Abstract:
A sample conditioner system (108) carries a real-time sample (104) of a process gas through a chromatograph column (112) in an analyzer. A flame ionization detector (FID)(120) is coupled to the chromatograph column (112) and generates a temperature output and an output indicating sample ions (123). A processor (122) generates a real-time process gas analysis (102) and a mass flow set point. A flow controller (132, 134, 136, 138) controls mass flow of a stream of gas to the FID (120).
Abstract:
A system for generating electricity includes a generator (302) and an interface (306). The generator (302) is coupled to the interface (306) and provides data to the interface (306) regarding electricity generation. The interface (306) is coupled to a control node (308) for monitoring and controlling the generator (302). The control node (308) may be coupled to the generator (302) through a medium such as the internet (304). In some aspects of the invention, a continuous emissions monitoring system (120) is provided for fossil-fuel based generators (302) to enhance operation and reduce emissions of such generators (302).
Abstract:
A sample conditioner system (108) carries a real-time sample (104) of a process gas through a chromatograph column (112) in an analyzer. A flame ionization detector (FID)(120) is coupled to the chromatograph column (112) and generates a temperature output and an output indicating sample ions (123). A processor (122) generates a real-time process gas analysis (102) and a mass flow set point. A flow controller (132, 134, 136, 138) controls mass flow of a stream of gas to the FID (120).
Abstract:
A system for generating electricity includes a generator (302) and an interface (306). The generator (302) is coupled to the interface (306) and provides data to the interface (306) regarding electricity generation. The interface (306) is coupled to a control node (308) for monitoring and controlling the generator (302). The control node (308) may be coupled to the generator (302) through a medium such as the internet (304). In some aspects of the invention, a continuous emissions monitoring system (120) is provided for fossil-fuel based generators (302) to enhance operation and reduce emissions of such generators (302).
Abstract:
A sample conditioner system (108) carries a real-time sample (104) of a process gas through a chromatograph column (112) in an analyzer. A flame ionization detector (FID)(120) is coupled to the chromatograph column (112) and generates a temperature output and an output indicating sample ions (123). A processor (122) generates a real-time process gas analysis (102) and a mass flow set point. A flow controller (132, 134, 136, 138) controls mass flow of a stream of gas to the FID (120).