Other

Environmental Systems Corporation

George J Hyfantis, Jr

Reg W McCulloch

Richard A Ellis

James Randall McKennon

A system for the treatment of waste water including hydrocarbons and of a high biological oxygen demand. Preferably, the system includes a portable platform suitable for transport from site to site. A reaction vessel defining a substantially vertically oriented flow path therethrough for flowable waste water is mounted with its lower portion within and surrounded by a collection basin which receives waste water for treatment and recycling via trickling down through a biomass disposed on packing material within the reaction vessel. Simultaneously with the trickle down of the waste water, ambient air is forced upwardly countercurrent to the flow of the waste water to provide oxygen to the biomass, to enhance the flow of waste water over the biomass, and to sweep gaseous products from the reaction vessel. Optionally, oxygen is introduced into the collection basin to enhance biodegradation reactions within the collection basin. The system may be operated in either batch mode or continuously. A method is disclosed.

System and method for the reduction of the biological oxygen demand

A method and apparatus are disclosed for detecting leaks in a liquid-containing tank. The method and apparatus employ an internal reference cell immersed in the liquid in the tank which contains a volume of the liquid isolated from flow communication with the liquid in the tank while having a surface which is exposed to the ambient conditions above the surface of the liquid in the tank. The level of the fluid in the tank and in the reference cell are monitored over a period of time. Level changes in the tank which do not correspond to level changes due to the temperature and evaporative effects observed in the reference cell are indicative of a leak in the tank.

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Seymour, TN, United States of America

George J Hyfantis, Jr