About E-T Energy Operations Technology Shareholders In The News Investors  
 

E-T Energy Ltd. interviewed on the TheEnergyNews.com. Please see the presentation.

First Energy London October 7, 2008. Click here to view

Electro-thermal pilot in the Athabasca oil sands: Theory versus performance. Click here to view the full article

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E-T Energy is engaged in the business of developing, operating, producing and selling recoverable bitumen found in the Athabasca oil sands deposits using the ET-DSP™ in situ method of production.

The ET-DSP™ method process involves passing electrical current from surface power distribution equipment.

 

 

Overview

The Athabasca Oil Sands include significant resources that are too deep for surface mining and too shallow for steam assisted gravity drainage (SAGD). E-T Energy’s operations will consist solely of the in-situ electrical heating and production of bitumen from the McMurray formation. Open pit mining is not permitted on our leases and is not part of our business plan.

Relative to mining or SAGD, E-T Energy expects that it will produce these “stranded” reserves using ET-DSP™ with the following critical benefits:

  • limited environmental impact (small footprint and minimal surface disruption)
  • rapid remediation of produced acreage (estimated at approximately 2 years)
  • significantly reduced water use (only require voidage replacement)
  • significantly less human resources required to install and operate process
  • process is highly scalable
  • no use of natural gas is required
  • there are no emissions, thereby anticipated to create carbon credits
  • minimal upfront capital is required
  • recovery rates should be 75% or greater
  • there is excess electrical power available to produce the bitumen
The Field Test is intended to demonstrate these propositions.

Performance metrics such as scalability, kilowatt hours of electricity required per barrel produced, total recovery factor, equivalent steam oil ratio, capital cost efficiency, operating cost per barrel, water usage, bitumen production per employee and carbon credit generation are expected to be confirmed. In addition, pursuant to regulatory requirements, the Field Test has been designed within the constraints of conventional oil and gas practice and engineering procedures. The Field Test Expansion will focus on the development of an engineering framework that maximizes the value of the ET-DSP™ process for oil sands recovery while meeting the Alberta Energy and Utility Board requirements for safety, environmental protection and resource conservation.

 

 

 

 

 

 

 


 
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