Carbon removal

Wakefield Brunswick Biochar

Wakefield Biochar is a minority-owned American company dedicated to enhancing the planet’s health through its mission of “Better Soil. Better World.” Based in Valdosta, Georgia, with strong roots in the forestry industry, the company focuses on transforming waste from pulp, paper, and sawmills into biochar. Since its founding in 2014, Wakefield has championed biochar as a revolutionary tool for improving soil health, sequestering carbon, and replacing harmful chemical fertilisers. Unlike traditional waste disposal practices in the paper and pulp industry, Wakefield repurposes this waste into biochar products suitable for soil conditioning and composting.

Project activities include:

  • Transport and Operations: Sustain funding for the transportation and operations involved in processing and distributing biochar to pasturelands, aiding farmers who lack the means to pay commercial prices for biochar.

  • Paper and Pulp Mill Projects: Bolster financial feasibility for paper and pulp mill initiatives by leveraging carbon credits, fostering growth, and generating new eco-friendly employment opportunities.

  • Diversion from Landfills and Carbon Loss: Incentivise proper waste management practices and discourage carbon loss by redirecting char away from landfills and wasteful applications, promoting a zero-waste approach for large manufacturers.

  • Pyrolysis Units for Efficiency: Collaborate with mill owners to establish pyrolysis units that offer efficient energy for mills and customised biochar for agricultural, filtration, and remediation industries, effectively replacing outdated fossil fuel co-firing boiler technologies.

  • Retail Channel Expansion: Infuse working capital into retail expansion efforts, making biochar and biochar composts more accessible and affordable, thereby elevating public awareness and engagement.

Benefits

As trees grow, they store carbon from the atmosphere in their biomass through photosynthesis. When this biomass is burned in the absence of oxygen (a process called pyrolysis), one of the byproducts is a stable, carbon-rich residue called biochar.

When biomass decomposes naturally, carbon and methane are emitted into the atmosphere. Since biochar is very stable, the production of biochar using waste biomass, such as waste timber from commercial forests, is a more permanent method of removing carbon dioxide from the atmosphere and storing the carbon on long-term timescales, than allowing the biomass to decompose naturally.

Benefits

As trees grow, they store carbon from the atmosphere in their biomass through photosynthesis. When this biomass is burned in the absence of oxygen (a process called pyrolysis), one of the byproducts is a stable, carbon-rich residue called biochar.

When biomass decomposes naturally, carbon and methane are emitted into the atmosphere. Since biochar is very stable, the production of biochar using waste biomass, such as waste timber from commercial forests, is a more permanent method of removing carbon dioxide from the atmosphere and storing the carbon on long-term timescales, than allowing the biomass to decompose naturally.

Benefits

As trees grow, they store carbon from the atmosphere in their biomass through photosynthesis. When this biomass is burned in the absence of oxygen (a process called pyrolysis), one of the byproducts is a stable, carbon-rich residue called biochar.

When biomass decomposes naturally, carbon and methane are emitted into the atmosphere. Since biochar is very stable, the production of biochar using waste biomass, such as waste timber from commercial forests, is a more permanent method of removing carbon dioxide from the atmosphere and storing the carbon on long-term timescales, than allowing the biomass to decompose naturally.

The project contributes to sustainable development goals by supporting local farmers with subsidised biochar and also addresses agricultural challenges in a drought-prone region. Wakefield Biochar has created over 80 jobs in Valdosta, Georgia. The project provides economic benefits while supporting sustainable agriculture.

The Biochar project directly supports SDG 13 by transforming waste biomass from the pulp, paper, and sawmill industries into biochar, a stable form of carbon that can be stored in soil for centuries.

Mixing the produced biochar into soil can therefore act to permanently lock away its stored carbon, and studies have also found that it can support the fertility and productivity of the soil. This has improved structure, nutrient cycling, and reduced N₂O emissions, particularly on drought-prone pasturelands.

About

Status

Status:

Status:

Live

Type of project

Type of project:

Type of project:

Carbon Removal

SDGs supported

SDGs supported:

SDGs supported:

8

13

15

Fund this project

This project is supported in our Carbon removal through biochar in the impact shop.

Verifications

Verification: Puro Earth

Puro.earth certifies carbon removal suppliers based on its Puro Standard.

Find out more here.