Abstract: An augmented reality face filter mask system having an application adapted to be down loaded to a personal electronic device wherein the application includes a plurality of preset templates and a plurality of stored template sections that are adapted for selection to create a form fitting augmented reality mask on a face captured in video. The application also includes tools that include a color palette providing a plurality of color options, a brush tool providing size and shape options, and a camera tool.

Abstract: An augmented reality face filter mask system having an application adapted to be down loaded to a personal electronic device wherein the application includes a plurality of preset templates and a plurality of stored template sections that are adapted for selection to create a form fitting augmented reality mask on a face captured in video. The application also includes tools that include a color palette providing a plurality of color options, a brush tool providing size and shape options, and a camera tool.

Abstract: A system for measuring, tracking, and improving health having a control system with a plurality of downloadable applications, a website with a user interface, connected to the control system, and a personal electronic device adapted to download the downloadable applications. One of the downloadable applications is a body fact index application adapted to calculate and display a body fat percent.

Abstract: A blood pressure device having a cylindrical drum cuff housing adapted to measure the circumference of either a right or left arm and administer a blood pressure test. The drum cuff housing is connected to a knuckle support assembly adapted to provide freedom of movement for postural positioning before and during the blood pressure test.

Abstract: A mindful art for a stress relief system using an augmented reality application that allows both electronic and printed coloring that turns into a 3D rendering of the colored art and includes a control system having a downloadable application connected to a website. The downloadable application has the option of printing the image to be colored or displaying the image for coloring with the application on a personal electronic device.

Abstract: The present invention relates to a system and method of increasing low pressure zones for microbial enhanced oil recovery through radially drilled narrow, high surface area bore holes around a well bore. A drill string is inserted into the well bore and is thereafter directed horizontally and perpendicularly from the well bore by a tool at the end of the radial drill to create the narrow, high surface area bore holes. These bore holes extend through surface materials including pipes, casings, cement, rock material and the like. The drill is then rotated a distance about the well bore. The process may then be repeated to create bore sets positioned below or above one another relative to a pay zone. The process lowers the pressure gradient along a skin around the well bore and a larger surface area extending away from the well bore to create a larger oil drainage and microbial interaction area.

Abstract: A method of increasing oil recovery form a carbonate oil reservoir by determining the presence of microorganisms, determining a specific nutrient package to stimulate the microorganisms, delivering the nutrient package to the carbonate oil reservoir, and allowing the stimulated microorganisms to change the adhesion tension between the carbonate oil rock formation and the oil and the water.

Abstract: A method of increasing oil recovery form a carbonate oil reservoir by determining the presence of microorganisms, determining a specific nutrient package to stimulate the microorganisms, delivering the nutrient package to the carbonate oil reservoir, and allowing the stimulated microorganisms to change the adhesion tension between the carbonate oil rock formation and the oil and the water.

Abstract: A method of increasing oil recovery form a carbonate oil reservoir by determining the presence of microorganisms, determining a specific nutrient package to stimulate the microorganisms, delivering the nutrient package to the carbonate oil reservoir, and allowing the stimulated microorganisms to change the adhesion tension between the carbonate oil rock formation and the oil and the water.

Abstract: The present invention relates to a system and method of increasing low pressure zones for microbial enhanced oil recovery through radially drilled narrow, high surface area bore holes around a well bore. A drill string is inserted into the well bore and is thereafter directed horizontally and perpendicularly from the well bore by a tool at the end of the radial drill to create the narrow, high surface area bore holes. These bore holes extend through surface materials including pipes, casings, cement, rock material and the like. The drill is then rotated a distance about the well bore. The process may then be repeated to create bore sets positioned below or above one another relative to a pay zone. The process lowers the pressure gradient along a skin around the well bore and a larger surface area extending away from the well bore to create a larger oil drainage and microbial interaction area.

Abstract: A method of enhancing fuel combustion using a specific catalyst composition with a preselected type of fuel. Upon blending the catalyst with the fuel a mixture is formed where a hydrocarbon structure of the fuel is relaxed by opening up and spreading/spacing out to allow more available oxygen to reach and react with the fuel on a molecular level. The relaxing of the hydrocarbon structure, upon combustion, reduces harmful emissions, burns fuel more efficiently, improves horsepower and torque performance, and improves fuel economy.

