Abstract: The invention described herein teaches that one drilling barge can be employed in two different areas. The standard drilling practice requires two vessels to perform the same work as one drilling barge invention. Standard drilling rigs require that one unit will drill well locations in water depths of 8?-18?. A second drilling unit must be provided to drill in water depths of 18?-60?. As a result of this invention, water depths of 8?-60? can be provided by use of the one vessel employing the novel stabilization system. The service area's coverage is increased greatly by use of the invention thereby creating excellent cost reduction and improved drilling procedures in remote and harsh drilling areas. The invention's cost is slightly more than the standard drilling barge however; coverage of the service area can be 500% greater than the standard vessel's coverage.

Abstract: A Wind Power system employing a three-tube tower, double, counter-rotating blades and a means to carry the wind energy power to a remotely located generator. The system employs a method to transmit the power from a horizontal vector to a vertical vector by means of a 90° magnetic translating method which delivers the power with no power loss. The system, by the physical placement of the generator, transformer, switches and controls, provide a great reduction in tower support weight and further provides for a cost efficient system. To further the overall efficiency of the system, special designs of the leading edge of the blades are fitted with tubercles which allow the blades to be pitched at greater angles, thereby increasing the power which can be gathered. This system, due to the teachings of this invention, can be constructed, installed and maintained at a substantially lower cost than that of a wind system currently being employed in the industry.

Abstract: The invention being designed in this application relates to a radial drilling method. Boreholes are placed into oil and gas formations to provide openings for the removal of the product. Oil and gas wells extend to different depths and downhole well conditions. The radial system has been designed to accommodate the well conditions and to jet or drill different oil and gas formation. The radial system provides a mill/bit which is rotated from a downhole motor or a surface swivel. The mill ports, the steel casing, and the bit extend outward into the formation forming a borehole to a predetermined length. The borehole is provided without an entrance radius into the formation. Several radial holes can be provided considering a one trip event.

Abstract: The invention relates to the completion and enhancement of oil and gas wells. The invention provides for a downhole tool which: enters vertical or horizontal wells located adjacent to the oil and gas bearing formation, parts the casing and extends outward forming micro-boreholes necessary to remove residual oil and gas which remain in place. After the initial fluid production has been harvested, the invention can be employed on new or old wells and can operate in all conditions which wells encounter during the standard drilling process. The process of micro-holes can replace the process known as “fracking”. Fracking is being employed; however the process is being reviewed due to safety of human life. The invention employs special alloys and procedures to form the extended reach micro-boreholes.

Abstract: The invention described herein teaches that one drilling barge can be employed in two different areas. The standard drilling practice requires two vessels to perform the same work as one drilling barge invention. Standard drilling rigs require that one unit will drill well locations in water depths of 8?-18?. A second drilling unit must be provided to drill in water depths of 18?-60?. As a result of this invention, water depths of 8?-60? can be provided by use of the one vessel employing the novel stabilization system. The service area's coverage is increased greatly by use of the invention thereby creating excellent cost reduction and improved drilling procedures in remote and harsh drilling areas. The invention's cost is slightly more than the standard drilling barge however; coverage of the service area can be 500% greater than the standard vessel's coverage.

Abstract: A Wind Power system employing a three-tube tower, double, counter-rotating blades and a means to carry the wind energy power to a remotely located generator. The system employs a method to transmit the power from a horizontal vector to a vertical vector by means of a 90° magnetic translating method which delivers the power with no power loss. The system, by the physical placement of the generator, transformer, switches and controls, provide a great reduction in tower support weight and further provides for a cost efficient system. To further the overall efficiency of the system, special designs of the leading edge of the blades are fitted with tubercles which allow the blades to be pitched at greater angles, thereby increasing the power which can be gathered. This system, due to the teachings of this invention, can be constructed, installed and maintained at a substantially lower cost than that of a wind system currently being employed in the industry.

Abstract: In order to board a fixed structure, ocean conditions must be within a reasonable state that allows personnel to board in a safe manner. Due to the specific weather conditions, the boarding of fixed structures cannot be conducted. Both oil and gas and wind platforms must be boarded for maintenance and repair purposes. The invention allows boarding of fixed structures employing three buoyant vessels that can be adjusted to always be heading into the wind direction. Landing piles are pre-driven adjacent to the fixed structure and terminate at the ocean bottom. The invention has three deployable legs that extend through the buoyant vessel to the ocean bottom. The placement of the driven supports employs the same dimensions as the spacing of the vessel's extension legs. The vessel operator adjusts the heading of the three buoyant vessels to the wave heading. The legs are extended to the ocean bottom.

Abstract: The invention being designed in this application relates to a radial drilling method. Boreholes are placed into oil and gas formations to provide openings for the removal of the product. Oil and gas wells extend to different depths and downhole well conditions. The radial system has been designed to accommodate the well conditions and to jet or drill different oil and gas formation. The radial system provides a mill/bit which is rotated from a downhole motor or a surface swivel. The mill ports, the steel casing, and the bit extend outward into the formation forming a borehole to a predetermined length. The borehole is provided without an entrance radius into the formation. Several radial holes can be provided considering a one trip event.