Compact, Efficient, Modular Design

· Significantly more compact than other pumps

· Base pad smaller in size and composition

· 30% reduction in weight    

· 30% reduction in overall size

· Modular design

· Easy to maintain with fewer wear components

· Quick and easy repair with few replacement parts required

· Easy on-site re-configuration due to modular design.  One Smart Jack can be used for different oil well requirements

· Can operate in extreme temperatures

· Designed with the Oil Sands in mind. Can efficiently extract heavy oil

· Easy to transport, setup, and dismantle

· Can be ganged in close proximity to one another using one central power unit, resulting in considerable savings in the initial purchase, setup, and operations.

Mechanical Processes, Efficiency, Cost Effectiveness

· 50 – 60% fewer moving parts. Elimination of belts, gearboxes, pulleys, clutches, and a reduction in the number of bearings used (compared to the Beam Pump )

· Controlled acceleration and deceleration of the rod string at the end and beginning of the stroke, reducing stress loads on the rod

· Costly “Pump Offs” and “Bumps” can now be eliminated and rectified remotely

· Remote wireless control and monitoring from anywhere in the world through Satellite or Cellular network.

· Smart Jack can be viewed via video telemetry from anywhere in the world

· Comprehensive fail-safe system

· Redundant system

· System can easily be configured to operate generators, power tools, surface pumps, environmental spill clean-up equipment, etc.

· Remotely adjusted counter-weight system

· Purchase price projected to be less than the standard Beam Pump

Protection from the environment

· Cladding options offers protection against the harsh elements and extreme temperatures

· Armour plating and cladding options offer protection against tampering and terrorist acts

Projected efficiencies:

· 50% reduction in power consumption

· 50% reduction in setup cost

· 30% overall increase in mechanical efficiency

· 75% reduction in manpower due to reliability, remote control, and monitoring

· 25% reduction in maintenance cost

· 25% reduction in transportation costs

· 30-50% reduction in breakdown probability