Scientists investigated the potential of using biochar made from local feedstocks, pine beetle–killed lodgepole pine and tamarisk, to remediate soils affected by mine lands.

The carbon market reduces greenhouse gases by promoting efficient energy use, renewable energy, and tree planting, earning tradable carbon credits to fund carbon capture projects.

Explore what it means for Wakefield BioChar to be OMRI-listed and its significance for organic gardening practices.

Few people realize that biochar can significantly reduce greenhouse gas emissions from soil, acting as a powerful carbon sink and helping to mitigate climate change while enhancing soil health.

Learn how biochar is being tested to improve urban and community soil health in Minneapolis and Shakopee.

Partnering with Wakefield BioChar promises not just a step towards sustainability, but a leap into a future where environmental stewardship meets cutting-edge innovation, transforming waste into wonder for a greener tomorrow.

Biosolids, when treated with biochar, become a potent tool for phosphate remediation, harnessing the power of nature to mitigate water pollution and restore ecological balance.

Uncover the innovative ways Wakefield's Beneficial Reuse Division turns waste into valuable biochar for soil improvement.

Biochar supercharges coffee plants, energizing the soil for a robust and bountiful harvest!

Learn about the benefits of biosolid-based biochar and its positive impact on soybean yield and soil health.