Eddie B Wilson, 74Pine Bluff, AR

2007007, Apr 5, 2007

Oct 3, 2006

11/542071

Eddie Wilson - Memphis TN, US
Linda Studdard - Ocean Springs MS, US

H02K 7/18
F03G 7/08
F02B 63/04

29000100R

An electrical generation facility includes a drive unit and an electrical generation unit. The drive unit takes the form of a pump jack of the type commonly used to extract oil from oil fields. As such it has a walking beam to which a rocking motion is imparted by a motor. At its one end the beam has a head provided with a convex surface. The generation unit includes a stator provided with coils and an armature having magnets. The armature is coupled to the beam through a rod and a cable, the latter of which that passes over the convex surface of the head at the end of the beam. Thus, when the beam pivots back and forth the armature moves along the coils of the stator. The magnetic flux induces a current in the coils. The coils may be arranged in sets and a separate armature way exist for each set.

2007019, Aug 23, 2007

May 16, 2006

11/434678

Eddie Wilson - Memphis TN, US
Linda Studdard - Ocean Springs MS, US

H02K 7/18
F03G 7/08
F02B 63/04

29000100R

A facility employs a zero pollution mechanical process for generating electrical energy. The facility basically includes at least one electrically powered drive unit, a main shaft that is driven by the drive unit, and an electrical generator powered by the main shaft. Most of the electrical energy generated by the generator is distributed to an electrical grid, though some of it may be diverted to the drive unit to power it.

4213791, Jul 22, 1980

Oct 2, 1978

5/947599

Eddie K. Wilson - Memphis TN

C04B 746

106100

A process for the production of portland and other hydraulic cement products is provided. The process is characterized by an electric furnace into which the reactant materials are fed. The process is further characterized by avoiding the necessity for pulverizing and intergrinding the feed materials. Another characteristic is that all feed materials become molten and remain molten until after removal from the furnace.

4734272, Mar 29, 1988

Aug 25, 1986

6/899987

Eddie K. Wilson - Germantown TN
Silvio J. Spigolon - Memphis TN

C01F 100
C01F 510
C01F 2516

423178

This disclosure involves a process for treating wet phospho-gypsum, a by-product from wet phosphoric acid manufacture, to remove fluorine values so as to make the sulfur values in the phospho-gypsum usable in making sulfuric acid in a contact sulfuric acid plant. The process involves drying the phospho-gypsum at 400. degree. -600. degree. C. to vaporize the fluorine values, the P. sub. 2 O. sub. 5 values and water and reacting the hot vapors with lime or limestone to remove the fluorine values as fluorspar. The P. sub. 2 O. sub. 5 values are subsequently condensed and used in a phosphoric acid plant. The dry phospho-gypsum is heated to 1200. degree. -1250. degree. C. under reducing conditions to produce SO. sub. 2 gas and siliceous lime. The SO. sub. 2 is then passed through a lime or limestone scrubber to eliminate any remaining fluorine values, dried and utilized in a contact sulfuric acid plant.

4388117, Jun 14, 1983

Jul 21, 1981

6/285452

Eddie K. Wilson - Memphis TN

C04B 702

106100

A hydraulic cement, such as portland cement, is produced by filling a furnace shell with the desired cement in a powdered condition. By the application of intense heat to the filling a skull is developed that lines an upwardly opening cavity. The heat, which may be supplied by electric arcs, is continued within the skull to maintain a pool of melt that has the same chemical composition as the skull and therefore does not react with the skull. Feed materials are introduced into the melt, and these materials are suitably proportioned to chemically combine within the melt without changing the chemical composition of the melt. The melt is drawn off through a tap hole and cooled to provide the desired cement.

4312842, Jan 26, 1982

Feb 12, 1980

6/120825

Eddie K. Wilson - Memphis TN
Silvio J. Spigolon - Memphis TN

C01F 100
C01F 510
C01B 2516

423178

An improved process for the wet-acid process for manufacture of phosphoric acid with recovery of valuable co-products is provided. Phosphate rock is digested in a sulfuric acid/phosphoric acid mixture. Phosphoric acid is filtered from the digested rock, the gypsum thus formed, and sludge from the phosphoric acid, are second-stage acid treated, washed, and heated in a drier-calciner at 900. degree. to 1300. degree. C. Sulfur dioxide evolved from the gypsum and the fossil fuel is used to replenish the sulfuric acid. The hot impure lime remaining is fused in an electric furnace to form valuable calcium aluminum silicate products, which are then tapped, cooled, stored, and sold. The only waste products from the process are common, sulfur dioxide free combustion gases from the high sulfur content fossil fuel. Nearly 100% recovery of all phosphorus and fluorine values is claimed.

4477283, Oct 16, 1984

May 27, 1983

6/497251

Eddie K. Wilson - Germantown TN

C04B 746

106100

A process and apparatus for producing hydraulic cements such as portland cement utilizing electrical energy as the heat source is described. The electrical heat source includes a plasma arc torch operating in the transferred mode. A feature of the apparatus and process is in utilizing a liner within the furnace composed of a material having substantially the same chemical composition of the cement that is to be produced in the furnace. Preferably the feed materials properly proportioned to have the desired constituency of cement are fed below the melt of the furnace. The process is compact and efficient relative to the conventional rotary kiln used for producing cement.