1. Innovative Energy Technology July 2014
CJS Production Technologies Inc.
“Committed to Production Solutions for the Energy Industry”
Innovative Energy Technology July 2014

2. CJS FlatPak / ArmorPak Umbilical Is ...
An coiled tubing umbilical system containing tubes to convey, actuate and receive production from downhole electric and hydraulic submersible pumps.
A system that can optionally include components to inject chemicals and receive downhole data.
Used to facilitate low maintenance artificial lift from conventional, deviated and horizontal wells
Robust and versatile enabling the umbilical to convey artificial lift systems for permanent production and to perform wellbore cleanouts
Conveyed using conventional coiled tubing units
Patented and patent pending technology

3. ArmorPakTM
All metal banded umbilical for deeper well depths and thermal well applications
Fatigue and stress testing evidences ArmorPak will extend umbilical life eliminating potential for wear on the outer thermoplastic jacket
Manufacturing is performed in Canada facilitating improved delivery time frames

4. FlatPak is Conveyed With ...
Conventional coiled tubing units
Modified arch rollers and injector components
Specialized snubbing & blowout prevention systems
CT unit modifications to permit fluid pumping operation
Modified wellhead apparatus including modified tubing hanger

5. Typical Completion Stack

6. FlatPak / ArmorPak Field Service Operations

7. FlatPak / ArmorPak Supports ...
Hydraulic Submersible Piston Pumps- HydraPak HSP
Hydraulic Progressive Cavity Pumps – HydraPak PCP
Modified Jet Pumps – JetPak & JetVak
Electric Submersible Pumps – HydraPak ESP

8. HydraPak HSP - Rod-less Artificial Lift
Advantages
Eliminates service rigs cutting maintenance costs substantially
Pumps can be run under “live” well conditions using conventional coiled tubing units
Can include downhole sensors for pressure monitoring
Operates in vertical or horizontal (90 degrees) and deviated environments
Eliminates rod and tubing wear reducing pump downtime
Pumps natural gas very effectively and operates in a “pumped-off” state – no gas locking
Handles sand / formation fines via sand screen
Can be used to pump oil or dewater natural gas wells
Scalable from .1 m3 to 25 M3 per day depth dependent
Versatile OD of 3.6”
Versatile Power Source Electricity, Propane, Field gas, Wind/Solar
Effective heat tracing system for surface piping

9. HydraPak HSP - Rod-less Artificial Lift
The pump is a positive displacement piston style device
Pump assembly consists of two main chambers:
Hydraulic Power End
Production Pump End
The adjacent chambers are linked to each other via a rigid piston and rod assembly with piston and seals on each end (one in the production barrel and one in the hydraulic power end barrel)
Three lines are required from surface: One for production and two for hydraulic power fluid
A complete pump stroke is comprised of the following:
Intake Stroke (left image)
The piston down-stroke hydraulic line is energized and move the power end piston down by pushing from the top
The wellbore fluid enters the chamber from above the production end piston
Cooling fluid (produced fluid) is displaced from the chamber below the production piston and flushes the intake screen
At the end of piston stroke the WanFlu valve on the surface unit switches to the piston up stroke hydraulic line
Production Stroke (right image)
With the production barrel full the piston up-stroke hydraulic line is energized
The hydraulic power piston and consequently the production piston are displaced upward
In turn the production fluid is displaced from production barrel, above the discharge check valves and into the production tubing
Behind the production piston a new volume of flush line fluid is filling the production barrel for the next stroke

10. HydraPak HSP - Rod-less Artificial Lift
The surface unit supplies the hydraulic power to the submersible pump and is comprised of:
Prime Mover (Natural gas engine, Electric motor, Solar Power)
Hydraulic pump coupled to prime mover
WandFlu valve for alternately energizing the hydraulic oil lines
Hydraulic Oil Storage Tank
Electronic Controls
Chassis for this unit will likely serve as the chassis for the TDSP surface unit
General purpose classification meaning that the surface unit is placed more than 7-m radial distance from the wellhead

