At H Cycle, we convert waste into renewable, low-carbon energy using our advanced waste processing system. We divert non-recyclable, organic-rich materials such as municipal solid waste, agricultural residues, woody biomass, and construction debris and transform them into clean electricity, synthesis gas, and hydrogen for industrial and utility-scale applications. This approach reduces methane emissions, destroys harmful pollutants like PFAS, and provides sustainable alternatives to fossil-based energy.

HISTORY

At H Cycle, we believe renewable, low-carbon energy solutions are essential to addressing the world’s most pressing climate challenges.

Founded in 2021, H Cycle was established to tackle the growing global waste problem by converting organic waste materials—previously destined for landfills or released into the environment—into clean, renewable energy. Originally focused on producing carbon-negative hydrogen, we have expanded our scope to include clean electricity and low-carbon synthesis gas, broadening our impact across the energy sector.

By processing difficult-to-manage waste streams such as food-soiled packaging, agricultural residues, and construction debris, H Cycle reduces methane emissions from landfills, waterways, worksites and natural spaces, and helps accelerate the transition to a circular clean energy economy.

MISSION

H Cycle is committed to helping communities address the growing challenge of hard-to-manage waste—including solid waste, construction debris, and woody biomass—while supporting the transition to cleaner, more sustainable energy systems.

Our mission is to divert non-recyclable, non-compostable organic-rich materials from landfills, treatment facilities, and industrial waste streams, and transform them into clean energy using advanced thermal conversion technology. This energy—delivered as electricity, low-carbon synthesis gas, and hydrogen—supports industrial, municipal, and utility-scale applications, helping reduce emissions and decarbonize sectors that are difficult to electrify.