Rotating right resp presentation web-show
- 1. Reciprocating Electric Submersible Pump (RESP) ARTIFICIAL LIFT SOLUTIONS
- 2. RESP System Revolutionary New Form of Artificial Lift Product Introduction ARTIFICIAL LIFT SOLUTIONS
- 3. RESP System ARTIFICIAL LIFT SOLUTIONS
- 4. Typical RESP System Applications Replace Beam Pumping Units Deviated Wells Gassy Wells Gas Well Dewatering ARTIFICIAL LIFT SOLUTIONS
- 5. Old Technology At present beam pumping units (Pumpjack) are the most common type of artificial lift system used worldwide accounting for about 90% of all installed artificial lift on oil wells. It has several drawbacks: Obtrusiveness (Height) Leaking Stuffing Box Rod Wear Tubing Wear Gas-locking Inefficient if Not Balanced ARTIFICIAL LIFT SOLUTIONS
- 6. RESP System Advantages Low Profile No Leaks at Wellhead No Rod Wear No Tubing Wear Eliminates Gas-locking Improved Efficiencies Highly Variable Stroke Rate Easily Optimized ARTIFICIAL LIFT SOLUTIONS
- 7. RESP System Limitations Must Pull Tubing to Service Pump Cabling From Surface Non-API Pumps Requires Exchange Inventory ARTIFICIAL LIFT SOLUTIONS
- 8. Reciprocating Electric Submersible Pumps Red – Linear Electric Motor Blue – Positive Displacement Pump ARTIFICIAL LIFT SOLUTIONS
- 9. How RESP Works The linear motor replaces the pumpjack and sucker rods to drive the reciprocating pump end to lift production to surface. The pump and linear motor are run on end of tubing with motor landed at or above perforations so that production cools motor. The power cable is directly connected to the linear motor and banded to tubing as in ESP installations. Employing the same principal of magnetic fields that makes Maglev trains work the linear motor drives the reciprocating plunger of the pump in pulses (On and Off) mode which saves energy. The frequency of the stroke is adjustable between 0.1—20 strokes/min. by changing the controller parameters. Can be monitored and controlled through SCADA system. This has entirely changed the conventional reciprocating pump oil extraction method that has been used in the industry for over a century. ARTIFICIAL LIFT SOLUTIONS
- 10. How RESP Works Installs on tubing Can be run in directional or horizontally completed wells Can Eliminate Gas Locking Lower Power Consumption 0.1 -20 Strokes Per Minute Up to 220 Degrees Celsius Up to 30 Mpa discharge pressure ARTIFICIAL LIFT SOLUTIONS
- 11. Environmental Impact The product weighs 1 ton verses an average 30 tons of steel used in manufacturing a beam pumping installation. When the company reaches an annual production output of 10,000 units, it can then save: 30 tons steel/unit * 10,000 unit/year = 300,000 tons steels/year If calculated according to producing 1.8 tons of Carbon Dioxide per 1 ton of steel production, it can achieve the target of energy saving and emission reduction per year of: 300,000 tons steel/year * 1.8 tons Carbon Dioxide = 540,000 tons Carbon Dioxide emission/year Total over 10 years: 540,000 tons Carbon Dioxide emissions/year * 10 years = 5.4 million tons Carbon Dioxide emissions ARTIFICIAL LIFT SOLUTIONS
- 12. RESP VS. Beam Pump ARTIFICIAL LIFT SOLUTIONS
- 13. RESP VS. Beam Pump ARTIFICIAL LIFT SOLUTIONS
- 14. RESP Advantages Minimal Surface Equipment Deviated Wells No Rod Wear No Tubing Wear Improved Efficiencies Tolerant to Corrosive Environments Compact, Easy to Handle/Ship Tolerant to Higher GOR’s ARTIFICIAL LIFT SOLUTIONS
- 15. RESP Advantages Thank You and for more detailed information contact Rod Wing Product Line Manager RESP Systems Rotating Right Inc. Phone: 1-780-405-6724 Skype: rr.sypeuser.128 E-Mail: rod.wing@rotatingright.com ARTIFICIAL LIFT SOLUTIONS