Abstract: This system stores and uses as needed Compressed Gas, Hydrates, or Liquified Gas to unload and add power in order to produce a well or transfer fluids from one place to another. It can also supply gas to run the system, or generate electricity or various other auxiliary functions. It has been proven successful and could increase production in America and the world by bringing back into production wells that are not economical any other way. One well at a time, or entire fields can be produced with a single compressor. Stripper wells account for 40% of total domestic production. There are 1000s of wells not being produced. Huge production OPEC type wells could be produced with this system better, faster, and less expensive than any other system. This is also environmentally cleaner as very little gas will escape to the atmosphere.

Abstract: This numerical method creates a mesh of tracers or indicators within a simulator which help determine what various anomalies may look like in real time applications. In this situation, determining gas kicks while drilling for oil and preventing blowouts: This application will provide more stable dependable message passing, reservoir data from the kick, production facility design criteria, and of course better prevent disasters.

Abstract: This innovation involves a proof of a necessary change in the universal transform describing natural laws. Instead of the prohibitively refining force velocity squared, this system is created by transforms which use force vectors: TWO distinct, separate force vectors that can work in different directions and create a perfect resultant force which will prevent so many of the anomalous problems across scientific design. As well as pave the way for great advancements and new levels of exactness.

Abstract: This mandrel places injection gas at the optimum production depth. It has been proven successful and could increase production in America and the world by bringing back into production wells that are not economical any other way. One well at a time, or entire fields can be produced with a single compressor. There is no need for additional packers or valves. Stripper wells account for 40% of total domestic production. There are 1000s of wells not being produced. Huge production OPEC type wells could be produced with this system better, faster, and less expensive than any other system. Using air, or gas in a closed loop this system outperforms every system like it or any other system. The key is to optimize compression with depth beneath the fluid level and reservoir abilities. Waiting to try this and prove it since graduate school seems extreme, but several devices are not allowed or kept from use in the oilfield for whatever reason. The key is to help the small guys compete, and this innovation is ready.