Techniques for locating and operating gasification plant having predominately scrap tire rubber as feedstock
A parcel of land on which to site the plant is identified. The parcel of land is located such that about 3,500,000 to about 7,500,000 scrap tires per year are available for substantially regular and substantially continuous delivery to the plant, at a tipping fee of at least about $40.00 per ton. The plant is located on the parcel of land. One or more of synthesis gas, electricity, and steam produced by the plant are sold.
1. A method for locating and operating a gasification plant employing predominately tire-derived fuel as a feedstock, said method comprising the steps of:
identifying a parcel of land on which to site said plant, said parcel of land being located such that at least about 3,500,000 scrap tires per year are available for substantially regular and substantially continuous delivery to said plant, at a predetermined adequate tipping fee;
locating said plant on said parcel of land;
operating said plant on said parcel of land by:
shredding at least a portion of said 3,500,000 scrap tires into pellets; and
gasifying said pellets to produce synthesis gas;
selling at least one of said synthesis gas, electricity produced by combusting said synthesis gas, and steam produced by combusting said synthesis gas;
wherein said identifying step comprises the sub-steps of:
generating a visual representation of a geographic region of interest, wherein said visual representation includes at least one window adjacent at least one tire supplier location;
superimposing over said visual representation at least one criteria object, comprising at least one of a criteria object point, a criteria object line, and a criteria object area; and
identifying said parcel as lying within said at least one window and proximate said at least one criteria object; and
wherein locating said plant includes facilitating building said gasification plant on said identified parcel of land.
2. The method of claim 1 , wherein, in said generating of said visual representation of said geographic region of interest, said at least one tire supplier location is represented by a tire supplier location point and said at least one window comprises a circle centered on said tire supplier location point.
3. The method of claim 2 , wherein said at least one criteria object is said criteria object point.
4. The method of claim 2 , wherein said at least one criteria object is said criteria object line.
5. The method of claim 4 , further comprising representing at least one of a road, a rail line, a sewer line, a waterway, and an electric line by said at least one criteria object.
6. The method of claim 2 ,
further comprising superimposing at least one area representing favorable zoning over said visual representation including said circle centered on said tire supplier location point to obtain at least one candidate location wherein said at least one area representing said favorable zoning overlaps said circle;
wherein, in said superimposing over said visual representation said at least one criteria object, said at least one criteria object is said line, said line representing at least one of a road, a rail line, a sewer line, a waterway, and an electric line; and
wherein said identifying of said parcel as lying within said at least one window and proximate said at least one criteria object comprises identifying said parcel as lying within said at least one candidate location and proximate said at least one criteria object.