We deploy ATP’s patented CRBBP (Combined Remediation Biomass & Bio-Product Production) process: fast-growing bio-crops remediate soils & waters, capture atmospheric CO₂, and are re-used to make cost-advantaged bio-products— including high-performance bio-fillers, biochar, and clean bio-coal via torrefaction.
ATP applies high-biomass crops to uptake excess nutrients and targeted contaminants from agricultural soils and waters—an effective tool demonstrated across the Chesapeake Bay watershed.
Our crops capture atmospheric CO₂ via photosynthesis; ATP explores additional CRBBP applications and bio-product pathways to store carbon long-term and reduce emissions.
In a low-oxygen, thermal process, biomass becomes a clean, renewable char for stronger composites & plastics, soil-improving biochar, and co-fire-ready bio-coal—turning remediation outputs into market value.
ATP’s founder conceived CRBBP to multi-task bio-crops: first as living remediation tools, then as renewable feedstock for bio-products. This integrated approach improves environmental outcomes while reducing total program cost.
Working with regional partners, ATP has demonstrated CRBBP as a cost-effective means to remove excess nutrients from farm soils—protecting aquatic life while creating bio-product feedstock.
ATP-MD, LLC proposed a multi-benefit project concept in Baltimore, exploring flue-gas and atmospheric CO₂ capture alongside remediation of brownfields and reduction of airborne particulate matter.
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We partner with landowners, municipalities, utilities, and manufacturers to design integrated remediation-to-product pipelines.