TECHNOLOGY FOCUS - MECHANICAL ENGINEERING - Preferred Apparatus: The conical section has a wider area (320) which is attached to a housing. The rotor has a housing (330) and has 9 or 10 radially extending blades which are 5-6 mm thick. The leading edge of each blade extends not more than 14.8% of the blades maximum width into the conical section. A length of the conical section and inlet tube (325) is fixed in relation to the entire configuration of the apparatus. One or more of the components of the apparatus are coated with an abrasion resistant material. The apparatus further comprises a feed assembly having a conveyor that leads to the inlet tube so that sewage is fed into the air-stream. The rotor has an interrupter (350) located on the hub. Each blade extends radially at an angle of 5degrees back from the hub center. Each blade is concave and the concavity faces in the direction of the rotation of the rotor. The conical section has a slope of 9.7 degrees. Every part of the rotor apparatus is coated with an abrasion resistant material.Preferred Parameters: The wider area of the conical section which is attached to the housing is 67% of the rotor's diameter. The inlet tube has a diameter which is 34% of the rotor's diameter. The area on the inlet of the rotor is 67% of the rotor's diameter. The discharge of the exit tube of the rotor has an area of 34% of the rotor's circumferential inlet area. The distance between the conveyor and the inlet tube is up to 610 mm. The diameter of the interrupter is 90% of the diameter of the hub. The rotor diameter of 610 mm equates to a rotor speed of 95-97 cycles per second so that rocks or material containing oxygen are comminuted upstream in the apparatus, in front of the rotor, inside the conical section. The conical section and inlet tube is 1481 mm (sic). Material is comminuted and/or dried before reaching the rotor by a combination of thermal shock, cavitation, sudden extremes of pressure and frequency/ harmonic interference which is sometimes beyond the sonic range.Preferred Method: The method involves the creation of destructive kinetic energy. The kinetic energy processes of a cyclone air stream, vacuum forming centripetal vortices moving at supersonic speeds, harmonics, subharmonics resonance, standing waves, thermal shock, pressure changes and sonic cavitation created in the apparatus are utilized to treat the biosolids. The apparatus utilizes the process of ultrasound. The treatment of biosolids involves reducing water contained in the biosolids into dissociation gases, reducing the average particle diameter of the biosolids and also drying the biosolids. Drying may be enhanced by adding drying agents. The biosolids are granulated or powdered. The biosolids may also contain microbial organisms. The treatment method may also include destroying the microbial organisms bacteriostatically or bacteriocidally. The microbial organisms are pathogens. The apparatus pasteurizes and/or sterilizes the biosolids. The treatment method conforms to microbiological treatment regulations specified in the 40 CFR Part 503 by the United States Environmental Protection Agency referred to as Class A and Class B specifications. The biosolids emit an odor and the gases reduce the odor. Nitrogen gas is created. Abrikosov vertices are formed to aid nuclear fusion and enhance the destructive treatment of the biosolids. The apparatus further comprises an inlet tube which is vertical and utilizes gravity to slow the flow of biosolids into the air stream, thus enhancing processing and treatment of the biosolids. The biosolids can be supplemented to produce a fertilizer and soil conditioner or augmented by nutrient containing compounds or material in order to enhance the beneficial value of the finished product. The method may produce gamma emitters (all claimed). The processing of the material can be further optimized by introducing an externally generated frequency into the cyclonic air stream.    TECHNOLOGY FOCUS - INORGANIC CHEMISTRY - Preferred Gases: The water is converted wholly or in part to hydrogen, oxygen, ozone, hydrogen peroxide or water vapor gas.Preferred Method: Additional disinfectants, selected from chlorine, chlorine dioxide, copper sulfate, ammonia, ammonium or sodium chlorite may be placed into the air stream of the apparatus in order to augment and/or synergistically affect the disinfectant process.    TECHNOLOGY FOCUS - BIOLOGY - Preferred Organism: The microbial organisms are bacteria, viruses fungi, parasites or algae. WIDER DISCLOSURE - It is disclosed that the apparatus can be used to dry pigmentation cake that contains up to 50% water and to dry ceramics and mineral compounds. The apparatus can also be used to granulate e.g. coal, lignite, petroleum coke, mezotrace, oil shale, glass, drywall, ash, manure, sewage sludge, salt crystal, mineral and ore-bearing sand, black sand and grains such as soybean, corn, oats, barley, milo and rice.    EXAMPLE - Using the sewage treatment apparatus, sewage sludge cake was introduced into the path of the cyclonic air stream created by the rotor within a cyclone chamber running at a speed of 5,760 rpm (revolutions per minute). The biosolids were fed into the inlet tube from a horizontal conveyer at a measured feed rate of 4,000 kg/hour. The biosolids entering the inlet tube of the apparatus comprised 78% water and 22% solids. The dried biosolids leaving the cyclone chamber of the apparatus were collected from the bottom of an attached cyclone and comprised 20% water and 80% solids.