NOVELTY - The method involves drying a batch of sewage sludge comprising carbon-containing materials to form partially dried sewage sludge. A portion of the partially dried sewage sludge is gasified into gaseous fuel in a heated and oxygen-starved environment that contains about 5 percentage to about 10 percentage oxygen, such that the carbon-containing materials in the partially dried sewage sludge chemically react to produce the gaseous fuel. The gaseous fuel is combusted in a low nitrogen oxide oxidizer (130) to produce hot flue gas. Electric power is produced from the hot flue gas.    USE - Method for processing sewage sludge in municipal waste water treatment for biomass material e.g. bovine, swine, poultry litter or manure, poultry and bovine, and agricultural by product and waste, bitumen, can coal tailings, industrial waste and medical waste. Can also be used in a forest land, a reclamation site, a golf course, a public park, a roadside, a plant nursery, a home land and a garden.    ADVANTAGE - The methods enables reducing noxious and toxic by-products in cost-effective manner by utilizing principles of recycling and energy recovery, thus reducing costs of treating the sewage sludge and handling levels and amounts of by-products. The methods enables processing the sewage sludge using a gasification process that takes place at high temperatures in the oxygen-starved environment, thus enabling carbon-containing materials in the sewage sludge to chemically react under preferred temperature and oxygen levels, and resulting in formation of usable products including ash, electricity and syngas. The method enables producing excellent electric power levels in an efficient manner without a concomitant increase in pollution levels, and using temperature and oxygen levels that allow for unexpectedly high electric power production and low pollution levels.    DETAILED DESCRIPTION - The portion of the partially dried sewage sludge is gasified at a temperature selected from the group consisting of about 1100 Fahrenheit, about 1200 Fahrenheit, about 1500 Fahrenheit, about 2350 Fahrenheit, and about 2450 Fahrenheit. An INDEPENDENT CLAIM is also included for a system for processing sewage sludge.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a system for drying and gasification of sewage sludge.    Low nitrogen oxide oxidizer (130)    Air-to-air heat exchanger (135)    Lime injection system (140)    Pathogen destruction furnace (145)    Air pollution control device (150)