Carbon Finance Solutions

British Columbia

Canada

July 2026

[SERVICE OVERVIEW]

Land stewardship for a more resilient future.

Using the carbon markets, we work with land managers to implement carbon solutions to fund protection and conservation of local forests and ecosystems.

Contact Us

Carbon Finance Services

To restore forests and land degraded by wildfire, industrial activity, and climate stress, we’re expanding four key carbon removal services: Afforestation, Reforestation and Revegetation (ARR), Improved Forest Management (IFM), Biochar and Terrestrial Storage of Biomass (TSB).

Afforestation, Reforestation & Revegetation

A nature-based solution to restore ecosystems, stabilize soil, and capture carbon.

Our expertise in silviculture naturally lends itself to the process of afforestation on land that has not yet been forested for a length of time, and reforest land that has been lost due to natural disasters or logging or agricultural activity. Furthering our work in Revegetation will support ecosystems by restoring any kind of plant cover such as trees, shrubs, grasses, and groundcover. As always, our priority is to ensure native species and a biodiverse plan is in place to restore and protect local ecosystems.

Our team is experienced and motivated to continue restoration of lands in collaboration with our First Nation and local community partners.

Improved Forest Management

Changing how we manage forests is one of the most cost-effective natural climate solutions available. Improved forest management increases carbon storage and makes forests more resilient to wildfire and other disturbances. It also protects the clean water, wildlife habitat, and biodiversity that forests provide.

Minimalist illustration of a small plant with two leaves.

Protect & Conserve Forests

We work with land managers to design landscape and site-specific plans to generate carbon credits to fund the various goals and objectives of local land stewards.

Optimize Silvicultural Practices

We predominantly work with land managers of working forests to generate carbon revenue by varying harvesting techniques or annual harvest volumes.

Land managers can use carbon credit generation to make landscape level decisions which benefit biodiversity and ecosystem health while limiting the financial impact of decreased harvesting.

Some options, among others, are increasing or expanding riparian zones, increase retention requirements, fuel thinning and wildfire mitigation strategies, identification of spirited lands or conservation zone for 100% protection.

Biochar & Terrestrial Storage of Biomass

A nature-engineered solution to remove carbon dioxide from the atmosphere.

Our focus has always been on rehabilitating the land, particularly after wildfire and more recently working to protect the land from wildfire. The persistent challenge has been funding these activities at scale. Biochar and Terrestrial Storage of Biomass are two carbon initiatives which provide opportunities to fund restoration and mitigation at scale.

Accessing the carbon funding market with these methods, we are able to utilize the non-merchantable fibre from reforestation site preparation (removal of fire damaged fibre) and/or the uneconomical fibre from wildfire fuel mitigation treatments to create carbon credits.

The funds from the sale of the carbon credits are, in turn, used to fund the activities of land restoration and wildfire mitigation.

Carbon Then & Now — and into the Future

The forestry industry has grappled with the challenge of managing residual wood waste following harvesting for over a century.

Every year, thousands of tonnes of woody material are left onsite with no economically viable option other than piling and burning. Hundreds of piles are burned when fire risk is low, releasing significant amounts of carbon into the atmosphere.

Carbon finance presents an opportunity to change that equation. Through valorization of residual fibre, including TSB and biochar production, we can turn what was historically considered waste and a carbon source into a valuable carbon sync to reduce emissions from slash burning and storing carbon for the long term.