Upstream Decarbonization Through the Establishment of Multiple Circular Economies
The 'Flare-to-Forest' project aims to convert multiple waste streams from oilfield operations into valuable resources through a three-step process:
Step 1: Produced Water Treatment: This process follows the Circ Water Concept.
Step 2: Flare Gas & Waste Heat to Power Water Plant - Flare gas and/or reservoir heat is used to power the water treatment plant, which results in a significant reduction of greenhouse gas emissions and water treatment costs. This step incorporates the Dual-Circularity concept.
Step 3: Mineral Recovery - Valuable salts and minerals are recovered from the treated water, which drives significant economic benefits. This step follows the Multi-Circularity concept. The project aims to produce multi-use freshwater, which can be utilized for oilfield and industrial purposes, as well as for planting trees, supporting agriculture and livestock, and even human consumption.
Total CO2e benefit of $1.00+ per BBL of Treated Water Produced (@$100/ton CO2)
Power the water trea tment facility through local flared gas, or open the capture network to nearby fields as part of a consortium to scale CO2e benefit with water plant size.
Game-changing DyVaR technology to take high salinity produced water, and treat it to industrial/agricultural standards while reducing waste and capturing solid byproduct.
Harness treated water for internal use, or support the community as a supplier of precious water resources.