11. HydraPak HSP

12. HydraPak HSP Case Study Alberta Shallow Gas Well

14. HydraPak Rod-less PCP

15. HydraPak PCP Rod-less Artificial Lift
Advantages
Eliminates service rigs cutting maintenance costs substantially
Pumps can be run under “live” well conditions using conventional coiled tubing units with specialized running equipment
Operates in vertical or horizontal (90 degrees) and deviated environments;
Eliminates rod and tubing wear and pump downtime
Creates a greater variety of well service options to deal with solids production etc.
Can include downhole pressure monitoring sensors to eliminating well “pump off” and protect the pump
Can include chemical injection at the pump intake treating torque, scale, wax, H2S and corrosion
Can be used pump oil and dewater natural gas wells

16. HydraPak PCP Technology Overview
System developed by CJS Q4 2010
System incorporates CJS FlatPak / ArmorPak and downhole hydraulic drive motor delivering 400 ft/lbs of continuous torque; 800 Ft/lbs intermittent torque
First systems run in Canada into 800 meter CHOPS wells near Lloydminster
Version 2 of HydraPak system proves a minimum 8 months runtime equivalent to pump life
System can accommodate down to 5.5” OD casings with future designs for 4.5” OD casings
New 1200 ft/lb torque motor presently in development

17. HydraPak PCP Field Installations

18. HydraPak PCP Pumping Rate vs. Depth - 5M3 from 1800 meters @
pump speeds approximating 100 to 200 rpm

19. HydraPak PCP Pumping Rate vs. Depth - 11M3 from 1800 meters @
pump speeds approximating 70 to 180 rpm

20. HydraPak PCP Case Study

21. ArmorPak Conveyed ESP
Coiled tubing dual CJS ArmorPak that conveys electric submersible pumps
Facilitates live well installation and subsequent service of electric pumps
Substantially reduces servicing time, cost and lease footprint
Eliminates requirement for service or work over rigs
Eliminates cable spool unit when conveying electric pumps
Reduced equipment mobilization and associated cost
Eliminates tubing connections reducing corrosion points
First system to be installed in August 2014 for Conoco in Alaska

22. ArmorPak
ESP

23. ArmorPak Conveyed ESP – Termination and Hanger

24. ArmorPak Conveyed ESP - Field Test Dry Run June 2014

25. ArmorPak Conveyed ESP - BOP Testing June 2014

26. “JetVak” A Hydraulic Wellbore Cleanout System
Wellbore cleanout system developed in 2009 by CJS and partners
The primary function of this technology is to create a low pressure environment in the well bore to pump the fluid and/or solids to surface
Hundreds of jobs performed with the JetVak cleanout system since development of this technology
System methodology increases post cleanout well production via evacuation of near wellbore fluid and solids blockages.

27. Typical JetVak Cleanout
Husky CHOPS Hz well cleanout with JetVak
1550 meter measured depth
0.8m3 sand
Recovered 30%; 3.5m3 of fluid
This well was 1yr old and did not produce
Post cleanout the well produced at 10m3/day

29. FlatPak Application History
Canada & United States
over one hundred 800 to 2,500 meter HydraPak HSP & HydraPak PCP pump installations
Installations including vertical, deviated and horizontal oil and natural gas wells
Pump run lives up to many years
hundreds of 1,000 to 3,000 meter vertical & horizontal well JetVak cleanouts
horizontal reach in horizontal leg to over 2,000 meters
China - HydraPak PCP pump landings in coal bed methane wells
Oman - JetVak cleanouts to take place in 2014
Operations for companies such as Shell, Conoco, Devon, Total, Nexen, Suncor, Husky, Encana

30. CJS PRODUCTION TECHNOLOGIES “Committed to Production Solutions for the Energy Industry”
Scott Kiser – Business Development Director – Calgary, AB, Canada, (403)