbon-Negative Footprint: By sequestering biochar, a stable carbon by-product, the process achieves a double digit negative carbon intensity score, actively removing carbon from the atmosphere simultaneously improving soil quality.
  • Renewable Feedstock: Utilizes waste wood, a by-product of forestry and agriculture, addressing waste management while avoiding competition with food production or land use.

Sustainable Aviation Fuel (SAF)

Decarbonizing aviation is crucial due to high CO2 emissions; Sustainable Aviation Fuel (SAF) reduces lifecycle emissions by up to 94%, supports net-zero goals by 2050, enhances air quality, energy security, and requires no infrastructure changes.

  • Alléo Energy produces SAF through a known pathway, utilizing the Fischer-Tropsch process (FTS) we achieve signiicantly increased yield of carbon negative SAF.
  • Aviation contributes about 2-3% of global CO2 emissions, making decarbonization vital for climate goals.
  • SAF can reduce emissions by 80-94% over traditional jet fuel, depending on feedstock and production methods.
  • No engine or airport modifications needed for SAF, enabling seamless integration into existing fleets.
  • SAF improves local air quality by reducing particulate matter and sulfur emissions from flights.
  • Enhances energy security by diversifying fuel sources away from fossil fuels and imports.

Biochar

Alleo's BioChar, with 94.5% graphitic carbon, offers a sustainable alternative to fossil fuels in steelmaking, battery technology, as a soil ameliorant, and shows promising potential as a source of high quality graphene.

  • Steelmaking Applications: Can be used in steel production processes to enhance sustainability and efficiency; benefits over coal include significantly lower CO2 emissions, improved energy efficiency, reduced reliance on non-renewable resources, and potential for carbon-negative steel production through biochar's carbon sequestration properties.
  • Battery Technology Integration: Our high graphitic properties enable versatile uses in battery technology, including as conductive anodes in lithium-ion batteries, electrodes in super-capacitors, and sustainable components in next-generation sodium-ion systems.
  • Soil Ameliorant: BioChar serves as a highly effective soil enhancer that improves overall soil health by increasing water retention, enhancing nutrient availability, promoting beneficial microbial activity, and boosting long-term carbon sequestration in the soil, ultimately leading to higher agricultural productivity, reduced need for chemical fertilizers, and greater resilience against drought and erosion.
  • Graphene Production Potential: BioChar shows strong promise as a source for high-quality graphene, enabling innovative material developments.

Alléo Energy Bay Minette Facility

Address

12020 D’Olive Street

Bay Minette, Alabama 36507

Contact

+1 865 224 3706

info@alleoenergy.com