Hago Energetics converts waste materials into clean hydrogen with a negative carbon footprint, primarily targeting the transportation market with hydrogen fuel cell fleets. The company also produces biochar, a carbon-based soil amendment that enhances agricultural productivity by improving water and nutrient retention. This dual focus addresses global warming by decarbonizing hydrogen production while creating valuable agricultural inputs from waste streams.
Funding
$430K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
The increasing levels of atmospheric carbon dioxide and reliance on fossil fuels are driving unprecedented global warming, necessitating innovative solutions for carbon capture and clean energy production. Traditional hydrogen production methods often contribute to carbon emissions, while agricultural and animal waste pose environmental disposal challenges.
Solution
Hago Energetics utilizes thermochemical processes to convert agricultural and animal waste, along with captured carbon dioxide, into clean hydrogen and biochar, achieving a net-negative carbon footprint. Their technology decomposes biogas derived from waste materials to produce green hydrogen, targeting the transportation market, particularly hydrogen fuel cell fleets. The process also yields biochar, a carbon-rich material that enhances soil productivity by improving water and nutrient retention. By converting waste into valuable resources, Hago Energetics addresses both the need for sustainable hydrogen production and the challenges associated with waste management and soil degradation.
Target Audience
The primary target audience includes the transportation sector seeking clean hydrogen fuel, agricultural operations looking to enhance soil productivity and manage waste, and industries seeking carbon capture and utilization solutions.
Features
- Thermochemical conversion of agricultural and animal waste into clean hydrogen and biochar
- Carbon dioxide capture and utilization in the production process
- Production of green hydrogen for the transportation sector, specifically hydrogen fuel cell fleets
- Generation of biochar for enhanced agricultural productivity through improved soil health
- Waste-to-resource approach, addressing both environmental disposal challenges and the need for sustainable energy