Increase methane yield, improve process stability, and create premium digestate. Valorize sources high-performance biochar optimized for AD systems.
Biochar acts as a reactor additive—not just a soil product—delivering measurable improvements across your operation.
Biochar's porous structure provides surface area for microbial colonization and enables direct interspecies electron transfer (DIET), accelerating methanogenesis and boosting gas production.
Biochar buffers pH swings, adsorbs ammonia and sulfides, and reduces inhibitory compounds. The result: more consistent performance with less intervention.
Biochar exits your system in the digestate, adding water-holding capacity, nutrient retention, and carbon stability so you can create a differentiated, premium output.
Multiple mechanisms combine to enhance digester performance.
Biochar’s conductive carbon matrix enables direct electron transfer between syntrophic bacteria and methanogens, bypassing the slower hydrogen-mediated pathway and accelerating methane production.
High surface area (250–400 m²/g) provides attachment sites for biofilm formation. Immobilized microbial communities are more resilient to process upsets and maintain higher activity.
Biochar adsorbs ammonia, hydrogen sulfide, and volatile fatty acids that would otherwise inhibit methanogenesis. Particularly valuable for high-nitrogen feedstocks like poultry litter or food waste.
Biochar’s alkaline nature and cation exchange capacity help buffer pH fluctuations, maintaining optimal conditions for methanogenic archaea even with variable feedstock inputs.
Results validated across lab, pilot, and commercial-scale operations.
Chiappero et al., Renewable & Sustainable Energy Reviews (2022)
Systematic review of 76 studies comprising 408 individual experiments on biochar addition to anaerobic digesters across multiple feedstock types and operating conditions.
Argonne National Laboratory
Research demonstrating biochar's ability to improve biogas quality directly from the digester, reducing downstream upgrading requirements.
Peter et al., ACS Omega (2025)
Recent study on optimized biochar formulations showing significant improvements in biogas yield under controlled conditions.
Penn State Extension (2024)
Field trials on working dairy digesters in Pennsylvania, testing biochar under real-world operating conditions with variable feedstock inputs.
5–25%
Average methane gain
Meta-analysis range
76
Peer-reviewed studies
Chiappero et al., 2022
>90%
Purity achieved
Argonne National Lab
Aggregated from industry meta-analyses and field trials across North American digesters.
Valorize sources biochar to your specifications and support implementation.
Tell us your digester type, feedstock, volume, and current challenges. We'll recommend biochar specifications and dosing rates for your operation.
Get pricing from qualified biochar suppliers, product specifications, and dosing protocols. We can arrange samples for bench-scale testing.
Biochar integrates into your existing process—inline with feedstock or dosed directly. No capex or equipment changes required. Track methane yield and stability improvements.
Biochar exits your system in the digestate, adding measurable agronomic value. If you sell digestate to farmers or landscapers, biochar-enhanced product commands premium pricing.
Biochar increases moisture retention, improving value for drought-prone applications.
Reduced N, P, K leaching means more plant-available nutrients per ton.
Biochar adsorbs ammonia during storage, preserving nitrogen value.
Adsorption of volatile compounds makes handling and application easier.
Carbon addition improves soil aggregation and long-term fertility.
Stable carbon in digestate qualifies for carbon removal documentation.
Valorize supports digestate differentiation programs by documenting agronomic benefits, verifying carbon stability, and connecting you to buyers that value premium soil amendments.
Manure-based systems benefit from biochar's ammonia adsorption and pH buffering, especially with variable feedstock quality.
High-variability feedstocks see improved stability. Biochar buffers against process upsets from changing inputs.
Ammonia inhibition is a common challenge. Biochar adsorbs ammonia and enables higher nitrogen loading rates.
Operations selling into LCFS or RIN markets benefit from higher methane yields and improved gas quality.
If you market digestate to farms, biochar addition creates a premium product with documented agronomic benefits.
Digesters experiencing pH swings, foaming, or inhibition can use biochar to improve operational consistency.
Get pricing and product recommendations for your agribusiness. We'll help you find the right biochar and connect you with qualified suppliers.