EMPowered Heat
for
Heavy Oil
$30M
Commercial- scale pilot project
7 Months
Consecutive EMPowered Heating
RF XL v1.0
Demonstrated unprecedented performance of any RF heating system
$5M
Funding required to complete
RF XL v1.5
Lowest Cost
Lower Capital Cost
50%
Utilizing Acceleware’s RF XL technology in place of SAGD is estimated to reduce the capital costs of oil sands and heavy oil production by over 50% on both a capital intensity (dollar per flowing barrel) and a total capital investment basis.
With minimal surface facility requirements and the mobility of the CTI, RF XL can be deployed at a single well or a single pad, allowing operators to profitably scale one well (or pad) at a time and relocate the system multiple times to optimize productivity and returns. The reduced size, scale and ability to redeploy the RF XL system deliver faster return on investment and higher profitability.
Lower Operating Cost
40%
RF XL operating costs are driven down by an estimated 40% by a combination of decreased energy input joule for joule versus fossil-fuel based heat and versus other forms of electrification, labour and service costs. RF XL requires no ticketed steam engineers, no steam based pressure vessels, and reduced pressure vessel compliance work.
The simplified surface operations of an RF XL deployment would require fewer staff to operate, have lower maintenance and workover needs, and require less water processing and disposal. RF XL is remotely monitored and managed, so staff are only dispatched as needed for maintenance or repairs.
RF XL Commercial-Scale Pilot
Acceleware's EMPowered Heat could yield massive environmental benefits for combustion intensive industrial processes, including cleaner thermal heavy oil and bitumen production via RF XL.
Construction of the commercial-scale RF XL pilot was started in August, 2021 at Marwayne, Alberta. The CAD $30 million pilot saw seven consecutive months of EM power injection into the transmission lines, proving out the core heating technology and the Clean Tech Inverter (CTI). The pilot is currently on pause while plans are made for upgrade of downhole components to improve performance and longevity.
The commercial-scale pilot is intended to demonstrate RF XL’s heating capabilities, alongside immediate and sustainable environmental, economic and social benefits. These include 40% operating cost and 50% capital cost reductions, no external water use requirements, near-zero GHG emissions through direct or indirect use of renewable power, a significant reduction in surface disturbance and no requirements for the addition of solvents.
RF XL technologies could enable production from a wide range of untapped geologies and reservoir formations, including:
Very deep or very thin reservoirs
Cracked or fractured rock
Shallow reservoirs
Developed reservoirs with up to 90% of the oil still in the ground
2010 - 2021
De-Risking
Acceleware completes robust shop and lab testing in collaboration with 3rd party industry resources like Noetic, AGAT, and Perm Inc. on each unique surface and subsurface component along with material compatibility tests (thermal, electrical, mechanical), and material strength tests (destructive testing).
How RF XL Works
RF XL uses EM energy to generate heat, which converts the water already existing within the oil sands reservoir to steam, mobilizing the bitumen and allowing it to flow to the producing well.
Acceleware's RF XL process, coupled with new software advancements, involves the drilling of two RF heating lines into the target zone and their connection to a surface power supply.
RF XL eliminates the need for water source wells, water treatment equipment, and steam generators, as well as the requirement for costly chemicals or solvents.
