1. Fantail Well Services, LLC
April, 2018

2. Improve Operating Margin
Why Use This Downhole Technology?
Establishes Formation Drive
More efficient recovery (1:1 recovery ratio)
Increases Production 2-10X
Light Oil, Heavy Oil, Gas, Liquids
Solves Water, Sand & Paraffin Buildup
Constant pull on reservoir, thus improves flow assurance and reduces downtime
Lowers Costs
Fewer workovers and lower operating and maintenance costs
Improve Operating Margin

3. Comparison of Pumps in Marketplace
Current Technology
New Technology
Production
Start/stop pull on reservoir
Inefficient injection/return ratio
Constant pull on reservoir – capable of 30+ inches of vacuum pressure
Operating Efficiencies & Uptime
Frequent replace and repair pump rods, bearings or ESP
Regular workovers/acid jobs to clear residual build up in well bore or screens
No moving parts downhole – long life expectancy
Reduce buildup as pump continuously flushes paraffins, water, mud, sand from well bore
Acid jobs or screen cleaning can be performed by reversing flow of surface pump
Eliminates cavitation and vapor lock
Capital Outlay
Purchase or financing Pumping Jacks and ESPs
Rental day rate option available
Maintenance cost
Rig or other expensive equipment required for maintenance
Performed without the need for a rig; reverse pump flow
Operating Cost
Higher electricity consumption on a per boe basis
Approximately 30% lower electricity consumptions per boe produced
Increase Production approximately 2-10x

4. Economic Impact – Type Curve
Test wells are achieving a 2-10x production increase
Accelerated production significantly increases asset value
Example:
-Accelerate production with no change to EUR
-WTI at $65/bbl
-3x production – NPV 10 increase by $1.8MM
-6x production – NPV10 increase by $3.0MM
-9x production – NPV10 increase by $4.0MM
Revenue Increase over 3 years
$6.8MM
$5.4MM
$3.2MM
Accelerate Revenue and Improve Value