Abstract: A system for remotely monitoring and controlling a plurality of water treatment facilities distributed over a wide area includes: a plurality of interfaces configured to receive status information from the facilities and to transmit commands to control the facilities; a database for storing the status information; and a human machine interface configured to transmit the status information to a remote terminal.

Abstract: The invention is directed to a lamp assembly for a high energy lamp to be placed within a reactor vessel that includes an electrical connector removably engaged to the power coupler for receiving the electrical power from a power coupler in electrical contact with a power supply for transferring electrical power to the lamp assembly; a radiation shield contacting the electrical connector, the radiation shield substantially shielding the electrical connector from the high energy lamp; and a lamp support contacting the electrical connector to receive the electrical power therefrom for providing the electrical power to the high energy lamp. The lamp assembly may include a plurality of lamps and lamp assemblies, and may include a plurality of reactor glands for mounting the lamp assemblies to the reactor vessel. The electrical connector may take a variety of forms, such as prongs, snaps, threaded contacts, and spring contacts.