Next-Generation Biomass Processing

Most agricultural wastes, including those with high silica content, can be effectively processed using our Biomass Processing Unit. Our continuous flow design and remote monitoring means the system requires minimal management. Qualterra’s biomass processing engineers will work with you to design a Biomass Processing Unit that integrates with your existing systems. Unlike compost and other forms of biomass degradation, carbon is stably sequestered in biochar, reducing the environmental impact of your agricultural enterprise.

Syngas produced by the BPU can be used for heating or for generating electricity. It is frequently used to help offset energy costs of warehouses, greenhouses, or buildings.

Qualterra’s BPU is designed to produce a high-quality, consistent biochar product. While biochar can also be used as a filter media, its most common use is as a soil amendment which can boost crop yields, enhance soil health, and reduce water and fertilizer consumption. The unique and porous structure of biochar retains water and nutrients, leading to reduced nutrient leaching and improved water and nutrient use efficiency. Soil structure is improved by increasing pH and organic matter, leading to improved soil aggregation and providing a suitable host environment for increased microbial activity. Root growth is increased, and the improved root surface area aids in plant nutrient uptake. Biochar is a stable carbon structure lasting thousands of years in the soil, removing it from the atmosphere and providing valuable benefits for the farmer. In summary, biochar soil amendments can improve plant growth, health, and yield, while also mitigating climate change by sequestering carbon in the soil.