Abstract: A method of enhancing oil recovery includes the step of determining a specific nutrient package used to initiate a microbiological response under actual reservoir conditions in combination with low salinity water injection. Once determined, the specific nutrient package is applied to at least one targeted well to stimulate resident microorganisms such that size or hydrophobic properties are beneficially altered so that interaction with oil contained in a reservoir rock formation is improved.

Abstract: A method of monitoring fluid flow in an oil reservoir includes the step of delivering a nutrient package to an oil reservoir. The nutrient package stimulates the growth of resident microbes/organisms which changes the morphology and function of the microbes. A sample is taken from produced fluids from wells in the reservoir and possible connections thereof and analyzed. Based on the analysis, determinations are made regarding the movement of fluids in the reservoir by observing changes in the range, concentration, and cell morphology of the microbes after nutrient stimulation by comparing pre-treatment versus post treatment measurements.

Abstract: A method for enhancing oil and oil residue recovery from oil-containing rock formations by supplementing a water cycle of a water alternate gas process with nutrients such that the formation resident microorganisms are stimulated as an additional oil release mechanism is provided. The method alters three-phase relative permeability in order to increase displacement efficiency while increasing oil release by microbially assisted water alternate gas processing.

Abstract: A blood pressure device having a cylindrical drum cuff housing adapted to measure the circumference of either a right or left arm and administer a blood pressure test. The drum cuff housing is connected to a knuckle support assembly adapted to provide freedom of movement for postural positioning before and during the blood pressure test.

Abstract: A method of improving oil recovery includes the step of selecting an oil containing rock formation having geologic structures and well completions with vertical permeability that allow a structurally high water injection point. Through a series of analyzes a nutrient water mixture is determined and injected at the injection point to stimulate resident microorganisms through gravity dispersion of nutrient materials. A period of limitation is allowed to permit changes in the size or hydrophobic properties of the microorganisms. Through interaction with the stimulated resident microorganisms, oil, trapped in a pore space, is freed to accumulate with upward gravity separation for production.

Abstract: A method of increasing oil recovery from oil reservoirs includes the step of conducting a series of lab analysis that lead to a specific nutrient formulation followed by or in parallel with a genetic analysis of resident microorganisms in water produced from an oil reservoir to determine if the population of oil interactive microorganisms may be modified to produce a change in oil-water relative permeability of an oil reservoir. The series of analyzes are conducted to determine the contents of a specific nutrient formulation package to optimize changes in the resident microorganisms to enhance oil recovery by changing oil-water relative permeability in the oil reservoir. Next the specific nutrient formulation is applied to stimulate some of the resident microorganisms to interact with oil contained in the reservoir rock formations. The stimulation step is followed by limiting the specific nutrient formulation to alter or modify the physiology and surface characteristics of the targeted microorganisms.

Abstract: A method of increasing oil recovery form a carbonate oil reservoir by determining the presence of microorganisms, determining a specific nutrient package to stimulate the microorganisms, delivering the nutrient package to the carbonate oil reservoir, and allowing the stimulated microorganisms to change the adhesion tension between the carbonate oil rock formation and the oil and the water.

Abstract: The present invention relates to a method for enhancing oil and oil residue recovery from oil-containing rock formations by supplementing a water cycle of a water alternate gas process with nutrients such that the formation resident microorganisms are stimulated as an additional oil release mechanism. The method alters three-phase relative permeability in order to increase displacement efficiency while increasing oil release by microbially assisted water alternate gas processing.

Abstract: A method for improving oil recovery includes determining a specific nutrient package or formulation for stimulating and altering resident microorganisms to increase wettability of reservoir rock formations in oil reservoirs. Once determined, the specific nutrient package is applied to the oil reservoir to stimulate the resident microorganisms. The stimulating application is followed by a period of nutrient limitation where the physiology and surface characteristics of the resident microorganisms are altered. Once altered, the resident microorganisms interact with the reservoir rock formations to change the adhesion tension of the reservoir rock formation to a more water wet condition so that oil will flow more freely rather than be bound to the rock surface.