What is Biochar?

An Organic Carbon Sponge for Soil, Water, Soil Restoration, and Water Filtration.

How Biochar is Created

It’s made when clean organic biomass is heated at high temperatures with limited oxygen. This process, called pyrolysis, creates a stable, high-quality form of charcoal designed for long-term performance in soil and filtration systems.

Biochar Has a Porous Surface

Because biochar has an ultra-porous structure and exceptionally high surface area, it works like a carbon sponge, holding water, nutrients, and beneficial microbes where they’re needed most.

Benefits

In gardens and composting, it helps reduce nutrient leaching, improves moisture retention, and supports healthier soil biology. In agriculture and greenhouse production, it can improve root-zone conditions, boost nutrient efficiency, and help stabilize soil structure. And in llarger-scale applications like soil reclamation and water filtration, biochar can help capture contaminants, improve drainage and aeration, and support long-term restoration of degraded land, all while storing carbon for decades to centuries.

Why use Biochar

Trees naturally capture CO2 from the atmosphere through photosynthesis, expelling the oxygen and storing carbon in its woody structure. When wood is processed into biochar, it becomes a valuable soil amendment, storing carbon for centuries.

Improves Crops Yields

Studies show that when biochar is added to soil, crops are healthier and more robust resulting in a significant boost in quality and above and below ground biomass.

Water & Nutrient Retention

The porous, sponge like attributes of biochar, allow it to absorb water and nutrients promptly, and release them slowly. This gives plants long term access to water and nutrients thus maximizing irrigation and fertilizer efficiency.

Soil Health

Soil organic carbon content, micro organisms, fungi and other soil characteristic will be enhanced and diversified resulting in increased root health and uptake efficiency of the plants.

Reduced Food Production Costs

By integrating biochar into agricultural soils, food crops will require less irrigation and fertilization thus reducing overall crop and food production costs.

Create Long-Term Environmental Benefits and Socio-Economical Opportunities

By reducing GHG emissions, sequestering atmospheric CO2, boosting crop yields and filtering water, biochar utilization will provide multiple environmental benefits as well as business and employment opportunities.

Forest Waste Recycled

Forestry is one of the largest industries in B.C. providing lumber, paper, power and other essential products and services. Residual harvesting biomass (limbs, tops, broken pieces, and trim ends) that don’t meet merchantable product requirements are piled and burned to mitigate wildfire and pathogen risks. Millions of tons of forest waste are burned each year emitting gigatons of greenhouse gasses. SilvaChar is committed to utilizing this forest waste to create a value added product (biochar), providing social, economic, and environmental benefits.

Where to use Biochar?

Whether you’re tending a backyard garden, managing a farm, maintaining turf on a golf course, or designing beautiful landscapes, Biochar boosts plant health by improving soil structure, retaining moisture, and increasing nutrient availability. It supports beneficial microbes, reduces the need for fertilizers, and helps plants thrive, even in poor or sandy soils. Plus, it lasts for decades in the ground, even hundreds of years, and actively removes carbon from the atmosphere, making it a win for both your plants and the planet.

Biochar can be used in the soil in locations such as these:

Farms, Vineyards, and Orchards

• Holds water + nutrients in the root zone (less leaching)
• Improves soil structure, aeration, and root growth
• Boosts microbial life and fertilizer efficiency
• Helps crops handle drought and stress better
• Long-term soil carbon that lasts for decades

Nurseries and Greenhouses

• Improves water retention without drowning roots
• Better airflow in potting mixes (healthier roots)
• Reduces nutrient runoff from pots and trays
• Supports beneficial microbes in the root zone
• Helps plants stay more consistent and resilient

Landscaping and Golf Courses

• Greener turf with less watering
• Reduces fertilizer loss and nutrient leaching
• Improves drainage while holding moisture
• Helps turf recover faster from traffic and heat
• Builds long-term soil performance

Home Gardening and Hobby Farms

• Makes soil easier to manage (water + nutrients stay put)
• Improves compost by locking in nutrients
• Helps plants grow stronger roots and stay healthier
• Reduces watering needs over time
• One application keeps working for years

Industrial Sites

• Helps remediate soils by binding many contaminants
• Improves poor/disturbed soils for revegetation
• Reduces erosion by improving soil structure
• Supports faster plant establishment on reclaimed land
• Durable, long-term carbon-based solution

A large flock of chickens inside a modern poultry farm facility.

Water Filtration and Odor Control

• High surface area = strong adsorption power
• Helps remove dissolved organics in water
• Reduces odors in composting, livestock, and waste areas
• Helps control moisture and smell in bedding systems
• Can be used in filtration media and treatment systems