Fluid well pumping system and method to produce same

Abstract

An Improved Fluid well pumping system and method to produce the system. According to the system, it relates to ones that provide improved, low cost, efficient and low maintenance pumping systems for obtaining fluid from a source. It is envisioned that the systems will be used for removing oil, water, sludge, gaseous fluids, or leachates from shallow to medium depth wells (0 to 4000 feet depths). However, the invention has application for raising any fluids as needed above ground.

1 . A fluid well pumping system, comprising:
 (a) a product line assembly adapted for positioning in a well casing as a unit, the product line assembly comprising
 (1) a first product tube including a passage for moving fluid therethrough, and a first gas line and a second gas line in the passage; and 
 (2) a fluid reservoir adapted for positioning in a well casing as a unit, the fluid reservoir including a reservoir housing defining a chamber for storage of fluid and including a float in the chamber, a top manifold at a top end of the reservoir housing and a bottom manifold at a bottom end of the reservoir housing, the fluid reservoir including a third gas line, a fourth gas line and a product line extending between the top and bottom manifolds, the product line assembly engageable to the top manifold of the reservoir housing with the first gas line in fluid communication with the third gas line, 
   the second gas line in fluid communication with said fourth gas line, and the passage of said product tube in fluid communication with the product line; and   (b) a control system comprising a compressor and a microprocessor controlled valving system   
       Wherein essentially all the component parts of the product line assembly are fabricated with a composite material and result in a lightweight, higher capacity and non-corrosive pump system when compared to prior art lift systems and the microprocessor directs fluids flow through the pump and into the production facility. 
     
     
         2 . The device according to  claim 1  wherein the composite material is a PEX polyethylene. 
     
     
         3 . The device according to  claim 1  wherein the internal lines are made of a coiled high density polyethylene, which provides durability up to 200° F. and wellbore pressure of 200 psi. 
     
     
         4 . The device according to  claim 1  wherein the lines are connected to alternate chambers using a closed design that assures no gas/air is released into the wellbore. 
     
     
         5 . A fluid well pumping system, comprising:
 (a) a product line assembly adapted for positioning in a well casing as a unit, the product line assembly comprising
 (1) a first product tube including a passage for moving fluid therethrough, and a first gas line and a second gas line in the passage; and 
 (2) a fluid reservoir adapted for positioning in a well casing as a unit, the fluid reservoir including a reservoir housing defining a chamber for storage of fluid and including a float in the chamber, a top manifold at a top end of the reservoir housing and a bottom manifold at a bottom end of the reservoir housing, the fluid reservoir including a third gas line, a fourth gas line and a product line extending between the top and bottom manifolds, the product line assembly engageable to the top manifold of the reservoir housing with the first gas line in fluid communication with the third gas line, the second gas line in fluid communication with said fourth gas line, and the passage of said product tube in fluid communication with the product line; 
 (3) an elongated and slotted filter comprised of a composite material; and 
   (b) a control system comprising a compressor and a microprocessor controlled valving system   
       Wherein essentially all the component parts of the product line assembly are fabricated with a composite material and result in a lightweight, higher capacity and non-corrosive pump system when compared to prior art lift systems and the microprocessor directs fluids flow through the pump and into the production facility. 
     
     
         6 . The device according to  claim 5  wherein the composite material is a PEX polyethylene. 
     
     
         7 . The device according to  claim 5  wherein the internal lines are made of a coiled high density polyethylene, which provides durability up to 200° F. and wellbore pressure of 200 psi. 
     
     
         8 . The device according to  claim 5  wherein the lines are connected to alternate chambers using a closed design that assures no gas/air is released into the wellbore. 
     
     
         9 . The device according to  claim 5  wherein the filter is made of a high density polyethylene, which provides durability up to 200° F. and wellbore pressure of 200 psi.