Other

Eet Tennessee Corporation

Michael E Williams

Ernst Schmidt

Stephen C Perry

Erich A Schmidt

James Donald Schmidt

Brian M Schmidt

Alois F Sferrazza

Wilfred Charles Boudreau

Jonathan Charles Levell

Brian Neal Hosler

Jacky L Franklin

Johnnie E Melton

Tony E Melton

Alfred Ricks, Jr

A tank system for capturing fluids from an oil or gas well. The system comprises a trailer, a tank body supported on the trailer, a separator supported on the trailer, and a sand trap supported on the trailer. The tank includes a gas buster line and a flare line. The tank body has a main inlet port at a top of the tank body and a vent port on a top of the tank body. The gas buster line is disposed in the tank body and is connected to the main inlet port. The gas buster line has multiple lengths of pipe sections, each pipe section increasing in length and diameter. The last section of the gas buster is characterized by a plurality of slots cut in a circumference of the pipe section to allow fluids in the gas buster line to disperse into the tank. The flare line is operatively connected to the vent port and includes an igniter to burn gases before they are vented to the atmosphere. The sand trap and the separator can be used as conditions require to treat fluids from a well before the fluids enter the tank.

Ventless tank system

A composition and method for breaking down and denaturing friction-reducing compound introduced into the ground during the drilling of gas and oil wells and for destroying other contaminants and biohazards naturally present within and artificially introduced into hydrocarbon wells, which are formed as a result of the drilling and pumping processes. The composition includes several species of oxidizing agent compounds that are effective in breaking down hydrogen sulfide produced by bacteria as well as the friction-reducing polymer used during drilling and several other organic compounds.

Composition for denaturing and breaking down friction-reducing polymer and for destroying other gas and oil well contaminants

A composition and method for breaking down and denaturing friction-reducing compound introduced into the ground during the drilling of oil wells and for destroying other contaminants and biohazards naturally present within and artificially introduced into oil wells, which are formed as a result of the drilling and pumping processes. The composition comprises several species of oxidizing agent compounds that are effective in breaking down hydrogen sulfide produced by bacteria as well as the friction-reducing polymer used during drilling and several other organic compounds.

Composition for denaturing and breaking down friction-reducing polymer and for destroying other oil well contaminants

An integrated treatment system using electrodialysis and pressure-driven membranes for deionizing and decontaminating liquids to a near-pure quality for use or reuse in industrial or municipal operations. The integrated system includes steps of pre-filtering contaminated feed liquids blending the filtered liquids in preparation for treating the mixed liquids in parallel or sequential treatment steps utilizing nanofiltration or reverse osmosis, proceeded by or followed by an integrated electrodialysis treatment. A control means selectively directs mixed liquids to each of the treatment units for treatment in parallel or in series depending on the conductivity and residual contaminants in the mixed liquids. In comparison with nanofiltration or reverse osmosis only systems, or electrodialysis only systems, the integrated system provides improved efficiencies for treatment, requires less energy to operate, and reduces maintenance and capital costs.

Integrated electro-pressure membrane deionization system

An electrodialysis treatment system utilizing a plurality of disparate layers of an electrodialysis cell stack for separation of components in liquid mixtures. The system for electrodialysis treatment for purification and deionizing liquids includes providing an operation of pretreatment by filtration for removal of inorganic and organic contaminants and generating a filtrate effluent. An adsorbing operation for adsorbing organic contaminants from the filtrate effluent of the pretreatment operation is provided by utilizing activated carbon adsorption and generating a liquid fraction. A deionizing operation for continuously purifying the liquid fraction is provided by utilizing an electrodialysis stack having a plurality of ion exchange membranes and separating gaskets for selectively removing contaminant ions from the liquid fraction of the adsorbing operation. The deionizing operation provides continuous purifying and deionizing of the liquid fraction to generate ultra-pure water or other purified liquid mixtures.

System for electrodialysis treatment of liquids

An apparatus and system of operation of an electrodialysis membrane and gasket stack for separation of components in liquid mixtures is disclosed. The system of operation for purification and deionizing liquids includes an operation of pretreatment by filtration for removal of inorganic contaminants, includes an operation of adsorption for removing organic contaminants by activated carbon adsorption, and includes an operation of deionizing for removing ions from the effluent liquids. The deionizing operation includes an apparatus having an electrodialysis stack of a plurality of ion exchange membranes and separating gaskets for selectively removing contaminant ions. The combination of treatment operations and the deionizing operation provides a continuous operating system with minimized down-time and improved efficiencies over prior methods for purification of liquid mixtures.

Electrodialysis membrane and gasket stack system

A safety web and elongated pry bar for retaining the lid of a drum during opening of the lid. Safety web 10 is adapted to form a secure containment volume 22 in which lid 14 can be manipulated, and that prevents lid 14 from becoming a projectile. Safety web 10 includes a belt 20 for securing the safety web to the drum. The ends of belt 20 are secured to a ratcheting turnbuckle 25 that allows adjustment of the length of belt 20 providing for universal fit of a given safety web on a variety of different sizes of drums. Safety web 10 further includes a plurality of radial straps 30 that are radially disposed about belt 20. The ends 32 of radial straps 30 are fixedly secured to belt 20. Radial straps 30 are further fixedly secured to each other at a central point 35 defined by the midpoint of each radial strap 30. An annular strap 40 is provided on safety web 10 between belt 20 and central point 35. Annular strap 40 is fixedly secured to each radial strap 30. Lifting member 42 is provided to allow engagement of safety web 10 by a fork truck, hoist or similar lifting device. A steel elongated pry bar 50 is provided to allow an operator to vent pressure off of a drum with safety web 10 in place. Elongated pry bar 50 has a first end 55 adapted for grasping and a second end 60 adapted to engage the perimetric lip 62 of the drum lid so as to pry the lip 62 of the drum lid 14 upwards. A bend 65 and a short cross-member 70 cooperate to act as a fulcrum. When a downward force is applied to first end 55, an upward force is exerted on second end 60 that serves to pry lip 62 of lid 14 upward, and a downward force is exerted at the fulcrum to bias lid 14 against drum 12.

Safety web lid retainer for waste drum

The present invention is directed to a goal assembly and game apparatus and to a method of playing a game therewith. The goal assembly includes a scoring port disposed substantially horizontally and above a hard playing surface. The scoring port is disposed in a substantially horizontal portion of a backboard assembly including an inclined portion, the angles and horizontal portions being joined along a common edge at an abtuse angle, preferably less than about 135.degree.. The object of the game is to score points by tossing a ball through the scoring port, not directly, but only after it has bounced on the playing surface. The additional skill for scoring after multiple bounces is rewarded by multiplying the point value assigned to a scoring ball by the number of bounces. Additional skill is required when a plurality of balls of differing diameters and bounce characteristics are employed. Different balls are assigned different scoring values.

Growing community of inventors

Albany, KY, United States of America

Michael E Williams