12x
At Qualterra, we deliver agricultural solutions that integrate environmental and economic impacts. We’re dedicated to revolutionizing the way we nourish the planet while preserving its delicate balance. Through innovative approaches in plant propagation, molecular diagnostics, biomass processing, and biochar production, we improve humankinds’ agricultural resilience while optimizing productivity. Our flagship technology, biochar, stands as a cornerstone in our mission to cultivate thriving ecosystems. By integrating biochar within our plant propagation technologies and our customers’ agricultural production systems, we not only enhance soil health but also foster resilient ecosystems capable of withstanding environmental challenges.
Technical Specifications
Technology Type
gasification
Process Type
Continuous
Biomass Throughput
—
Biochar Throughput
—
Heat Output
—
Steam Output
—
Electrical Output
—
Expected Lifetime
—
Operators Needed
1
Lead Time
—
Remote Monitoring
Available
Carbon Credits
—
Feedstocks & Co-Products
Acceptable Feedstocks
—
Production Co-Products
Additional Information
Delivery Regions
Global
Reliability & Downtime
Manufacturer-reported performance includes 40,000 operating hours across three units, relocation of systems between sites in seven days, and a 1.5-month lifecycle carbon payback. The reported biochar science program spans 16-17 cropping systems, more than 30 locations, and six U.S. states. Three Degrees was identified as the carbon-credit partner.
Maintenance & Servicing
No direct equipment price or lead time was provided. The reported annual maintenance budget for a larger system is approximately $20,000-$25,000. A first-year warranty was referenced, but exact terms were not specified. A 1x unit may be eligible for 70% trade-in credit toward a 12x system. Partnership and joint-venture structures may be available.
Pressure Consistency
—
Software Integration
Remote monitoring and control are included. Electric startup is used rather than propane. The preferred operating mode is 24/7; a practical pattern is 16-hour shifts with an 8-10 hour hot-start window. Eight-hour-only shifts are less ideal because reactor cooling increases cleanout and startup requirements.
Contact Information
Resources
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