Abstract: A system for commissioning a smart luminaire (122A, 122B) in an indoor positioning system (100) includes a mobile device (110) including a mobile device control processor (112) in communication with a commissioning application (117), the commissioning application configured to communicate with one or more position beacons (120A, 120B) distributed throughout a spatial volume of a structure, the one or more position beacons configured to broadcast a unique identifier within the spatial volume via a wireless communication protocol, and to receive a transmission from the mobile device; a wireless transceiver (118) in the mobile device configured to receive the broadcasted positions, and to transmit data to the one or more position beacons, and the commissioning application configured to authenticate itself to the position beacon, and to programmatically change the unique identifier.

Abstract: A system for commissioning a smart luminaire (122A, 122B) in an indoor positioning system (100) includes a mobile device (110) including a mobile device control processor (112) in communication with a commissioning application (117), the commissioning application configured to communicate with one or more position beacons (120A, 120B) distributed throughout a spatial volume of a structure, the one or more position beacons configured to broadcast a unique identifier within the spatial volume via a wireless communication protocol, and to receive a transmission from the mobile device; a wireless transceiver (118) in the mobile device configured to receive the broadcasted positions, and to transmit data to the one or more position beacons, and the commissioning application configured to authenticate itself to the position beacon, and to programmatically change the unique identifier.

Abstract: Water present in a hot gaseous product stream from a reactor system A.B (FIG. 1) containing hydrogen fluoride is separated from the stream in order to eliminate a potentially corrosive combination of water and HF. The water is removed by contacting the gaseous product stream with liquid HF in a distillation column so as to obtain a bottoms product containing liquid HF and water and a top product containing dry HF and the product to be recovered. The invention encompasses the separation process, a vessel for carrying out the process (FIGS. 2 to 4), a control system for the liquid HF supply to the distillation column (FIGS. 5 and 6) and a recovery system for recovering HF employed during operation of the reactor system in different regimes employing HF as a fluorination agent, as a diluent during catalyst regeneration and/or catalyst prefluorination (FIG. 7).