Salamander’s Foundry™ heater solution uses closely spaced Salamander heater cables to increase temperatures throughout the entire reservoir to extract hydrocarbons from immature kerogen-rich shales or heavy oil and bitumen, generate reservoir drive, and in some systems, rejuvenate production in depleted fields.
The Foundry™ In-situ Upgrading Process (IUP) uses Salamander heaters to initiate thermal cracking of heavy oil and/or bitumen in-situ. Due to more uniform heat propagation relative to steam, Foundry™ IUP recovery efficiencies reach as high as 75% with subsurface energy ratios nearing 10 in some cases.
In addition, IUP allows for the control and variation of oil characteristics to APIs between 16° and 50°, which can reduce or eliminate the need for diluents. Downstream costs are further reduced because the Foundry™ In-situ Upgrading Process leaves waste products such as coke, metals, and sulfur in the ground.
Surface retorting methods for extracting value from immature kerogen-rich shales are neither efficient nor cost effective for depths more than 100 m. But with the Foundry™ In-situ Conversion Process (ICP), these vastly undervalued hydrocarbon resources can be more efficiently converted in-situ through the precise application of heat to recover 50% (by weight) of the organic content of the rock.
Recovery factors of 3%–15% are typical using traditional hydraulic fracturing methods for liquid rich shales (LRS). The Foundry™ Hybrid Drive solution can increase recovery factors to 50% by generating additional hydrocarbons from kerogen. Plus, Hybrid Drive gives first oil quicker by extracting existing oil in the formation before hydrocarbons generated by ICP begin to flow.
Foundry™ is ideal for the following target formations
A complete suite of services designed to help you increase production well-by-well or across your entire reservoir.
Find out how Salamander can help turn up the heat.
Go to the Salamander InfoHub and download our brochure.