Technology
Advanced Materials. Engineered for Performance. Designed for the Planet.
At Hyera, our patented production technology does more than create exceptional activated carbon - it helps solve the global carbon problem.
We’ve reimagined how high-performance carbon materials should be made, using renewable U.S. feedstocks and climate-first engineering to drive meaningful environmental outcomes across water and air purification systems.
Engineered to Sequester Carbon
Our production platform does more than reduce emissions- it actively removes them.
For every kilogram of activated carbon produced, Hyera sequesters approximately 2 kilograms of CO₂, enabling our sites to generate third-party-validated carbon credits. These carbon-negative benefits provide our customers and partners with additional ESG value- quantifiable and auditable.
Sustainable Feedstock. Smarter Processing.
Conventional activated carbon is often produced using coal or imported coconut shells - materials that raise environmental, ethical, and supply chain concerns. These processes rely on fossil fuels and generate high carbon emissions.
At Hyera, we do things differently.
Our proprietary process is optimized for agricultural by-products, particularly almond shells sourced within the United States These renewable biomasses are transformed into high-performance activated carbon without the need for coal or petroleum-based energy inputs.
This allows us to:
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Reduce upstream emissions
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Support local growers
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Lower overall carbon intensity
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Minimize supply chain risks
We don’t just use sustainable materials - we design our process around them.
Closing the Loop on Clean Materials
Every stage of our process is engineered for circularity - from feedstock to final product. Whether it's water purification for municipalities or industrial emissions control, Hyera’s American Engineered Carbon solutions offer unmatched sustainability without compromising performance.
When you choose Hyera, you're not just selecting a supplier - you're choosing a partner in clean material innovation.