CedarStone Energy is a green energy research and development company focused on transforming legacy industrial and oil and gas infrastructure into productive, sustainable assets.
Across Alberta and other energy-producing regions, many oil and gas assets are reaching the end of their original production life.
Wells become marginal or inactive.
Pipelines and field infrastructure become underutilized.
Produced water continues to create disposal, trucking, emissions, and cost challenges.
These assets often move from revenue-generating infrastructure to long-term balance-sheet liabilities.
CedarStone Energy sees a different future.
Our research identifies opportunities to repurpose mature wells, inactive pipelines, produced-water systems, batteries, separators, and existing lease infrastructure before they become stranded liabilities, orphan risks, or unrecovered closure costs.
Our work is designed to support operators, communities, Indigenous Nations, landowners, governments, and industry partners by creating practical pathways for asset reuse, environmental restoration, and long-term value creation.
Value Proposition - Moving Mature Assets Back to the Productive Side of the Balance Sheet
CedarStone Energy helps operators, communities, and partners move mature oil and gas assets away from the liability side of the balance sheet and toward productive reuse.
We create value by identifying infrastructure that still has technical, thermal, water, or logistical utility and developing projects that repurpose it before it becomes stranded, orphaned, or fully decommissioned.
CedarStone Energy creates value by helping partners:
~ Reduce asset retirement pressure by finding productive reuse opportunities for mature wells, pipelines, batteries, separators, and lease sites
~ Lower operating costs by reducing produced-water trucking, disposal fees, injection dependency, and field transportation emissions
~ Create new revenue or cost-offset opportunities from assets that may otherwise generate only maintenance, suspension, abandonment, and reclamation costs
~ Support regulatory and ESG objectives through infrastructure reuse, emissions reduction, water stewardship, and reduced surface disturbance
~ Improve community outcomes through energy, heat, water, food-security, and local economic development projects
~ Unlock hidden value in marginal, inactive, or soon-to-be inactive infrastructure before final abandonment and cut-and-cap decisions are made