3SW

A Division of Symbiogen

Presenting A Biological Approach to Regenerative Land Management

Revolutionary technology for converting organic waste streams into soil-restorative products

Biological Soil Resilience and Land Management Solutions

Food Security Risks are High

  • Soil erosion

  • Diminishing resources

  • Water management crises

  • Harmful and costly inputs

  • Global supply chain breakdown

  • Unbalanced carbon cycle with harmful GHG emissions

Soil Amendment Product for Working and Natural Lands

  • Protect it.

    It all begins with an idea. Maybe you want to launch a business. Maybe you want to turn a hobby into something more. Or maybe you have a creative project to share with the world. Whatever it is, the way you tell your story online can make all the difference.

    Forest Management

  • Regenerate it.

    Regenerate soils, building a healthy carbon structure and robust native microbiome using solar radiation to increase soil moisture content through indigenous bacterial photosynthesis process.

    Soil Recovery

  • Grow it.

    Soil Amendment Product for Working and Natural Lands. Reduces the amount of water needed, increases nutrient density, and reduces synthetic inputs. Helps to sustain dryland crops and rangeland fodder.

    Agriculture Management

  • Re-purpose it.

    Our soil amendments can utilize all of your agriculture and organic food wastes.

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  • Support it.

    Restoring dirt to soil, our products and processes are a key building block for regenerative grazing.

    Range Management

  • Sustain it.

    Increasing the soil nutrients and restoring the natural microbiome decreases the amount of water needed ultimately sustaining dryland crops.

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Unique Benefits

• Carbon Sequestration

• Soil Erosion Mitigation

• Soil Restoration

• Net Zero GHG Emissions and Pollutants

• Process adjacent to biomass source: farm, orchard, vineyard, and forest excavations, trimmings, food processing facilities, and any other organic waste streams

• Addresses all organic waste residue streams including fire cleanup residues and low-value biomass

• Low capital investment

• Minimal infrastructure, labor, and equipment

• Multiple pathways for finished product

• Addresses all organic waste residue streams including fire cleanup residues and low-value biomass

• Significant savings on input cost vs. traditional fertilizers

• Enhances soil moisture creation and retention year-round

• Improves water holding and drainage

• Decreases irrigation inputs up to 50%